EURECA-PRO

Find your Study Programme

Interested in topics around Responsible Consumption and Production?

The EURECA-PRO alliance offers a wide range of undergraduate, postgraduate, doctoral, and joint programmes, alongside specialised courses and modules focused on Responsible Consumption and Production.

But that’s not all—students also gain insights into: European Values & Cultural Studies, Innovation & Entrepreneurship, and Transferable Skills for Global Impact.  

Ready to make a difference? Start your educational journey now!

Joint MSc in Responsible Consumption and Production – Resources Supply

Location Icon Leoben, Austria
Entry university:
Montanuniversität Leoben

Mobility Options:
🇦🇹 Austria | 🇩🇪 Germany | 🇬🇷 Greece | 🇵🇱 Poland | 🇫🇷 France | 🇪🇸 Spain

Topic / Area
Just Societal, Multiscale Transition towards Sustainability and Responsibility

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English (Primary), Chosed mobility (Secondary)

Website
www.eurecapro.eu/joint-study-programmes/#resources-supply

Programme Description

Joint MSc in Responsible Consumption and Production – European Business Strategy & Management

Location Icon Leoben, Austria
Entry university:
Montanuniversität Leoben

Mobility Options:
🇦🇹 Austria | 🇫🇷 France | 🇩🇪 Germany | 🇪🇸 Spain | 🇵🇱 Poland | 🇧🇪 Belgium

Topic / Area
Just Societal, Multiscale Transition towards Sustainability and Responsibility

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English (Primary), Chosed mobility (Secondary)

Website
www.eurecapro.eu/joint-study-programmes/#business-strategy

Programme Description

Joint MSc in Responsible Consumption and Production – Materials

Location Icon Leoben, Austria
Entry university:
Montanuniversität Leoben

Mobility Options:
🇦🇹 Austria | 🇬🇷 Greece | 🇪🇸 Spain | 🇵🇱 Poland | 🇫🇷 France | 🇧🇪 Belgium

Topic / Area
Just Societal, Multiscale Transition towards Sustainability and Responsibility

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English (Primary), Chosed mobility (Secondary)

Website
www.eurecapro.eu/joint-study-programmes/#materials

Programme Description

Master of Sustainable Technologies of Energy Resources and Raw Materials​
School of Mineral Resources Engineering​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Both Winter and Spring semesters

Duration
3 Semesters

90 ECTS

Language
English

Local Website
www.mred.tuc.gr/…/sustainable-technologies-of-energy-resources-and-raw-materials

Programme Description

Master in Sustainable Engineering and Climate Change (SECC)​
School of Chemical and Environmental Engineering​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter Semester

Duration
3 Semesters

90 ECTS

Language
English

Local Website
www.secc.tuc.gr/en/home

Programme Description

Master of Space, Design and Culture​
School of Architecture ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Just societal, multiscale transition towars sustainability and responsibility

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English, Greek

Local Website
www.arch.tuc.gr/en/studies/postgraduate-studies/brief-history

Programme Description

Master in Product Design and Manufacturing (ProdDes)​
School of Production Engineering and Management ​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responcible industry

Starting
Winter Semester

Duration
2 Semesters

75 ECTS

Language
Greek

Local Website
www.prodes.pem.tuc.gr/el/archi

Programme Description

Master in Business Administration​
School of Production Engineering and Management ​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter Semester

Duration
3 Semesters

90 ECTS

Language
Greek

Local Website
www.mba.pem.tuc.gr/el/archi

Programme Description

Master of Science in Electrical and Computer Engineering (ECE)​
School of Electrical and Computer Engineering​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Energy transition and sustainable energy management

Starting
Winter Semester & Summer Semester

Duration
3 Semesters

90 ECTS

Language
English

Local Website
www.ece.tuc.gr/…/msc-in-electrical-and-computer-engineering-1

Programme Description

Master of Science in Machine Learning and Data Science (MLDS)​
School of Electrical and Computer Engineering​ ​

Location Icon Crete, Greece

Technical University of Crete

Topic / Area
Energy transition and sustainable energy management

Starting
Winter Semester & Summer Semester

Duration
2 Semesters

60 ECTS

Language
Greek, English

Local Website
www.mlds.tuc.gr/en/home

Programme Description

Responsible Consumption and Production ​

Location Icon Petrosani, Romania

University of Petrosani

Topic / Area
Just societal, multiscale transition towars sustainability and responsibility

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.upet.ro/educatie/programe-studii-master/rcp/

Programme Description

Automation and Electronic Systems / Bachelor ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
7 Semesters

210 ECTS

Language
English

Local Website
www.polsl.pl/rau/automation-and-electronic-systems-yaes/

Programme Description

Bachelor of Management of Sustainable Consumption
Specialisation in the Management and Production Engineering ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter semester

Duration
7 Semesters

210 ECTS

Language
English

Local Website
www.polsl.pl/roz3/kierunek-zarzadzanie-i-inzynieria-produkcji/

Programme Description

Industrial and Engineering Chemistry
Bachelor of Science ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter semester

Duration
7 Semesters

210 ECTS

Language
English

Local Website
www.polsl.pl/rch/en/kandydat-makro-1/

Programme Description

Logistics / Master of Science ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Summer semester

Duration
3 Semesters

90 ECTS

Language
English

Local Website
www.polsl.pl/roz5/kl_logistics/

Programme Description

Cognitive Technologies / Master of Science ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter Semester

Duration
4 Semesters

240 ECTS

Language
English

Local Website
www.polsl.pl/roz2/en/cognitive-technologies-2/

Programme Description

Master of Science in Management of Sustainable Consumption and Production
(specialisation in Management and Production Engineering) ​

Location Icon Gliwice, Poland

Silesian University of Technology

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter Semester & Summer Semester

Duration
3 Semesters

90 ECTS

Language
English

Local Website
www.polsl.pl/roz3/kierunek-zarzadzanie-i-inzynieria-produkcji/

Programme Description

Responsible Production and Consumption (RPC) / Bachelor ​ ​

Location Icon Freiberg, Germany

TU Bergakademie Freiberg

Topic / Area
Just societal, multiscale transition towards sustainability and responsibility

Starting
Winter Semester & Summer Semester

Duration
7 Semesters

210 ECTS

Language
German, English

Local Website
www.tu-freiberg.de/en/bachelor-responsible-production-and-consumption-rpc

Programme Description

Additive Manufacturing / Master ​

Location Icon Freiberg, Germany

TU Bergakademie Freiberg

Topic / Area
Industry 4.0, including Technology, Organisation and Human Perspective towards Responsible Industry

Starting
Winter Semester & Summer Semester

Duration
3 Semesters

90 ECTS

Language
German

Local Website
www.tu-freiberg.de/en/master-additive-manufacturing

Programme Description

Master of Energy Engineering Technology ​

Location Icon Hasselt, Belgium

Hasselt University

Topic / Area
Energy Transition and Sustainable Energy Management

Starting
Winter Semester

Duration
2 Semesters

60 ECTS

Language
English

Local Website
www.uhasselt.be/en/study/programmes/master-of-energy-engineering-technology

Programme Description

Master of Interior Architecture – Adaptive Reuse ​

Location Icon Hasselt, Belgium

Hasselt University

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
2 Semesters

60 ECTS

Language
English

Local Website
www.uhasselt.be/Master-of-interior-architecture-adaptive-reuse

Programme Description

Master in Sustainable Corporate Management (SCM) – IAE Nancy ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Just Societal, Multiscale Transition towards Sustainability and Responsibility

Starting
Winter Semester & Summer Semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.iae-nancy.univ-lorraine.fr/…/Master_SCM_2025.pdf

Programme Description

Master Forests and their Environment (FEN) – Faculty of Sciences and Technology (FST) Nancy ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Energy transition and sustainable energy management

Starting
Winter Semester

Duration
2 Semesters

120 ECTS

Language
English, French

Local Website
www.fst.univ-lorraine.fr/formations/master-agrosciences-environnement-territoires-paysage-foret/

Programme Description

GREENANO Master’s (Nanomaterials for Green and Digital Transitions) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including Technology, Organisation and Human Perspective towards Responsible Industry

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.greenanomaster.eu

Programme Description

International Master’s in Inclusive Education Sciences – MISEI ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including Technology, Organisation and Human Perspective towards Responsible Industry

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.master-misei.com

Programme Description

Bachelor in Energy Engineering ​

Location Icon León, Spain

Universidad de León

Topic / Area
Energy Transition and Sustainable Energy Management

Starting
Winter Semester

Duration
8 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/estudiantes/oferta-academica/grados/grado-en-ingenieria-de-la-energia

Programme Description

Double Bachelor in Electrical Engineering and Energy Engineering ​

Location Icon León, Spain

Universidad de León

Topic / Area
Energy Transition and Sustainable Energy Management

Starting
Winter Semester

Duration
8 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/…/doble-grado-en-ingenieria-electrica-e-ingenieria-de-la-energia

Programme Description

Bachelor in Mining Engineering ​

Location Icon León, Spain

Universidad de León

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
8 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/estudiantes/oferta-academica/grados/grado-en-ingenieria-minera

Programme Description

Bachelor’s Degree in Forest Engineering and the Natural Environment ​

Location Icon León, Spain

Universidad de León

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
2 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/…/grado-en-ingenieria-forestal-y-del-medio-natural

Programme Description

Bachelor’s Degree in Geotechnologies and Surveying Engineering ​

Location Icon León, Spain

Universidad de León

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
2 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/estudiantes/oferta-academica/grados/grado-en-geotecnologias-y-topografia

Programme Description

Double Bachelor’s Degree in Environmental Sciences and Forest Engineering and the Natural Environment ​

Location Icon León, Spain

Universidad de León

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
2 Semesters

240 ECTS

Language
Spanish

Local Website
www.unileon.es/…/doble-grado-en-ingenieria-forestal-y-del-medio-natural-y-ciencias-ambientales

Programme Description

Master in Geoinformatics for Natural Resource Management ​

Location Icon León, Spain

Universidad de León

Topic / Area
Circular Economy & Natural Resources management to Sustainable Materials

Starting
Winter Semester

Duration
2 Semesters

60 ECTS

Language
Spanish

Local Website
www.unileon.es/…/mu-geoinformatica-para-gestion-recursos-naturales

Programme Description

Master in Mining and Energy Resources Engineering ​

Location Icon León, Spain

Universidad de León

Topic / Area
Energy transition and sustainable energy management

Starting
Winter Semester

Duration
3 Semesters

90 ECTS

Language
Spanish

Local Website
www.unileon.es/estudiantes/…/mu-ingenieria-minera-y-de-la-energia

Programme Description

Master of Transportation Sciences ​

Location Icon Hasselt, Belgium

Hasselt University

Topic / Area
Energy transition and sustainable energy management

Starting
Winter Semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.uhasselt.be/en/study/programmes/master-of-transportation-sciences

Programme Description

Erasmus Mundus Master in Pervasive Computing and Communications for Sustainable Development – Faculty of Sciences and Technology (FST) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.formations.univ-lorraine.fr/fr/3378-erasmus-mundus-master-in-pervasive-computing-communications-for-sustainable-development.html

Programme Description

Erasmus Mundus Master in European Forestry – Faculty of Sciences and Technology (FST-Nancy) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Energy transition and sustainable energy management

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.formations.univ-lorraine.fr/fr/3380-master-conjoint-erasmus-mundus-european-forestry.html

