Science, Technology and Engineering – graduate options that teach how to design and implement systems for a sustainable future


With a projected future population of 10.8 billion people by 2100, making the world a more sustainable place is becoming a critical issue. The United Nations has set 17 Sustainable Development Goals, including clean water, affordable energy and climate action, as part of the 2030 Agenda for Sustainable Development.

Sustainability goes by many names and takes many forms – sustainable entrepreneurship, corporate social responsibility, etc., which can make finding solutions even more difficult. This could explain why more and more universities are creating science, technology and engineering degrees that will help graduates create a variety of solutions to protect the environment for the present and the future.

Engineers and scientists help make our lives safer, easier and better by thinking about how to solve the world’s problems with creative solutions incorporating new technologies. If you like working in a team and making a difference by protecting the environment, why not consider a career in science, technology and engineering?

Check out these four universities with unique masters programs that produce ready-to-go graduates who will make the world a better place through responsible innovation.

University of Vaasa: School of Technology and Innovation

Source: University of Vaasa: School of Technology and Innovation

Located in western Finland, on a beautiful seaside campus, the Multidisciplinary School of Technology and Innovation has a strong international reputation for impactful research on global issues, including energy and sustainability. . Teachers and professors are committed to helping students succeed by providing them with high quality education and one-on-one coaching.

The School of Technology and Innovation offers two-year programs in English, accredited by ASIIN. The Master’s program in industrial management is ranked 15th in the top 200 of Industrial Management and Operations, Western Europe, in the Eduniversal Masters 2019 ranking. Students acquire the skills to perform tasks requiring high level business and technological knowledge.

If you are curious about how complex industrial systems work and passionate about design and analysis, choose the Master’s Program in Industrial Systems Analysis. This program provides the content, models and methods to design, develop, implement and operate complex processes and systems in industry and elsewhere.

If you are interested in the energy transition and the design of solutions for sustainable and intelligent energy systems, the Master’s Degree Program in Smart Energy can be a good fit. The program equips you with the capabilities to create forward-looking solutions for sustainable and smart energy systems.

The city of Vaasa is home to the main hub of Finland’s renewable energy industry in the Nordic countries and is considered the sunniest city in Finland. The university is known as the forerunner of smart grid networks and offers a great opportunity to cooperate with the surrounding network of companies in the energy sector.

The Renewable Energy Research Group, which is part of the School of Technology and Innovation, mainly focuses on technical research. Many of his research projects are multidisciplinary. Through ongoing research projects with partners from different universities, universities of applied sciences and companies, the group also examines aspects of social sustainability, business economics and energy law.

Manchester University

Manchester University

Source: University of Manchester

The University of Manchester, part of the prestigious Russell Group of Universities, is ranked first in the world for its social and environmental impact and is renowned for its excellent teaching. Being the only UK university with a core focus on social responsibility, this university’s Stellify approach will help talented students make a difference through academic and extracurricular activities. The many global partnerships of this university attract a large number of international students.

Offered by the Department of Electrical and Electronic Engineering, the Master of Science in Renewable Energy and Clean Technology helps students learn about the principles of solar, wind and marine energy technologies and how to distribute and integrate renewable energy into infrastructure built in zero carbon. The development of the Manchester Engineering Campus, which will be ready in 2022, will allow students to take advantage of the new home’s facilities for engineering and materials science.

Course offerings include smart grids and sustainable power systems and interfacing to clean energy systems, among others; Since this course is multidisciplinary, students can expect to contribute to energy systems management technologies such as the use of renewable energies and the design of energy efficient buildings.

The master’s program, accredited by the Engineering Council through the Institution of Engineering and Technology, can be completed in one year full-time.

Lucerne University of Applied Sciences and Arts

Lucerne University of Applied Sciences and Arts

Source: University of Applied Sciences Lucerne

Magnificent landscapes in the middle of the mountains and the evening sky. Source: Lucerne University of Applied Arts and Sciences, Facebook

Lucerne University of Applied Arts and Sciences, as a university for six cantons in central Switzerland, hosts 7,800 students in six schools and 1,900 employees.

The School of Engineering and Architecture has researched and taught students for over 60 years.

The expert-led Master of Science in Engineering, taught in German and English, enables students to enhance their professional careers by carrying out research and projects in their preferred specialization; 12 specializations are available, including building technologies and energy and the environment.

Students wishing to focus on energy and environment learn to think about economic, legal and social aspects in creating renewable energy solutions through applied research, development projects and use of the latest tools. and technologies. The two areas apply different concepts – for energy and process engineering, students focus on improving the efficiency of operating processions for energy use; Environmental engineering is more about finding solutions to reduce the impact of environmental problems such as exhaust fumes and sewage.

University of Porto

University of Porto

Source: University of Porto

As the second largest university in Portugal, the University of Porto is among the top 100 universities in Europe. With a strong focus on research and development, the University of Porto has more than 28,000 students in 15 different schools, including the Engineering school (FEUP). This particular faculty with many award-winning educators has a solid worldwide reputation in the field of engineering. In fact, FEUP is the first institution in Portugal to have all engineering courses bearing the EUR-ACE quality label, recognized by the European Engineering Education Accreditation Network.

With over 25 diverse master’s programs, students can choose the one that matches their academic interests. For example, the three-semester 90-credit Master of Environmental Engineering involves applying technologies to reduce the hazardous effects of pollution, where students gain knowledge in environmental and business management. Students will be trained in basic sciences and engineering; they can then specialize in optional teaching units such as renewable energies.

Another option is the two-year Master in Technological Innovation and Entrepreneurship where students will learn to become managers and entrepreneurs for new businesses. They can expect to be guided by knowledgeable faculty and executives to establish their business locally and internationally.


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