Master's programme in Chemical Engineering for Energy and Environment

The master’s programme in Chemical Engineering for Energy and Environment offer students a comprehensive education in the diverse field of chemical engineering with an emphasis on sustainability. Graduates will possess the engineering tools necessary to meet the future challenge of how best to use the available energy and finite natural resources.

16 October 2018: Application opens
15 January 2019: Application deadline
1 February 2019: Deadline for supporting academic documents (all applicants) and documentation of fee exempt status (if required) or receipt of application fee (if required)
4 April 2019: Notification of selection results

Application open

Application through University Admissions in Sweden.

Non-EU/EEA/Swiss citizens: The tuition fee for the full programme is SEK 310,000
Non-EU/EEA/Swiss citizens are generally required to pay an application fee of SEK 900.

EU/EEA/Swiss citizens: There are no tuition fees for EU/EEA/Swiss citizens
EU/EEA/Swiss citizens are not required to pay an application fee.

Read more about tuition and application fees

Degree awarded: Master of Science
Language of instruction: English
Duration: Two years (120 ECTS credits)
Programme start: Late August
Location: KTH Campus, Stockholm
School: School of Engineering Sciences in Chemistry, Biotechnology and Health (at KTH)

For questions regarding programme content and specific entry requirements, feel free to contact the programme.

Programme coordinator: master@che.kth.se
Programme director: Professor Per Alvfors

Chemical Engineering for Energy and Environment at KTH

Students on the programme will gain advanced knowledge and skills in chemical engineering and obtain modern tools to analyse various processes. These processes can be anything from the production of biofuels and energy storage to the purification of drinking water and exhaust gases. Students will acquire competence through the whole chain, from raw materials to product. The analyses of the processes often include aspects of chemicals, heat, electricity and environment.

Year one and the first term of the second year consist of conditionally elective and recommended courses, allowing students to design their education to meet personal and professional goals. The remainder of year two consists of a compulsory project course in process design for industry and society. During the last term of the programme, a degree project is carried out either in industry, at a KTH department, or at another university or research institute around the world.

Complementary skills such as problem-solving and team work are emphasised on many of the courses, as is written and oral communication. The courses are, therefore, to a large degree based on seminars and project assignments as a complement to traditional lectures. A majority of the courses include laboratory work in the research labs. The education is closely linked to the research conducted at the School of Engineering Sciences in Chemistry, Biotechnology and Health at KTH in general, and the Department of Chemical Engineering in particular. The programme also has close links to Swedish industry, especially the motor vehicle industry through Scania and Volvo, and the utility industry through Fortum och Vattenfall. The programme provides an excellent basis for activities in countries outside Sweden, as most of the teachers have close contacts with foreign universities and companies. There are good opportunities to study parts of the programme abroad through student exchange with other prominent universities in the field of chemical engineering or degree project abroad.

Topics covered

Thermodynamics, separation processes, transport phenomena, electrochemistry, batteries, fuel cells, environmental catalysis, exhaust gas cleaning, energy conversion and systems analysis of energy and resource systems, sustainability issues related to energy conversion, chemical production and resource recovery

Courses

Career

The job market for engineers graduating from the programme is broad and international. Advanced skills in chemical engineering combined with an environmental focus provide an excellent basis for various careers in industry, government agencies and academia.

Chemical engineers with a specialisation in energy and the environment are very attractive for many different branches of industry, such as suppliers of energy and chemicals, the pulp and paper industry, the vehicle industry and in companies specialising in environmental issues such as the recycling of materials.

Programme graduates can be found in traditional Swedish industry, in small start-up companies, consultant companies, governmental institutions, research institutes and universities. Examples of companies that employ chemical engineers from KTH are energy-related companies such as Fortum, Stockholm Exergi and Vattenfall, companies in the pulp and paper industry, e.g. Holmen and Stora Enso and research institutes like RISE and IVL, chemical production companies like Akzo Nobel and Nynäs and car and truck manufacturing companies like Scania (buses and trucks), Volvo AB (buses, trucks and construction machines) and Volvo Cars (cars). A lot of graduates also continue their academic career with doctoral level studies. The need for engineers with the competence offered by the programme will continue to be great in the future.

After graduation

Project leaders for development and production, production managers, quality assurance officers, product specialists, process engineers, or research engineers at a research institute

Students

Find out what our student from the programme thinks about his time at KTH.

Ayush Agarwal, India

"The quality of education that KTH has to offer and the quality of life in Sweden is impeccable!"

Meet our students

Faculty and research

The master’s programme in Chemical Engineering for Energy and Environment is given by the Department of Chemical Engineering at the KTH School of Engineering Sciences in Chemistry, Biotechnology and Health. The Department of Chemical Engineering conducts research focused on some major themes: manufacturing of pharmaceuticals, functional surfaces, and environmental technology and energy conversions.

Professors

Associate professors

Changes in the programme may occur.

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