Programme Description

Eramsus Mundus Master in Decentralized Smart Energy Systems – DENSYS – Faculty of Sciences and Technology (FST-Nancy) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.formations.univ-lorraine.fr/…/3604-master-erasmus-mundus-decentralized-smart-energy-systems-densys.html

Programme Description

Master in Advanced Materials Science and Engineering (AMASE) – EEIGM ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.eusmat.net/international-studies/master/amase/

Programme Description

Eramsus Mundus Master in Georesources Engineering – EMerald (FST Nancy + ENSG Nancy) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.formations.univ-lorraine.fr/…/1503-master-stpe-pt-georesources-engineering.html

Programme Description

Master’s in Chemistry – Physical and Analytical Chemistry (Faculty of Sciences and Technology – FST Nancy) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.masterchimieul.wordpress.com/

Programme Description

Master in Computer Science – Information and Systems Security (SIS) (FST Nancy + UFR MIM) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.licence-master-informatique.formation.univ-lorraine.fr/

Programme Description

Master’s in Mechanical Engineering – Biomechanics Track (ENIM) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.master-mecanique.formation.univ-lorraine.fr/m2-biomecanique/

Programme Description

Master’s in Physics, Plasma Physics and Fusion Energy (FST Nancy – Faculty of Sciences and Technology) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English

Local Website
www.fst.univ-lorraine.fr/formations/master-physique/

Programme Description

Master in Border Studies (specialization in Urbanism and Spatial Planning) ​

Location Icon Nancy, France

Université de Lorraine

Topic / Area
Just Societal, Multiscale Transition towards Sustainability and Responsibility

Starting
Winter semester

Duration
4 Semesters

120 ECTS

Language
English, French, German

Local Website
www.geo-metz.dep.univ-lorraine.fr/

Programme Description

Sustainability in macroeconomic cycles – Master of Engineering ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter semester

Duration
4 Semesters

90 ECTS

Language
German

Local Website
wi.hs-mittweida.de/studienangebote/nachhaltigkeit-master

Programme Description

Sustainable Real Estate Management – Bachelor of Engineering ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.wi.hs-mittweida.de/en/study-programs/sustainable-real-estate-management-b-eng

Programme Description

Energy and Environmental Management – Bachelor of Science ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Energy transition and sustainable energy management

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.wi.hs-mittweida.de/en/study-programs/energy-and-environmental-management

Programme Description

Electrical Engineering-Automation with Track Responsible Consumption and Production – Bachelor of Engineering ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Industry 4.0, including Technology, Organisation and Human Perspective towards Responsible Industry

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.inw.hs-mittweida.de/en/…/responsible-consumption-and-production-bachelor/

Programme Description

Biotechnology – Bachelor of Sciences ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Circular economy and natural resources management for sustainable materials

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.cb.hs-mittweida.de/en/…/biotechnology-bachelor/

Programme Description

Mechanical Engineering with Track Vehicle Development for Sustainable Mobility – Bachelor of Engineering ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Energy transition and sustainable energy management

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.inw.hs-mittweida.de/en/…/vehicle-development-for-sustainable-mobility/

Programme Description

Mechanical Engineering with Track Resource-efficient Manufacturing Technology – Bachelor of Engineering ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Energy transition and sustainable energy management

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.inw.hs-mittweida.de/en/…/resource-efficient-manufacturing-technology/

Programme Description

Business Administration with Track Sustainability – Bachelor of Arts ​

Location Icon Mittweida, Germany

Mittweida University of Applied Sciences

Topic / Area
Industry 4.0, including technology, organization and human perspectives towards responsible industry

Starting
Winter semester

Duration
6 Semesters

180 ECTS

Language
German

Local Website
www.wi.hs-mittweida.de/studienangebote/bachelor-of-arts-betriebswirtschaft/

Programme Description

Master of Science in Circular Engineering ​

Location Icon Leoben, Austria

Technical University of Leoben

Topic / Area
Deepen understanding of material cycles and analyse how raw materials can be used efficiently while optimising recycling processes. The programme focuses on the entire value chain and production processes.

Starting
Winter Semester & Summer Semester

Duration
4 Semesters

120 ECTS

Language
German, English

Local Website
www.unileoben.ac.at/circular-engineering/en/master

Programme Description
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Description

The Joint Master’s Degree in Responsible Production and Consumption offers a truly international and multidisciplinary learning experience across three renowned universities: Montanuniversität Leoben, TU Bergakademie Freiberg, and Universidad de León. Over four semesters, you’ll dive into sustainable development, environmental rehabilitation, and responsible consumption, preparing you to address global sustainability challenges with technical, managerial, and social skills. 

What to expect

This program is designed for those passionate about sustainability and tackling global challenges like the UN Sustainable Development Goal 12 and the European Green Deal. You’ll study at three institutions, gaining intercultural competence and technical expertise. From mine water management and reclamation to circular economy strategies, the curriculum blends technical depth, practical applications, and managerial insights. 

Expect hands-on experiences like case studies, summer schools, and research opportunities in cutting-edge sustainability fields.

Career Opportunities​

Graduates are equipped to excel in international roles within sustainability-focused companies, public institutions, or NGOs. Career paths include sustainability consulting, circular economy project management, green growth initiatives, and environmental management. With a European international degree, you’ll stand out in the global job market, ready to lead on green innovation and sustainable resource management. 

“Gain unparalleled insights into sustainable production and consumption by studying at three leading universities. This program combines academic excellence with real-world relevance, empowering you to design sustainable solutions for today’s pressing environmental challenges.”

Chania,
Greece

Description

The Master’s Degree “Sustainable Technologies of Energy Resources and Raw Materials” is part of the second cycle of higher education and is completed with the award of a Postgraduate Diploma (MPD) of the School of Mineral Resources Engineering, entitled “Sustainable Technologies of Energy Resources and Raw Materials”, with the following two specializations: 
I. Sustainable Technologies for Exploitation of Energy Resources-Environment.
II. Sustainable Technologies for Exploration and Exploitation of Raw Materials-Recycling.

What to expect

The MSc “Sustainable Technologies of Energy Resources and Raw Materials”, through a broad interdisciplinary approach, aims to transfer high quality knowledge, know-how and expertise, as well as to promote research among graduate engineers and scientists in the context of sustainable development. Graduates of the MSc will acquire the skills to study and solve critical national and global issues related to the research, exploitation and processing of raw materials and energy resources, using environmentally acceptable methods and in the context of the ongoing transformation of the traditional economic model to the modern circular economy. 

Career Opportunities​

Graduates of this program, with their expertise in sustainable and cost-effective technologies, will be well-equipped for careers in energy production, environmental impact control, and resource management. They can pursue roles in energy companies, renewable energy sectors, environmental consulting firms, and organizations focused on the circular economy. 

Potential positions include energy system designers, sustainability consultants, environmental impact analysts, and specialists in raw material recycling, biofuel production, and carbon capture technologies. With their deep understanding of energy transition and resource exploitation, they are prepared to drive innovation and sustainability across various industries. 

“Empower your future with the MSc in Sustainable Technologies of Energy Resources and Raw Materials. Gain the expertise to tackle global challenges in energy and raw material exploitation, while driving the transition to a circular economy with environmentally sustainable.“

Chania,
Greece

Description

The goal of the program is to train scientists and professionals with high qualifications, skills, and background to serve the modern scientific research and production process in cutting-edge issues related to climate change and environmental management, and to design sustainable energy systems and environmentally sustainable cities of the future. The curriculum addresses a wide range of scientific and technological subjects in Engineering, Mathematics, Statistics, Natural Sciences, Chemistry, Biology, Materials Science, Computer Science and their applications.  

What to expect

As a postgraduate student, you’ll deepen your knowledge by exploring cutting-edge topics that are at the forefront of both academic research and industry trends in Environment and Engineering. Your courses will cover subjects like Statistical Data Analysis, Modelling and Simulation, Fluid Dynamics, Materials Technologies, Renewable Energy, Climate Change, Smart and Sustainable Cities, Artificial Intelligence, Risk Assessment, and more. You’ll also gain insight into European Policies and legal issues related to the environment, equipping you with the expertise needed to lead in the rapidly evolving field of environmental engineering. 

Career Opportunities​

As a graduate of Environmental Engineering, you can pursue diverse career opportunities such as environmental consultant, renewable energy specialist, sustainability manager, or climate change analyst. Other options include working as a smart city planner, environmental risk assessor, policy advisor, or AI specialist in environmental engineering. You can also explore roles in industrial sectors as an environmental engineer or compliance officer, helping to implement sustainable practices, mitigate risks, and shape policies that address critical environmental challenges. These careers offer the chance to make a significant impact on both local and global.

“Shape the future of our planet—join our Master’s in Environmental Engineering and become a leader in sustainability, climate action, and innovative solutions for a smarter, greener world.“

Chania,
Greece

Description

The purpose of the Postgraduate Program is to provide advanced education and specialization for students in the fields covered by the Master’s Program “Product Design and Manufacturing,” as well as to conduct basic and applied scientific research aimed at contributing to the country’s economic and technological development. 

What to expect

It is aimed at engineers, scientists, business executives, and researchers, with the goal of specializing in the integration of new product design and production processes. Students in the program will be trained in new technologies for design, manufacturing, and production management, enabling them to participate in all stages of a product’s development, from design to market launch. In this way, they will contribute to achieving business objectives and improving the competitiveness of the organizations they work for. 

Career Opportunities​

Graduates of the Master’s Program in “Product Design and Manufacturing” are equipped with a diverse skill set that opens career opportunities across a wide range of sectors, including industrial production, construction, service companies, and government organizations. With advanced training in design technologies, production management, and integration of product development processes, graduates can contribute to designing and managing production systems, developing robotic and energy systems, conducting environmental impact assessments, and implementing e-business solutions. They are also well-prepared for roles in supply chain management, project scheduling, financial management, and operations research, enabling them to excel in both technical and administrative positions. This comprehensive expertise positions them as valuable assets in driving innovation, improving competitiveness, and supporting economic and technological advancement across industries. 

“Master the art of innovation with the Product Design and Manufacturing program—where cutting-edge technology meets creativity to shape the future of industry and drive sustainable progress”.

Chania,
Greece

Description

The School of Architecture at the Technical University of Crete offers a two-year Postgraduate Program titled “Space, Design and Built Environment,” which includes two specializations:

“Tourism, Culture, and the Mediterranean: Contemporary Design Approaches“

“Protection, Valorization, and Conservation of Monuments and Sites“

The program is open to graduates from various fields such as Architecture, Archaeology, Art History, and other technical studies. It includes four free-choice modules, thematic workshops, and a research methodology studio, along with a master’s thesis. The curriculum is enriched by lectures, collaborations with other European architecture schools, and field trips. 

What to expect

Option A: “Tourism, Culture and the Mediterranean: Contemporary Design Approaches“

This option delves into issues of planning and management of space, in the intersection of Culture and Tourism, emphasizing on the Mediterranean basin, where the dipole tourism-culture is particularly strong. The relationship between Culture and Tourism constitutes the core of the research, which focuses on the consolidation between the touristic development and the protection of cultural heritage, all within the context of sustainability.

Option B: “Protection, valorization and conservation of Monuments and Sites“

The Master “Protection, valorization and conservation of Monuments and Sites” provides students with the necessary knowledge to document historic buildings, settlements and cities, in relation to their natural surroundings. In order for the students to be able to take a position between different historical approaches regarding the management, preservation and highlighting of the architectural heritage of each historic period, successful contemporary practices in the international field are analyzed. 

Career Opportunities​

Graduates of the “Space, Design and Culture” Master’s program are well-equipped to pursue careers in various sectors related to architecture, heritage conservation, and tourism. They can work as architects, urban planners, cultural heritage managers, and tourism consultants, specializing in the preservation and enhancement of historical sites and natural landscapes. With expertise in the integration of tourism, culture, and design, they are well-suited for roles in governmental organizations, museums, cultural institutions, and private companies, particularly those focused on sustainable tourism development and heritage protection.  

Additionally, they may engage in research or work with international organizations focused on preserving the Mediterranean’s unique built and natural environments.

“Unlock your potential with the MSc in ‘Space, Design, and Built Environment’ at the Technical University of Crete. Gain hands-on experience, collaborate with experts, and explore the intersection of design, heritage, and sustainability“.

Chania,
Greece

Description

The Master’s Program awards an MBA (Master in Business Administration) with specializations in Marketing, Finance, and Public Administration. It aims to provide advanced education and specialization in these fields, while also fostering basic and applied research to contribute to the country’s economic and technological growth. 

What to expect

This program is designed for scientists, business leaders, and researchers who aim to specialize in modern management systems, marketing, financial management, and innovation technologies in both businesses and public administration. By combining knowledge in management sciences, decision-making, business research, economics, marketing, technology, and innovation, it also prepares you to contribute to scientific research and the advancement of practical applications. The program will equip you with the organizational, managerial, and technological skills essential for a successful career in both the public and private sectors, ultimately preparing you to efficiently manage businesses and public institutions. 

Career Opportunities​

Graduates of the MBA program, specializing in Marketing, Finance, or Public Administration, are equipped for diverse career opportunities in both the public and private sectors. They can pursue roles such as marketing managers, financial analysts, business consultants, or public sector executives. With interdisciplinary expertise in modern management systems, innovation technologies, and decision-making, combined with advanced analytical and technological methodologies, they are well-prepared to lead organizations, manage resources efficiently, and drive economic and technological advancements. Their skills make them valuable assets in industries ranging from corporate enterprises to governmental and research institutions. 

“Empower your career with our MBA program, where innovation, leadership, and expertise in modern management systems, marketing, finance, and public administration come together. Prepare to lead, drive change, and contribute to economic growth in both the public and private sectors.“

Chania,
Greece

Description

The Department of Electrical and Computer Engineering at the Technical University of Crete, in response to the urgent needs imposed by Greece’s path towards the future, has created and organized a Postgraduate Program aimed at training professionals who will meet the demands of modern research, education, the labor market, and the needs of the country. 

The operation of Postgraduate Programs at universities in the country is a fundamental prerequisite for promoting research and education, and for making Greek businesses competitive and, by extension, strengthening the Greek economy. The main scientific fields of the School—Informatics, Telecommunications, Systems, Electronics, and Energy—are cutting-edge scientific areas. Therefore, training and specializing leadership in these fields will contribute to the creation and development of high-tech Greek companies with significant impacts on the country’s development.

What to expect

Three specializations are available, leading to a Master of Science (M.Sc.) in Electrical and Computer Engineering: 

  • Specialization Α: Telecommunications, Signal Processing and Automatic Control.
  • Specialization B: Computer Science and Engineering.
  • Specialization C: Electronics, Energy and Quantum Systems.

Career Opportunities​

Graduates of the Postgraduate Program in Electrical and Computer Engineering from the Department of H.M.M.Y. at the Technical University of Crete can pursue diverse career opportunities in a wide range of high-demand sectors. With expertise in Informatics, Telecommunications, Systems, Electronics, and Energy, they can work as telecom engineers, data scientists, systems analysts, software developers, electronics designers, energy consultants, and quantum systems specialists. Additionally, they are well-suited for leadership roles in both public and private sectors, contributing to innovation and the development of cutting-edge technologies. Their skills can be applied in industries such as telecommunications, IT, energy, electronics, and even emerging fields like quantum computing, making them valuable assets for advancing Greece’s technological and economic landscape. 

“Shape the future with an M.Sc. in Electrical and Computer Engineering—specialize in innovative fields and lead Greece’s high-tech transformation.”

Chania,
Greece

Description

The strategic goal of the MLDS program is to provide specialized knowledge on cutting edge technological topics in the fields of Machine Learning and Data Science. 

What to expect

The “Machine Learning and Data Science” Master’s program will equip you with a solid foundation in both theoretical and practical aspects of data science and machine learning. You’ll gain expertise in analyzing data from diverse fields using advanced tools like Matlab, R, Python, and SQL. Through seminars, independent study, and a capstone project, you’ll engage with real-world research and industrial problems, while developing essential skills for working in complex environments. This program prepares you to thrive in both academic and industry settings, enhancing your ability to work effectively as part of a team and manage your time efficiently. 

Career Opportunities​

Graduates of the Master’s program in Machine Learning and Data Science are prepared for diverse career opportunities in fields such as data science, machine learning engineering, AI research, and business intelligence. They can work as data scientists, quantitative analysts, AI researchers, or big data engineers, applying advanced computational tools and machine learning techniques to analyze large datasets, develop predictive models, and enhance decision-making across industries like technology, finance, healthcare, and cybersecurity. Their skills make them valuable assets in organizations that rely on data-driven strategies and cutting-edge technologies.

“Unlock the future of technology with a Master’s in Machine Learning and Data Science—where innovation meets expertise. Gain the skills to analyze complex data, develop advanced machine learning models, and solve real-world challenges across industries. Prepare for a career at the forefront of AI, big data, and data science.“

Petrosani,
Romania

Description

The Responsible Consumption and Production master’s program at the University of Petroșani, part of the EURECA-PRO alliance, focuses on sustainable industrial practices. It aims to train students in energy efficiency, environmentally friendly design, and responsible production patterns. It covers topics like green design, smart technologies, and life cycle assessment.. Benefits include low tuition fees, online admission, and exchange programs through Erasmus+.

What to expect

In this master’s program, you can expect to gain in-depth knowledge of modern industrial systems with a focus on sustainability. You will learn about energy efficiency, environmentally friendly industrial design, and the application of sustainable practices in production and consumption. The curriculum includes mandatory courses, electives, and free electives covering topics such as green design, smart technologies, clean energy, and life cycle assessment.  

You will also gain practical experience through various exchange programs, including opportunities via Erasmus+.

Career Opportunities​

Graduates of the Responsible Consumption and Production master’s program can pursue a variety of career paths in industries that prioritize sustainability and environmental impact. Potential job roles include industrial engineer, energy efficiency consultant, sustainability manager, environmental compliance officer, and green technology specialist. You may also work in design and optimization of industrial systems, focusing on reducing environmental footprints, or in companies that develop clean energy solutions. Additionally, there are opportunities in research and development, policy-making, and consultancy in areas related to sustainable industrial practices and responsible production.

“The Responsible Consumption and Production master’s program empowers future leaders to design and manage sustainable industrial systems, blending innovation with environmental responsibility for a greener, more efficient tomorrow.”

Gliwice,
Poland

Description

You will acquire thorough knowledge of technical sciences: electrical engineering, control theory, electronics, metrology, computer programming, microprocessor systems, databases, computer networks, artificial intelligence and computer graphics. 

What to expect

We offer comprehensive knowledge as well as skills and competences in: 
– design, operation and testing of modern electronic circuits and devices
– programming of embedded systems, including microprocessor systems and industrial PLCs
– basic knowledge of computer science
– use of professional computer engineering software
– design and integration of automation systems and systems
– design and prototyping of dedicated microprocessor-based control systems
– use of robots, including mobile robots
– control and measurement apparatus and diagnostics
– use of artificial intelligence methods in data processing, control and management

Career Opportunities​

Graduates will be prepared to take up employment in plants and companies designing, manufacturing and using automation and electronics equipment, in research and development centers, dealing with the design and implementation of new automated manufacturing, transport and technological processes. Potential jobs can be found in companies designing and programming control systems, computer centers, maintenance units, in centers using specialized electronic equipment, in companies implementing innovative technologies, in research and development units, in companies using digital and microprocessor technology, among others in the area of Industry 4.0 and the Internet of Things. 

“The job will find you before you start looking for it!”

Gliwice,
Poland

Description

The MANAGEMENT of SUSTAINABLE CONSUMPTION and PRODUCTION specialization equips students with the knowledge, skills, and competencies needed for creative problem-solving in production and operational processes, preparing them for professional careers or further scientific development. 

What to expect

The MANAGEMENT of PRODUCTION SYSTEMS (MPS) specialty was created to provide students with the most up-to-date knowledge, practical skills and competences in this area. Studies at the MPS specialization are a good choice for people who want to learn how to solve engineering problems creatively. The specialization prepares students for professional work in the field of broadly understood organization of production and operational processes. Moreover, for students who are planning scientific development it creates opportunities for comprehensive education combined with research work and practical implementations. 

Career Opportunities​

Every production facility!

“Recent knowledge of production engineering given in its natural environment”

Gliwice,
Poland

Description

Chemical products are an indispensable element of the modern world and allow for the improvement of the quality of human life. It is the chemical industry that supplies raw materials to other industries, such as automotive or pharmaceuticals. 

Thanks to Industrial and Engineering Chemistry programme you can get familiar with the current directions of development of the chemical industry, including green chemistry approach.

What to expect

Medicines, cosmetics, fertilizers, dyes, plastics are just some examples of chemical industry products that are a key element of our everyday life. An irreplaceable link in the functioning of the chemical industry are graduates of chemical technology and chemical engineering who have the necessary chemical knowledge, but also engineering skills that allow them to shape and supervise chemical processes.

Industrial and Engineering Chemistry programme will teach you how to understand, plan and control chemical processes, in order to obtain the best possible products in line with the principles of green chemistry.

Career Opportunities​

Currently, the job market appreciates employees with knowledge from several fields, who can use it to comprehensively and creatively solve complex problems. The answer to this is this bachelor program that combines two closely related areas: chemical process engineering and chemical technology.

 As a graduate of this course, you can find employment in, among others: 
• in the chemical and related industries
• engineering & design companies
• in R&D departments and research units.

Focus on technical aspects of chemical engineering, orient on international success in the chemical and processing industries!

Gliwice,
Poland

Description

The Logistics degree combines advanced logistical, technical, economic, IT and organisational knowledge with the idea of sustainable consumption and production.
Equipped with modern tools and technologies, graduates will be able to optimise logistics processes, reduce waste and promote a circular economy. This is a course for people who want to develop their careers in a dynamic environment while working towards sustainable development. 

What to expect

Start your educational adventure with the European University for Responsible Consumption and Production (EURECA-PRO) and discover a world full of possibilities! Join an international community of nine renowned European universities where learning is combined with a passion for changing the world. 

Explore different countries, languages and specialisms and gain a unique education that will set you apart in the job market. In a modern learning environment, you can develop your skills, tackle global challenges and build the future you want. Your road to success starts here!

Career Opportunities​

Graduates will be prepared for managerial positions in production, transport and freight forwarding companies, logistics centres and consultancy firms, where they will be able to implement innovative solutions to support the effective management of resources and minimise the environmental impact of economic activities.

Open the way to the future – with logistics you will become a leading player in trade, industry and the public sector!

Gliwice,
Poland

Description

The proposed direction is a combination of leading cognitive science with cognitive technologies. The possibility of practical application of technology, especially in the area of business services. (Business Services Sector, BSS). 

What to expect

As part of the studies, we offer the following elective learning modules:

  • Elective module 1: Cognitive technologies in modern business services
  • Elective module 2: Cognitive Technologies and Industry 4.0
  • Elective module 3: Cognitive technologies in Smart City services

We offer classes in both on-campus and distance learning modes. Students who did not obtain the professional title of engineer during the 1st degree studies have the opportunity to supplement their technical education with technical and IT subjects. 

Career Opportunities​

The proposed field of study Cognitive Technologies allows you to gain practical skills in the use of modern technologies used in Industry 4.0, modern business services and Smart City management.
By becoming a graduate of the field, you can, among others, become: 

  • specialist in interaction with artificial intelligence systems,
  • business process analyst,
  • specialist in cognitive and decision-making processes,
  • a specialist in designing solutions for Industry 4.0,
  • Smart City specialist,
  • data scientist,
  • a research or research and teaching employee. 

“Cognitive technologies – Studies with a Future”

Gliwice,
Poland

Description

Sustainable consumption and production is an oportunity to have classes with experts in sustainable development from Poland and abroad as well as a unique opportunity to study in prestigious European universities and obtain a triple Diploma. 

What to expect

Acquire knowledge and skills that meet the needs of major, modern and global manufacturing and service companies. Examples of program content include: GOZ closed-loop economy, Life Cycle Assessment LCA, eco-innovation management, sustainability reporting, artificial intelligence technologies, quality management, sustainability economics and finance, and much more.

Career Opportunities​

Every production facility!

Recent knowledge of production engineering for sustainable business.

Freiberg,
Germany

Description

As a student in the Responsible Production and Consumption (RPC) sub-degree program, you’ll prepare to become a European expert in sustainability. By building on a strong foundation in engineering, you’ll learn how to tackle global challenges through the responsible use of resources and sustainable production practices. 

What to expect

In this interdisciplinary and international program, you’ll dive into engineering fundamentals while gaining flexibility to design your own learning journey. 

You’ll complete at least 30 credits at European partner universities, with options to deepen your knowledge in fields like business administration and law. Expect hands-on learning through internships, research projects, and excursions, all while developing the skills to shape a sustainable future. 

Career Opportunities​

This program opens doors to exciting careers in industries like energy, environmental technology, and automotive engineering. As a graduate, you’ll be ready to develop sustainable production processes, create circular economy solutions, or manage projects in cutting-edge fields like electromobility and zero-emission technologies. You can also explore opportunities in research, public service, or consulting—your skills will be in demand everywhere.

“More than just engineering—this program empowers you to create solutions for a sustainable future. With a combination of scientific rigor, international exposure, and practical experience, you’ll be ready to tackle global challenges responsibly.”

 

Freiberg,
Germany

Description

The Master’s in Additive Manufacturing provides in-depth knowledge of 3D printing technologies, materials, and process optimization. Students gain a comprehensive understanding of the entire additive manufacturing chain, from design to production, with a strong focus on scientific advancements and practical applications. 

What to expect

The programme covers various additive manufacturing processes, material selection, and product development strategies. With access to modern laboratories and expert supervision, students engage in both theoretical study and hands-on experimentation, preparing them to adapt and innovate in this evolving field. 

Career Opportunities​

Graduates can pursue careers in industries such as aerospace, automotive, medical technology, and mechanical engineering. Roles range from research and development to production and process optimization, offering opportunities in both industrial and academic settings. 

“Additive manufacturing is more than just 3D printing—it’s a transformative approach to design, engineering, and production.”

Hasselt,
Belgium

Description

Clean energy is crucial to a sustainable and brighter future. Interested in becoming an Energy Transition Expert? Then join our one-year (60 ECTS) English Master’s programme of Energy Engineering Technology! 

What to expect

– Integrated project work and lab activities;
– Broad package of elective courses;
– Hands-on training with attention to entrepreneurial and communication skills;
– Strongly embedded in the ongoing research at the renowned research institute EnergyVille;
– Double degree UHasselt-KU Leuven;
– Strong demand on job market;
– In the heart of Europe: in between Germany, the Netherlands, France and the UK. 

Career Opportunities​

For an energy engineer, the career possibilities are countless.

You will work:
– for companies that focus on the development of new materials, and smart energy systems;
– for companies in a variety of industries to optimize energy efficiency and delivery;
– for policymakers and in consultancy to optimize energy systems and simulate future energy markets;
– in research and development centers.

“Access state-of-the-art lab facilities and acquire a future-proof degree for the energy transition”

Hasselt,
Belgium

Description

This master’s programme is innovative as it considers preservation through the act of adaptive reuse. It emphasises a designerly approach to give new and unexpected energy to buildings. As a student you will explore and activate the rich potential of existing sites through design supported by research and theory. 

What to expect

– A unique focus on adaptive reuse, ideally positioned in a region full of historical sites with various identities
– Our design studio focuses on the study, transformation and adaptation of existing buildings and sites – in close collaboration with fellow students
– Be part of two research seminars, study visits, and workshops
– Strongly embedded in the ongoing research

Career Opportunities​

Our graduates have found interesting jobs in the area of architecture and interior architecture and in locations all over the globe.

Many of them have gone on to work for universities and research centers, as well as governmental and non-governmental organizations.

“Breath new air into historical sites by repurposing their architectural characteristics for new activities”

Nancy,
France

Description

The Master in Sustainable Corporate Management (SCM) at IAE Nancy – Université de Lorraine is a 2-year, fully English-taught program designed for students from diverse academic backgrounds who seek expertise in sustainable and responsible business practices.
Key Highlights:
Focus on Sustainability: Prepares leaders to manage cross-functional processes, implement sustainable changes, and integrate corporate social and environmental responsibility.
Multidisciplinary Approach: Open to graduates in engineering, science, law, social sciences, and humanities looking to gain management skills.
Global Exposure: Welcomes students worldwide, with exchange opportunities across Europe and beyond. 
Admissions: Requires a minimum B2 English proficiency and applications vary by country (Campus France or Mon Master).

What to expect

The MAE Master in Sustainable Corporate Management (SCM) is a 2-year program fully taught in English and offered by the IAE Nancy School of Management at Université de Lorraine. This program provides students with a comprehensive understanding of key management disciplines and combines theoretical and practical approaches, with a strong focus on sustainability. The SCM Master’s program equips future leaders with the skills to manage cross-functional processes, implement sustainable organizational change, and develop corporate strategies centered on social and environmental responsibility. Graduates will be prepared to lead teams and projects in diverse, multicultural, and sustainability-conscious environments. The curriculum addresses also critical issues such as technological advancements, environmental challenges, and the pressing need for ecological transition within the context of an evolving, globalized economy. The program is open to students from various academic backgrounds and from any country. It is specifically designed for individuals with prior education in fields such as engineering, science, law, social sciences or humanities and provides a valuable opportunity to enhance their expertise with essential management skills. The program welcomes applicants who hold a minima a bachelor’s degree (or equivalent of 180 ECTS), master’s graduates and professionals in continuing education. Applicants with a background in management are also encouraged to apply, provided they demonstrate how the program will further their professional development.
The Master’s program takes place on-site in Nancy, France. It is conducted entirely in English. As it recruits students from all over the world, it is a multicultural, sharing experience.The course hours mentioned below represent the total in-class teaching/instruction time. Beyond these hours, students are expected to participate in individual and group projects, prepare presentations,and submit written papers. This 2 years Master’s program emphasizes the importance of theoretical knowledge, applied learning, and independent study. Therefore, students will also have to dedicate time outside of class to enhance their understanding and complete assignments effectively. 

Career Opportunities​

1. Manager in International Business (Marketing, Sales, etc.) with a focus on sustainability and ethical trade.
2. Business Unit Manager with an emphasis on responsible corporate governance.
3. Organizational Manager, specializing in sustainability performance and impact control. 
4. Strategic Human Resource Manager in multicultural and diverse environments, promoting inclusivity and sustainable work practices.
5. Engineering Project Manager with dual competencies, combining technical expertise with responsible management.
6. Consultant in organizational transformation, focusing on sustainable development and ethical business practices.

Nancy,
France

Description

The Master in Forests and their Environment offers a multidisciplinary approach to understanding and managing forest ecosystems. It combines theoretical knowledge with practical experience in areas like ecosystem diagnostics, data analysis, and forest management, preparing students for a range of careers in environmental science and forestry. 

What to expect

Curriculum: The program covers ecosystem structure and functioning, data analysis, and modeling. Students will gain practical experience through experimental projects, internships, and research activities.
Language: Courses in the second year are taught entirely in English.
Project work: In the second semester, students will conduct a research project and contribute to scientific discussions. 
Internships: A minimum 20-week internship is included in the final semester.

Career Opportunities​

Graduates can pursue careers as:
– Forest managers or conservationists
– Environmental consultants
– Researchers and teachers in forestry or environmental science
– Policy advisors in governmental and non-governmental organizations
– Work in international forestry organizations, NGOs, or environmental agencies.

Nancy,
France

Description

The GREENANO (Nanomaterials for Green and Digital Transitions) is an Erasmus Mundus Joint Master (EMJM) designed to train experts in nanomaterials and their applications for green and digital technologies. It provides a multidisciplinary education with a focus on materials science, nanotechnology, and environmental sustainability, preparing students to contribute to green transitions and digital innovations. 

What to expect

Duration: 2 years (24 months)
Consortium Partners:
Université de Lorraine (UL), France – Coordinator
Tor Vergata University of Rome (UniTov), Italy
CNR Institute of Structure of Matter (ISM-CNR), Italy
Jožef Stefan International Postgraduate School (IPS), Slovenia
Program Structure and Mobility:
1st Semester (UL, France): Focus on Materials Science and Engineering, Physics, and Device Fabrication Techniques. Ends with a Winter School on magnetic field sensors.
2nd Semester (UniTov & ISM-CNR, Italy): Focuses on the nanometre scale with training on nanostructures and solar cells. Concludes with a Summer School.
3rd Semester (IPS, Slovenia): Emphasizes process-related aspects and environmental issues in industry. Ends with a Hackathon on clean production of high-performance devices.
4th Semester: Internships and Master Thesis projects at any partner institution. Includes a Graduation Ceremony.
Language of Instruction: Primarily in English.
Awarded Degrees: Upon completion, students receive three National Master’s degrees:
“Master Physique” from Université de Lorraine (France)
“Laurea Magistrale: Scienza e Tecnologia dei Materiali” from Tor Vergata University (Italy)
“Magister nanoznanosti in nanotehnologij” from Jožef Stefan International Postgraduate School (Slovenia)
Additionally, students receive a joint Diploma Supplement in English. 

Career Opportunities​

Graduates of the GREENANO Master can pursue careers as: 

– Materials Scientists and Nanotechnologists in R&D departments of high-tech industries (e.g., electronics, renewable energy, semiconductors).
– Green Technology Specialists developing sustainable solutions for clean energy, environmental remediation, and efficient resource use.
– Research Scientists in academic institutions, national research labs, and private research centers focusing on nanomaterials and advanced materials.
– Process Engineers and Product Development Specialists in industries such as automotive, aerospace, and healthcare.
– Consultants in technology innovation, sustainability strategies, and digital transformation.
– Project Managers leading innovation projects in green and digital transitions.
– Start-up Founders or Entrepreneurs in nanotechnology and green tech sectors.
– Policy Advisors for governmental and international organizations (e.g., European Commission, UNESCO) on nanotechnology regulations and green innovation policies.
– Ph.D. Candidates or Academics in fields related to nanotechnology, materials science, sustainability, and digital technologies.
This master’s program equips graduates with the technical knowledge, innovation mindset, and global perspective needed to drive digital and green transformations worldwide. 

“GREENANO is driven by the vision of the European Green Deal. Our mission is to prepare a new generation of ‘innovators’ who are experts in nanotechnology for the green and digital transitions. We focus on sustainability, high-level materials science, and practical skills while maintaining strict environmental standards. In doing so, we aim to actively contribute to the EU’s ambitious goal of climate neutrality by 2050.”

Nancy,
France

Description

The Master International en Sciences de l’Éducation Inclusive (MISEI) is a 2-year bilingual (French and English) international joint master’s program that trains specialists in socio-educational inclusion. The goal is to develop experts and researchers who can shape inclusive education policies for a more equitable society, aligned with UNESCO’s Sustainable Development Goals on Quality Education, Gender Equity, Reduced Inequalities, and Peace and Justice. 

What to expect

Duration: 2 years (Starting September 2025)
Language of Instruction: Bilingual (French and English), with support lessons for language proficiency.
Learning Format: 80% face-to-face, 20% remote
Location and Mobility:
Université de Lorraine (France) – Coordination and Fundamentals
Università Cattolica del Sacro Cuore (Italy) – Challenges
Université de Neuchâtel (Switzerland) – Specialization
Vienna (Austria) – Optional Specialization
Students must complete at least 2 mobilities (study at 2 different partner institutions).
Program Structure:
1st Semester: Fundamentals (France)
2nd Semester: Challenges (Italy)
3rd Semester: Specialization (France, Switzerland, or Austria)
4th Semester: Professionalization and Master’s Thesis (Flexible location)
Curriculum Focus:
Theoretical Foundations and Applied Methodology in social sciences
Systemic and Educational Issues – Understanding micro-macro constraints and individual development
Inclusive Management and Educational Alliances
Interculturalism, Justice, and Societal Interactions
Internship and Applied Research in socio-educational issues
Degree Awarded: Joint Master’s degree from participating universities 

Career Opportunities​

Graduates of the MISEI Master can pursue careers as:

– Educational Policy Advisors for governmental agencies, NGOs, and international organizations (e.g., UNESCO, UNICEF, European Commission).
– Inclusive Education Specialists in schools, universities, and community organizations.
– Consultants for social inclusion and diversity programs in public and private sectors.
– Project Managers for inclusive education initiatives and social development programs.
– Educational Researchers focusing on socio-educational issues, inclusive pedagogies, and equity in education.
– Human Rights Advocates and Policy Analysts specializing in gender equity and reduced inequalities.
– Intercultural Training Facilitators and Diversity Managers in multinational organizations.
– Ph.D. Candidates or Academics in fields related to education sciences, social justice, and inclusive policy development.
This master’s program prepares graduates to shape educational policies, lead social change, and advocate for inclusive societies on a global scale.

León,
Spain

Description

We train professionals in the entire energy sector with the necessary skills to design, project, manage and maintain all types of energy generation and distribution plants, as well as to plan energy policies. 

What to expect

This program is designed for those who want to become engineers in the entire energy sector, with the necessary skills to design, project, manage and maintain all types of energy generation and distribution plants, as well as to plan energy policies. The program offers internship agreements for all students, specialization in a multidisciplinary sector with many employment opportunities, and national and international mobility programs. 

Career Opportunities​

Design of energy facilities: power generation, renewable energies, energy transport, heating and air conditioning, industrial processes.
Management of teams and activities in oil and gas companies.
Environmental and occupational risk prevention studies.
Reduction of economic costs of energy consumption.
Management of manufacturing plants, transport and use of explosives.
Operation and maintenance management of power generation plants.
Teaching of ESO, Baccalaureate and Vocational Training. 

León,
Spain

Description

This double degree qualifies for two regulated professions: Industrial Technical Engineer. Electrical Specialty and, on the other hand, Mining Technical Engineer. Specialty Energy Resources, Fuels and Explosives. 

What to expect

We train highly qualified engineers to practice their profession in the field of Electrical Engineering and in the energy sector and with the necessary skills to design, project, manage and maintain all types of power generation and distribution plants, as well as to plan energy policies and capable of integrating into multidisciplinary working groups, showing ethical and responsible attitudes, respect for people, the social environment and the environment. 

Career Opportunities​

– Electric generation
– Electric vehicles
– Power lines and substations
– Energy efficiency
– Renewable energies (photovoltaic, wind, hydro, biomass, etc.)
– Energy transport, heating and air-conditioning, industrial processes
– Management of equipment and activities in oil and gas companies
– Environmental and occupational risk prevention studies.
– Reduction of the economic costs of energy consumption.
– Management of plants for the manufacture, transport and use of explosives.
– Operation and maintenance management of power generation plants.

León,
Spain

Description

We train modern professionals adapted to the European Higher Education Area, combining the exclusive competencies of the Mining Engineering profession with new fields and disciplines. 

What to expect

This program is designed for those who want to become engineers in mining. The program offers orientation to a wide range of employment possibilities, internship agreements for all students, training in exclusive competencies in different activities: subway excavations, use of explosives, water extraction, etc., combination of experience and teaching innovation, applied to exclusive groups of students, and national and international mobility programs. 

Career Opportunities​

– Direction and management of mining, industrial and energy companies.
– Extraction of mineral resources, oil, gas and water.
– Extraction and use of ornamental and industrial rocks.
– Design and supervision of civil works and subway works: tunnels, caverns, subways, etc.
– Manufacture, storage and use of explosives and pyrotechnics.

León,
Spain

What to expect

– Implement projects and manage forestry and environmental works and services.
– Plan the use of forest resources (timber, biomass) and multiple forest uses (hiking, recreational areas).
– Implement plans for forest fire defense, post-fire restoration, and pest and disease control.
– Manage natural areas and implement projects related to flora and fauna.
– Use new technologies applied to forest management (Geographic Information Systems, drones, remote sensing).

Career Opportunities​

The Degree in Forestry and Natural Environment Engineering qualifies for the regulated profession of Forestry Technical Engineer (Order CIN/324/2009).
A strong practical component in the courses. 
Qualified faculty integrated into research groups with significant participation in competitive national and international projects.
A variety of modern and fully equipped infrastructure for teaching the various disciplines (laboratories, computer labs, special classrooms, libraries, group work spaces, etc.).
A practical training environment next to the School (Ponferrada).
High employability and numerous internship agreements with companies and public administrations (Regional Government of Castilla y León, City Councils, CIUDEN).
National and international mobility programs (Argentina, Australia, Austria, Belgium, Brazil, Canada, Chile, China, Colombia, Czech Republic, France, Germany, Hungary, Italy, Japan, Mexico, Peru, Poland, Portugal, Russia, Sweden, Taiwan, Turkey, United Kingdom, United States, and Vietnam).
We train professionals with a multidisciplinary and comprehensive view of environmental issues from a sustainability perspective. 

León,
Spain

What to expect

– Capture, generate, and analyze geospatial information accurately using drones, sensors, and topographic technologies.
– Design and develop geographic information systems (GIS).
– Process spatial data from satellite imagery, LiDAR sensors, 3D scanners, and other innovative sources.
– Program and apply artificial intelligence algorithms in geospatial environments.
– Integrate technologies such as digital twins, 3D modeling, and the Internet of Things (IoT) into real-world engineering and territorial planning projects.
– Apply technological solutions to sectors such as healthcare, agriculture, tourism, smart cities, civil protection, law enforcement, energy, and more.

Career Opportunities​

– Personalized teaching with small groups (25 places per year) and individualized attention. 
– Training with a strong practical focus, using laboratories, drones, sensors, and cutting-edge equipment.
– Convergence with the Bachelor’s Degree in Computer Engineering, allowing for a double specialization in digital technologies.
– Access to cutting-edge content: AI, big data analysis, 3D modeling, GIS, BIM, advanced programming.
– Faculty with extensive teaching experience and experience in technological research projects.
– High employability: more than 80% of graduates are employed, with salaries above the university average.
– International mobility (Erasmus+, America, Asia, etc.) and agreements with public and private sector companies.
– Location on the Ponferrada Campus: natural surroundings, technological focus, quality of life.
– Qualifications: Professional practice as a Technical Engineer in Topography (Order CIN/353/2009)

León,
Spain

What to expect

– Manage advanced technologies compatible with environmental protection (water treatment, soil conservation, biomass production for renewable energy, etc.).
– Connect the scientific, technical, social, economic, and legal aspects of the environment.
– Perform professional work that, by law, is the exclusive responsibility of Forestry Engineers, such as designing and managing forestry and natural environment projects and services.
– Conduct environmental impact studies and environmental audits.
– Conserve and manage protected areas and natural resources.
– Develop forest fire defense plans, post-fire restoration plans, pest and disease control plans, etc.
– Design and implement environmental education and communication programs.

Career Opportunities​

– The Degree in Forestry and Natural Environment Engineering qualifies for the regulated profession of Forestry Technical Engineer (Order CIN/324/2009).
– A strong practical component in the courses.
– Qualified faculty integrated into research groups with significant participation in competitive national and international projects.
– A variety of modern and fully equipped infrastructure for teaching the various disciplines (laboratories, computer labs, special classrooms, libraries, group work spaces, etc.).
– A practical training environment next to the School (Ponferrada).
– High employability and numerous internship agreements with companies and public administrations (Regional Government of Castilla y León, City Councils, CIUDEN).
– National and international mobility programs (Argentina, Australia, Austria, Belgium, Brazil, Canada, Chile, China, Colombia, Czech Republic, France, Germany, Hungary, Italy, Japan, Mexico, Peru, Poland, Portugal, Russia, Sweden, Taiwan, Turkey, United Kingdom, United States, and Vietnam).
– We train professionals with a multidisciplinary and comprehensive view of environmental issues from a sustainability perspective.

León,
Spain

Programme description

This program is designed for those who want to know and apply the latest technologies and techniques to capture spatial informaiton, process and model geospatial information, apply geoinformatics tools and peform simulations and apply models oriented to environmental conservation and management. 

The program offers advanced training with a strong practical orientation that favors incorporation into the business sector, contents designed in consultation with potential employers and graduates, to determine the suitability of the contents of the Master’s Degree to their needs, an official training in a subject not currently offered in University Campuses of the nearby geographical environment, external internship agreements with companies and public administrations, blended learning mode, with the possibility of following the classroom part by videoconference, improvement of skills to work in a constantly growing field that requires updated knowledge, facilities and means suitable for practical training: drones, multispectral cameras, GPS receivers, simulators, specific software, etc. 

What to expect

– Know and apply the latest technologies and techniques to capture spatial information: drones, satellite images, LiDAR technology, GPS, etc.
– Know and apply advanced GIS utilities to store, manage, analyze and process spatial data. 
– Process and model geospatial information to extract useful information for solving natural resource management problems (water resources, erosion, floods, fires, pests, burned areas, mining activities, natural heritage, etc.).
– Apply geoinformatics tools to evaluate and quantify ecosystem goods and services associated with natural resources.
– Perform simulations and apply models oriented to environmental conservation and management.

Career Opportunities​

Convergence with the Bachelor’s Degree in Computer Engineering, allowing for a double specialization in digital technologies. 

León,
Spain

Programme description

We offer high-level, rigorous and innovative training that enables graduates to assume positions of responsibility in the management and direction of the company, preferably in mining and energy industries and operations. 

What to expect

This program is designed for those who want to become engineers at a master level in mining and energy resources. The program offers a wide range of professional development opportunities, a variety of innovative teaching activities, and internship agreements with more than 50 companies. 

Career Opportunities​

Access to cutting-edge content: AI, big data analysis, 3D modeling, GIS, BIM, advanced programming. 

Hasselt,
Belgium

Programme description

High-quality international master programme of 120 ECTS, fully accredited
Flexible programme: study full-time on campus or part-time by distance learning (for practitioners).  Students gain professional experience through an (international) internship Taught by internationally renowned experts in the field of transportation and traffic safety. Specializations in: Traffic Safety or Transport Planning & Policy. 
In the heart of Europe: in between Germany, the Netherlands, France and the UK

What to expect

A modern and international transport system is important for moving people and goods in a local, regional and international context. Transportation is inherently connected to economic growth and the environment but also to urban liveability and health. A continuous increase in traffic volumes for passenger transport and freight forwarding transport, leads to major challenges concerning land use, impact on urban areas, traffic safety issues, traffic flow, atmospheric pollution and travel behaviour.
Since transportation is so multi-faceted, the master of Transportation Sciences at Hasselt University has a multi-disciplinary take on transportation including psychological, social, urban, environmental and infrastructural aspects. Students approach the current and future transportation challenges from different angles, integrating knowledge and skills from different domains. 

Since transportation is a cross-border field, it is also important to focus on international aspects of this domain. As a Master in Transportation Sciences we offer you an opportunity to regularly interact with international experts in their field. You can also exchange views and experiences with fellow students from all over the world.

Career Opportunities​

Faculty with extensive teaching experience and experience in technological research projects. 

A multi-disciplinary take on transportation including psychological, social, urban, environmental and infrastructural aspects.

Nancy,
France

Description

The Erasmus Mundus Master in Pervasive Computing & Communications for Sustainable Development (PERCCOM) is a 2-year international program focused on combining advanced Information and Communication Technologies (ICT) with environmental sustainability. It aims to train professionals who can design energy-efficient, resource-saving systems for a greener digital future.

What to expect

Duration: 2 years (Full-time)
Location:
– 1st Semester: University of Lorraine, France
– 2nd Semester: Lappeenranta University of Technology, Finland
– 3rd Semester: Luleå University of Technology, Sweden
– 4th Semester: Master’s Thesis (in a company or a partner university’s lab)
Seminars: St Petersburg University of IT, Mechanics, and Optics, Russia
Language of Instruction: English. Program Structure:
Multidisciplinary Courses in computer communications, wireless networking, mobile technologies, and distributed systems.
Emphasis on green ICT, focusing on energy efficiency, resource reuse, and minimizing environmental impact.
Fieldwork, projects, and internships in cyber-physical systems and sustainable development. 
Exposure to a circular economy approach for optimizing resource use.
Degree Awarded: Joint Master’s degree from participating universities.

Career Opportunities​

High employability: more than 80% of graduates are employed, with salaries above the university average. 

Nancy,
France

Description

The Erasmus Mundus Joint Master in European Forestry is a 2-year international program that provides a multidisciplinary education in sustainable forest management. It prepares students for global careers in forestry and environmental sectors, emphasizing European forestry practices with an international perspective.

What to expect

Duration: 2 years (Full-time) 
Location: Nancy, France, with mobility to other European partner universities.
Language of Instruction: English.
Program Structure: Core courses on European forest management, sustainable resource use, and biodiversity conservation.
Mobility between multiple European universities for a multicultural learning experience.
Field trips and practical training in diverse forest ecosystems.
Degree Awarded: Joint Master’s degree from participating universities.

Career Opportunities​

International mobility (Erasmus+, America, Asia, etc.) and agreements with public and private sector companies. 

Nancy,
France

Description

The Erasmus Mundus Master in Decentralized Smart Energy Systems (DENSYS) is a 2-year international program designed to train engineers and researchers in smart, decentralized energy systems. It focuses on renewable energy integration, smart grid management, and low-carbon solutions using a multidisciplinary approach. Students gain a holistic understanding of energy systems through technical courses combined with social sciences.

What to expect

Duration: 2 years (Full-time)
Location: Université de Lorraine (Nancy, France) – Core foundation in decentralized energy systems
KTH Royal Institute of Technology (Stockholm, Sweden) – Specialization in Energy Systems
Politecnico di Torino (Italy) – Focus on Energy and Nuclear Engineering
Universitat Politècnica de Catalunya (Spain) – Specialization in Thermal Energy Engineering
Language of Instruction: English
Degree Awarded: Double diploma from Université de Lorraine and one partner university based on the chosen specialization.
Program Structure:
Year 1: Core courses at Université de Lorraine on decentralized energy systems and smart grid management.
Year 2: Specialization at one of the partner universities, followed by a Master’s thesis project.
Special Features:
Summer Schools:
Liège Université (Belgium): AI and digitalization for energy systems
ESADE Business School (Spain): Business and entrepreneurship in energy
International Network: Multicultural and linguistic experiences by studying in at least two European countries.

Career Opportunities​

Location on the Ponferrada Campus: natural surroundings, technological focus, quality of life. 

Nancy,
France

Description

The Erasmus Mundus Master in Advanced Materials Science and Engineering (AMASE) is a 2-year international master’s program focusing on Materials Science. It covers key areas such as Metallic Materials, Surface Engineering, Functional Materials, and Polymer and Composite Materials. The program provides a unique multicultural experience, requiring students to study in at least two European countries, enhancing their linguistic and cultural skills while earning a joint diploma from the participating universities. 

What to expect

Duration: 2 years (Full-time)
Location:
– Nancy (France) – University of Lorraine
– Saarbrücken (Germany) – University of Saarland
– Luleå (Sweden) – Luleå University of Technology
– Barcelona (Spain) – Polytechnic University of Catalonia
– Leoben (Austria) – Montanuniversität Leoben
– Padua (Italy) – University of Padua
Language of Instruction: Multilingual (Language courses offered each semester)
Focus Areas:
Metallic Materials
Surface Engineering
Functional Materials
Polymer and Composite Materials
Project Management, Safety, Quality, and Environmental Management
Degree Awarded: Joint diploma from the universities where the student completed their courses.
Internship: Required during the final semester, typically within a research lab at one of the visited universities.
Research Collaboration: Close ties with leading research labs, including:
– LEMTA – Laboratory of Energetics and Theoretical and Applied Mechanics
– IJL – Institut Jean Lamour
– LCPM – Laboratory of Physical Chemistry Macromolecules
– LRGP – Laboratory of Reactions and Process Engineering
Admission Requirements: Bachelor’s degree in Materials Science, Physics, or Chemistry.

Career Opportunities​

Qualifications: Professional practice as a Technical Engineer in Topography (Order CIN/353/2009)

Nancy,
France

Description

The Erasmus Mundus Master in Georesources Engineering (EMerald) is a 2-year international master’s program focused on innovative education in Geometallurgy and Circular Economy. It aims to bridge the gap between geological exploration and mineral processing, emphasizing sustainable and resource-efficient practices. Students will study across four leading European universities in France, Belgium, Sweden, and Germany, earning a triple diploma and gaining a global perspective on the raw materials value chain. 

What to expect

Duration: 2 years (120 ECTS)
Location:
Nancy (France) – University of Lorraine
Liège (Belgium) – University of Liège (main coordinator)
Luleå (Sweden) – Luleå University of Technology
Freiberg (Germany) – TU Bergakademie Freiberg
Language of Instruction: English
Focus Areas:
Geometallurgy
Circular Economy
Mineral Resource Valorization
Sustainability and Recycling
Degree Awarded: Triple diploma from the universities where the student attended courses, plus a Diploma Supplement from the coordinating university.
Internship: Required as part of the curriculum. 

Career Opportunities​

Graduates of the EMerald Master program can pursue careers as: 
– Mineral Processing Engineers
– Resource Recovery Engineers
– Georesource Valorization Engineers
– Mining Engineers and Geologists
– Sustainability Specialists in raw materials and recycling industries
– Circular Economy Consultants
This program prepares students to become the next generation of engineers with an entrepreneurial mindset and a global vision of the value chain, addressing critical skills shortages in the raw materials sector. 

Nancy,
France

Description

The Master’s in Physical and Analytical Chemistry at the University of Lorraine is a 5-year program aimed at training students in advanced chemical analysis, molecular modeling, and material characterization. The course offers both theoretical knowledge and hands-on experience in laboratories, preparing students for both the job market and doctoral studies. The program combines classroom learning with internships and research projects. 

What to expect

Year 1 (M1): Core chemistry courses with a focus on physical and analytical chemistry.
Year 2 (M2): Specialization, alternating between coursework and internships, with the final semester dedicated to a long internship.
Research Focus: Emphasis on molecular modeling, spectroscopy, chemometrics, and quality assurance.
Learning Formats: In-person, alternating, or distance learning, with strong ties to research labs at the University of Lorraine.

Career Opportunities​

Graduates can pursue careers in:
– Industries: Chemicals, materials, pharmaceuticals, food, cosmetics, energy, health, environment, metallurgy.
– Roles: R&D scientist, quality control manager, data analyst, process optimization engineer, lab director, and project manager.
– Further Studies: Opportunities for PhD programs in physical and analytical chemistry.

Nancy,
France

Description

The Master’s in Computer Science: Information and Systems Security (SIS) focuses on advanced and applied knowledge in various areas of computer science, with a strong emphasis on security. The program addresses topics such as decision sciences, artificial intelligence, machine learning, data analysis, and security aspects related to the internet of things, network security, cryptography, and more. It offers two specialized tracks: Security of Information Systems (SSI) and Computer Security, Networks, and Virtual Architectures (SIRAV). 

What to expect

This program provides a deep understanding of both theoretical and practical aspects of information and system security. The first year (M1) includes foundational courses and an introduction to research, while the second year (M2) offers specialization in two tracks:
SSI: Focused on governance and management of security in organizations.
SIRAV: Focused on technological aspects such as network security and cryptography.
Students can take the program in alternating formats, blending academic study with hands-on professional experience. 

Career Opportunities​

Graduates of this program will be equipped to pursue careers in various sectors of IT and cybersecurity, including roles such as: 
– Information systems security manager
– Cybersecurity engineer
– Systems architect
– R&D engineer in computer science
– Security auditor
Additionally, students may continue with a PhD in computer science.

Nancy,
France

Description

The Master in Mechanical Engineering: Biomechanics at the University of Lorraine in Metz focuses on the biomechanics of the musculoskeletal system and the development of patient-specific medical devices. It combines knowledge in medical science, mechanics of materials, and finite element simulation to provide a multidisciplinary education. All courses are taught in English, and graduates are prepared for careers in biomedical R&D, biomechanics research, or PhD studies. 

 

What to expect

In the Master in Mechanical Engineering: Biomechanics, you can expect a comprehensive curriculum that blends theory and practical experience. The program includes:
Winter Semester: Seven compulsory modules and one optional module, covering topics like mechanical behavior of biological tissues, human movement analysis, and patient-specific finite element modeling. You’ll engage in lectures, tutorials, practical work, and projects, all conducted in English.
Summer Semester: Dedicated to the Master Thesis, allowing you to apply your knowledge to a real-world biomechanical challenge.
Access to advanced facilities like the ORION premium laboratory and opportunities for international exposure. 
Development of technical skills in biomechanics and soft skills like teamwork, communication, and project management.
Possibility to spend the summer semester abroad, including Erasmus exchanges.
Graduates will be equipped to solve complex biomechanical problems and design innovative medical devices tailored to patient-specific needs.

Career Opportunities​

Graduates of the Master in Mechanical Engineering: Biomechanics can pursue careers in both public and private sectors, with a focus on biomechanics and medical device development. Potential career paths include:
– Research and Development in biomedical companies
– Work in Biomechanics Research laboratories
– Pursuing a PhD thesis in biomechanics
– Biomechanical engineer or medical device designer
– Roles in clinical biomechanics or patient-specific solutions
– Consulting or expert advice in medical technologies
This program prepares students to tackle cutting-edge challenges in the fields of medical engineering, biomechanics, and bioengineering. 

Nancy,
France

Description

The Master in Physics: Plasma Physics and Fusion Energy at the University of Lorraine in Nancy provides advanced education in Condensed Matter, Nanomaterials, Plasma Science, and Fusion, with close ties to cutting-edge research at renowned laboratories like the Institut Jean Lamour. It offers four tracks, including two European programs, and promotes a highly international experience.

What to expect

You will receive a solid foundation in Physics with specialized training in Quantum Matter, Plasma Physics, and Fusion Energy, along with hands-on experience using state-of-the-art research equipment. The program includes international opportunities such as double degrees and Erasmus Mundus exchanges, as well as scientific English courses to enhance global career readiness. 

Career Opportunities​

Graduates are well-prepared for careers as Researchers in Fundamental or Applied Research, Research Engineers (Public/Private), Engineer-Physicist Executives, and Scientific and Technical Consultants. The program boasts excellent doctoral placement, with 70% of graduates securing doctoral funding, paving the way for academic and industry research roles. 

Nancy,
France

Description

The Master in Border Studies is an international two-year program that explores the economic, political, social, and cultural aspects of borders and border regions in Europe and beyond. It is supported by the Franco-German University and delivered in French, German, and English across four universities in France, Luxembourg, and Germany. 

Students gain theoretical knowledge on border issues, culture, and constructions of “otherness” and develop skills for debates on national and European identities, global mobility, migration, cultural diversity, citizenship, and cross-border cooperation. They can specialize in Territorial Specialization (Geography and Spatial Planning) or Languages and Culture Specialization (Cultural Studies, Literature, and Intercultural Communication).

What to expect

The Master in Border Studies provides students with the main concepts and analytical tools necessary to understand social, cultural, territorial, political, and economic challenges related to border regions and transnational cooperation. 
Students receive theoretical knowledge on border issues, culture and literature related to the border, and constructions of “otherness.” They acquire skills required to play a key role in debates on national and European identities, global mobility, migration, cultural diversity, citizenship, and cross-border cooperation.
Graduates are prepared to become European civil servants, project managers in “cooperation” for large municipalities, or specialists in intercultural relations within large companies.

Career Opportunities​

Graduates are prepared to become European civil servants, project managers in “cooperation” for large municipalities, or specialists in intercultural relations within large companies. 

Mittweida,
Germany

Description

The aim of the programme is to train experts who have practical knowledge of sustainable business practices. It highlights areas of action and opportunities for companies that anchor sustainable business practices in their core business. These include, for example, concepts and definitions of sustainable corporate management, strategies in human resource management, quality management, as well as topics related to environmental and energy law and the circular economy. Thanks to their knowledge of the current state of research on sustainability, students are able to develop transferable solutions and courses of action that meet the requirements of sustainable business practices. 

What to expect

The modular, practice-oriented part-time study programme comprises a total of four semesters and is divided into three complexes that combine technical and interdisciplinary qualifications: Building on the fundamentals of sustainable corporate development in the first semester, students learn practical methods, instruments and tools for sustainable management in the second semester. The programme can be tailored to individual and professional needs in the field of sustainability through elective modules in the third semester: Strategies and Technologies in Business. 

Career Opportunities​

In the case of this part-time program, the knowledge acquired can often be directly integrated into everyday business life. For many participants, continuing education has an impact on their position in the company or their operational tasks, i.e. continuing education content is incorporated and implemented in various areas of the company – e.g. on topics such as quality management, corporate social responsibility (CSR), process or project management.  

Mittweida,
Germany

Description

Affordable housing, resource-efficient construction, energy-efficient refurbishment. Today, sustainability defines the real estate industry.
Today’s real estate managers need more than just legal and technical knowledge to reconcile the wishes of their customers with what is really feasible. From the development and construction of a new property, through its use and restructuring, to its demolition, they take into account the impact on people and the environment in their economic considerations.
What is required here is above all economic, ecological-technical and socio-cultural methodological knowledge: the ability to find the optimum solution for people, the environment and the economy when faced with new challenges by weighing up different approaches. This is exactly the knowledge you will acquire at Mittweida University of Applied Sciences. 

What to expect

Real projects instead of cramming regulations.

Mittweida University of Applied Sciences is different. The focus of your studies is not on acquiring knowledge by reading and memorizing literature. What counts here: That at the end of your studies you know exactly how to solve problems and challenges in your daily work. To this end, you will be given a colorful bouquet of methods. Applying these methods is a central part of your studies. 
You can look up and read through the appropriate regulations at any time. But what gives you a real advantage after your studies in Mittweida is the experience you gain, for example, in transfer projects. At the end of each semester, you work in groups to apply the knowledge you have gained in the previous months. The highlight: The projects are real. For example, Siemens Real Estate, which manages all of the company’s real estate, asks you to come up with a concept for how they should make structural changes to one of their office buildings. Our students have also already developed concepts for the revitalization of Chemnitz’s Brühl district, which were then discussed by the city council.
All transfer projects serve to consolidate the knowledge acquired in lectures, seminars, and excursions during the respective semester. The technical and business subjects are always supplemented with socio-cultural and ecological aspects that are crucial for sustainable construction and operation of real estate.

Career Opportunities​

If you study Sustainable Real Estate Management at Mittweida University, you will become a professional in the evaluation of real estate and construction measures. 
You will help companies and housing cooperatives, architecture and engineering offices, or public building and real estate offices to design construction projects in such a way that they are optimal from a social, ecological and economic point of view. For investors such as insurance companies and funds or credit institutions such as banks and building societies, you assess real estate and properties and suggest more sustainable alternatives.
As a real estate manager, you manage all technical, infrastructural and commercial processes for the maintenance of the company’s buildings and land.

Mittweida,
Germany

Description

With #FridaysForFuture, hundreds of thousands of students worldwide made a declaration for climate protection. They call for action to preserve the natural environment because “there is no Planet B”.
With the same goal, we have been training energy and environmental managers since 2012 to bring sustainability awareness to the world. We at Mittweida University of Applied Sciences know: Environmental protection does not have to be uneconomical. But how do we ensure that every resource is used as wisely as possible? 
During your studies, you will combine entrepreneurial thinking with scientific knowledge and a technical understanding of operational processes. If you take these aspects into account, you can, for example, help to ensure that energy produced in an environmentally friendly way is used in the company. But which is the most suitable – wind power or solar energy? Is an energy storage system needed? You will learn to weigh up these options, propose them to the client and implement them.

What to expect

The Energy and Environmental Management program is divided into two parts: the business part and the technical part.
The foundations for this are laid in the first two semesters and deepened in semesters three to five. Even during your studies, you can put the theory you have learned into practice in our energy and environmental laboratories. The sixth semester includes a two-month internship and ends with the three-month Bachelor project. Special emphasis is placed on the energy and environmental requirements of industry. Optimizing the consumption of energy and resources plays a decisive role in the economic efficiency of production and the relief of our environment. 
In addition to the practically oriented technical training, you will gain interdisciplinary knowledge and skills in the areas of business administration as well as environmental law and environmental policy. Further content of the program will improve your foreign language skills and soft skills.

Career Opportunities​

As an energy and environmental manager, you have prospects for the future, because you are moving into fields of work with economic and ecological benefits.  Awareness of the environment and the social responsibility to deal with it in a sustainable manner is taking hold not only in large corporations, but also in small and medium-sized companies. Climate protection programs in municipalities and constant research are driving the job engine and creating a great demand for relevant professionals like you. 
Your tasks may include:
-Energy and environmental consulting
-Planning and optimization of plants and equipment
-Research and development in the field of environmental industry and energy technology
-Project development and management
-Certification of energy and environmental management systems
-Material flow management and resource distribution
-Preventative and subsequent environmental protection
environmental, building, and/or energy management

Mittweida,
Germany

Description

Whether through devices in households or heavy machinery – our society produces too much waste. That’s why we founded the EURECA-PRO alliance with seven European universities. Our common goal is to change industry in such a way that resources are finally used responsibly in production and consumption. Together with our partners in Spain, Poland, Greece, Belgium and Austria, we are researching how this can be achieved. 

However, it won’t work without young people who take this knowledge into the economy and change the industry. With your studies in Responsible Consumption and Production in Mittweida, you will not only learn how a responsible industry uses automation to produce more resource-efficiently. Through an integrated semester abroad at one of the EURECA-PRO universities, you will expand your knowledge to include other topics of sustainable production and thus lay the basis for leading an intercultural team of engineers as a global player in the future.

What to expect

Automation and Industry 4.0 combined with experience abroad.

Responsible production means no longer thinking only in economic terms. Engineers who work sustainably use their broad knowledge to find technical solutions that also take into account the impact on the environment and society worldwide. Resource conservation and energy efficiency are central aspects. To achieve this, industry must produce differently. In addition to the responsible use of raw materials, a higher proportion of automated processes helps because the precision of robots results in less waste.

We prepare you for planning and controlling this kind of responsible production with the electrotechnical modules in small groups. Robotics as a future topic of the networked Industry 4.0 is also included in your Bachelor’s degree, as is the knowledge of how humans and machines can best work together.

The special thing about Responsible Consumption and Production is that you and your fellow students are not only trained to become full-fledged engineers. What makes it unique are the opportunities offered by the EURECA-PRO alliance: You will spend the fourth semester at one of our six international partner universities. You can decide which of their different specialisations you would like to complement your knowledge with, depending on your interests, because the different universities research and teach in different disciplines: 
– Montanuniversität Leoben (Austria): Raw materials and recycling in the circular economy
– Silesian University of Technology (Poland): Management and Organisation of Industry 4.0
– Universidad de León (Spain): Economy and Consumer Behaviour Technical
– University of Crete (Greece): Sustainability Engineering and Circular Economy
– Hasselt University (Belgium): Mobility, Environmental Engineering and Materials Science
– Universitatea din Petroșani (Romania): Mining and Social Responsibility

Career Opportunities​

Lead the future of industry in intercultural teams.

No nation can save the world on its own. But together, with the United Nations’ Agenda 2030, they have agreed to shape business and industry in a way that preserves resources and protects nature. This approach, however, requires different knowledge and a new generation of engineers. In addition, teams in research, development and production are becoming increasingly diverse. Global players like Siemens need managers who can mediate between cultures and have international experience. That’s why graduates of the Responsible Consumption and Production programme work, among other things, as: 
– sustainability managers in manufacturing companies and
– as management representatives in industrial companies.

Mittweida,
Germany

Description

Improve life with lab work!

The climate crisis and endangered biodiversity are triggering a rethink in society. New techniques are needed to ensure the relief of the biosphere. Biotechnology is needed for this: it uses the knowledge of enzymes, cells and organisms to create new technical applications or to make old processes more ecological.

With the bachelor’s degree program in Mittweida, you will learn how to optimize biological, chemical and physical processes in the laboratory in order to produce everyday products in a more environmentally friendly way through new processes, to develop new diagnostic methods and to better treat diseases. In doing so, you will combine knowledge from biology and technology and help to make more of nature’s processes usable for the economy and society in the future.

What to expect

Lab coat and test tube? You’ll never need that with us.

The biotechnology program at Mittweida University of Applied Sciences combines knowledge from biology, chemistry and technology. To do this, you will first deepen your basic scientific knowledge and learn to understand and use biological data. Don’t worry: You can take a preparatory course in chemistry before starting your studies, and in the basic modules, knowledge from school is repeated and your knowledge is polished up before you specialize in your desired topic from the third semester:

Molecular Diagnostics delves into methods for detecting biochemical and genetic markers. They are used, for example, to identify diseases or to classify cancer, but they also play an important role in the development of active medical ingredients and in modern breeding research.

Environmental biotechnology focuses on the use of biotechnological processes and methods to address current problems in the areas of air, water, soil, energy and waste.

With various elective modules, you’ll explore content from the other major or other courses of study. As you learn to modify genetic material, ethics will also play a role for you. You will also learn the basic methods of data analysis and presentation. 

Even before your internship and bachelor thesis in the last semester, you will gain lasting practical experience: In our laboratories, pipetting and analysis is carried out in small groups of no more than four people.

Career Opportunities​

An industry of the future with almost endless possibilities.

In Germany alone, there are more than 700 companies active in biotechnology – with a strong upward trend. After all, biotech companies have been booming not just since the successful application of mRNA vaccines. Whether it’s medicines, food, agriculture, cosmetics or detergents – no industry can do without biotechnologists. They use knowledge from microbiology, biochemistry, molecular biology, bioinformatics and process engineering to improve people’s lives. Even the drinking water supply in Africa can be improved through biotechnology. Accordingly, your career prospects are diverse, for example as: 
– Researcher in public or private institutions,
– Laboratory manager the field of diagnostics, genetic and environmental technology or sensor technology
– Scientist:in the pharmaceutical, cosmetics, chemical or food industry,
– Project manager:in environmental protection

Mittweida,
Germany

Description

The change in individual mobility is coming. Use it to your advantage!

There is currently one big pressing issue: Electric scooters, bicycles, and hoverboards need to be developed and improved quickly. More comfort, longer ranges, more power for less sweaty clothes when reaching the destination. More charging points, a new infrastructure for the mobility of the future. Entirely new concepts that no one has thought of yet. All of this needs new, fresh minds with expertise and innovative ideas. 

Cities like Paris and Barcelona have already started to design streets and squares so that bicycles and e-scooters become the preferred means of transport. Even the big car companies are getting more and more involved with micromobility, because they have realised that people increasingly want to move in an environmentally responsible way instead of being stuck in traffic jams or overcrowded buses and trains.

What to expect

Study the mobility of tomorrow today – under the best conditions.

If you like to fight for seats in a lecture hall with hundreds of students, you’re in the wrong place here. In Mittweida you study in small groups, so it’s easier for you to ask your professors questions and you get more intensive support than at a university in a big city. On the subject of big cities: Rents in Mittweida are cheap. Instead of working a side job, you can invest your time in your studies or drop by the student club or go to a house party.

With the Vehicle Development for Sustainable Mobility specialisation, you will learn about all aspects of development and use in the mechanical engineering degree programme from the fourth semester onwards. Beforehand, you will have laid the technical and scientific foundations, whereby you will receive help from students in higher semesters in tutorials. If you end up deciding that you would rather choose one of the other three specialisations, no problem! The first semesters are likewise an orientation phase.

Your studies also thrive from the insider knowledge of our professors. They research new drive solutions, experiment with innovative vehicle concepts, and work with modern lightweight materials. This connection to practice has shaped the studies in Mittweida for over 150 years. Instead of just cramming theory, you get hands-on. In this way, you gain experience that is an advantage when starting your career. In modern laboratories, for example, you put parts, assemblies and entire vehicles through their stages and thus bring your theoretical knowledge to life. 

Career Opportunities​

For young engineers who want to make a difference and do things better, the change in mobility is a huge opportunity. Manufacturers of micromobility applications, as well as the supplier industry and municipalities, are already desperately looking for academic specialists who can tackle, shape and accompany the change. After your studies in Mittweida, you will work as a development or test engineer to solve range, safety, and charging problems. 

Mittweida,
Germany

Description

Resource guzzling industry? Far from it! The change has long since begun.

Industry in Germany has changed in recent decades. Instead of smoking chimneys, high-tech dominates mechanical engineering. But the transformation is far from over. Ever-increasing energy and raw material prices, new climate protection measures, and requirements for better environmental protection will determine developments in the coming decades. 

Saving resources in production is not only good for nature. It is immensely important in many areas of industry to save costs and thus offer products at an acceptable price. This is exactly what you learn during your studies at Mittweida University. Not only theoretically, but with a strong connection to industrial practice – for example in our university’s own training factory.

What to expect

Practical experience instead of just cramming theory. Optimal concentration on your studies.

That is our promise. Mittweida is not a metropolis like Berlin, Munich, or Hamburg. This is an advantage for you. If you want to study successfully and concentrate on your career, you should think seriously about the HSMW. The rents here are so low that only a few students need to have a job on the side. This leaves you more time for your studies and you can still party in the student club or at flat-share parties. In addition, you are not a number like at a university with thousands of newly entering students per year. At HSMW you study in small groups. Our professors, who have experience in industry, can respond to you better, you can ask questions more easily, and at the same time you have more time in the internship to get hands-on with the machines and equipment. This is the core of the degree programme in Mittweida: “As much theory as necessary, as much practice as possible.” This motto has accompanied engineering education in Mittweida for 150 years. 

At the beginning of your mechanical engineering studies, you will acquire the solid technical and scientific knowledge that all engineers need and consolidate this knowledge in the long term through practical exercises in laboratory tests and seminars. In the fourth semester, you will specialise in the area that interests you the most. In addition to resource-efficient manufacturing technology, these are digital product development, laser and surface technology, and micromobility.

Career Opportunities​

You can almost choose where you work. In Germany alone, over 6,500 companies are vying for the next generation of engineers, and there is a shortage of qualified young talent. Are you drawn to faraway places? America, Asia, Africa? Engineers trained in Germany have an excellent reputation.

With the study of resource-efficient production technology as a specialisation in mechanical engineering, you have a broad field to dedicate yourself to. Industry is looking for a new generation of engineers who can use their specialised knowledge to optimise production processes and reconcile high quality standards with greater resource efficiency.  As a production manager, you can work in production and coordinate forming processes, for example. But you can also devote yourself to production planning and quality management. In this way, you and the production managers ensure that quality and the use of resources really do fit together.

Your Bachelor’s degree is enough to get you started in your career. With the right Master’s degree, your prospects in mechanical engineering will be even better. Of course, you can stay at Mittweida University and delve even deeper into resource efficiency and production technology, gears, couplings and drive shafts. Even a doctorate is possible here at the HSMW in the so-called cooperative procedure.

Mittweida,
Germany

Description

Business administration for a new form of economy.

The European Green Deal aims to make Europe the first climate-neutral continent. Politicians are thus facing up to reality and creating the conditions necessary for economic development: raw materials are running out and prices are rising. Long-established business models no longer work.

One thing is clear: the demands on companies are increasing. So how can they secure prosperity in Europe, Germany and Saxony? By helping a new generation of business economists solve these massive challenges through responsible corporate management. By optimising processes; by realigning companies. But also by founding companies that create greater prosperity with new ideas based primarily on digital business models. 

This is the unique profile you will acquire at Mittweida University of Applied Sciences in business administration: our business administration graduates know all the basics – and at the same time are transformation specialists who know and have internalised the requirements for future success.

What to expect

Maximum individualisation for your personal interest profile.

Studying business administration in Mittweida is unique in several ways. As diverse as the subject is overall, one overarching rule will apply in the future: without responsible action, there can be no economic success. That is why, as a Mittweida business administration student, you will deal with a specific topic from the broad field of sustainability each semester.

You will study business administration, not business management. The difference: you can find pure theory elsewhere. In Mittweida, you will study in a practical way, for example using case studies and business games. In addition to the unique sustainability profile, the bachelor’s degree programme in business administration in Mittweida offers you two specialisation options that will refine your personal profile: 

After completing the basics of business administration in your first year, you will start your competence profile in the third semester. You can either choose Digital Business and Entrepreneurship and focus on business start-ups and digital business models. Or you can take International Management and prepare yourself in English for a career with an international orientation. In the fourth semester, you choose your field of study. With Finance, Accounting, Controlling and Taxation, you deepen your understanding of finance, accounting and controlling. Or you can choose Human Resource and Marketing Management and learn how to successfully market products and services, recruit and develop personnel. 

Career Opportunities​

Shape a sustainable economy and secure prosperity.

“Which business model is good for the future? And what do we need to change to be best prepared for it?” Companies ask themselves these questions time and time again. In view of the necessary changes in the global economy, however, they are asking them even more. 

After completing your studies, you will be the person who answers these questions. Business administration graduates from Mittweida ensure the success of their companies by making products and processes sustainable. Mittweida business administrators work, for example, as:
– self-employed business or tax consultants and auditors,
– business development and change managers, supply chain managers or sustainability specialists,
– managers in finance and accounting, controlling or human resources and marketing.

Leoben,
Austria

Description

Do you want to transform the world into a circular economy?
The English-taught master’s programme Circular Engineering prepares you to design and implement circular systems that improve resource efficiency and reduce environmental impact. The four-semester programme covers material flows, sustainable product design and secondary raw material recovery through innovative recycling technologies. You can specialise in Resource Supply (mining, minerals, plant design, process optimisation) or Materials (polymers, metallurgy, materials science, advanced recycling). Both tracks offer options in Business & Logistics and Digital Waste Treatment & Analytics. The programme combines technical expertise with sustainability-driven innovation and concludes with a research-focused thesis. 
As a Circular Engineer you are highly sought after in raw material extraction, recycling, manufacturing, and plant design. You will be prepared for a global career in circular economy consultancy, resource management, process optimisation or sustainable materials engineering – as a key player in the transition to a circular economy

What to expect

Expect a flexible, sustainability-driven Master’s program that develops your ability to design efficient material cycles, innovate across industries, and apply interdisciplinary methods to real-world challenges in resource management and production. 

Students will begin with a core module in Sustainable Development, where you explore advanced sustainability concepts, circular economy principles, and economic evaluation methods while building project management and digital skills. In later semesters, they can customize your learning through electives such as Business Management and Logistics, Mining, Minerals, Polymers, Materials Science, Metallurgy, Plant Design. 

Career Opportunities​

Graduates of the Circular Engineering Master’s programme play a key role in driving sustainable industrial development. 

Your expertise in recycling processes, material flows, and resource-efficient production will make you a sought-after professional in a variety of sectors, including:
– Raw materials extraction and processing industries
– Cement and metallurgical industries
– Recycling sector
– Plastics industry and product manufacturing
– Plant engineering