Master's Programme in Chemical Engineering for Energy and Environment
KTH Royal Institute of Technology
Brinellvägen 8, 114 28 Stockholm, Sweden
SEK 360,000.00
SEK 90,000.00
SEK 270,000.00
SEK 900.00
2 Years
Course Overview
The Master’s Programme in Chemical Engineering for Energy and Environment at KTH Royal Institute of Technology is an advanced postgraduate degree designed to provide students with technical tools to tackle climate change, optimize resource usage, and transition to sustainable energy systems. Taught entirely in English on KTH Campus in Stockholm, this programme awards a Master of Science (120 ECTS) with a major in Chemical Engineering. The curriculum covers transport phenomena, separation processes, chemical reaction engineering, process... Read more
The Master’s Programme in Chemical Engineering for Energy and Environment at KTH Royal Institute of Technology is an advanced postgraduate degree designed to provide students with technical tools to tackle climate change, optimize resource usage, and transition to sustainable energy systems. Taught entirely in English on KTH Campus in Stockholm, this programme awards a Master of Science (120 ECTS) with a major in Chemical Engineering. The curriculum covers transport phenomena, separation processes, chemical reaction engineering, process design, and industrial environmental technology. Students explore clean technology innovations, energy storage, hydrogen technology, and carbon-neutral processes. The degree culminates in the fourth semester with an independent Master’s Thesis (30 ECTS), conducted within KTH’s research laboratories or in direct collaboration with industrial chemical, energy, and environmental enterprises.
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Career Opportunities
Graduates acquire high-demand chemical process design, environmental system analysis, and clean-tech engineering capabilities valued by energy providers, chemical manufacturers, consultancies, and research organizations. Key career roles include Chemical Process Engineer, Environmental Systems Analyst, Energy Systems Consultant, R&D Specialist, Clean Technology Engineer, and Process Safety Specialist. Alumni lead industrial decarbonization, renewable fuel integration, and sustainable chemical process optimization for global engineering corporations and public institutions. Furthermore, the strong theoretical and experimental foundation built during the thesis provides an ideal platform... Read more
Graduates acquire high-demand chemical process design, environmental system analysis, and clean-tech engineering capabilities valued by energy providers, chemical manufacturers, consultancies, and research organizations. Key career roles include Chemical Process Engineer, Environmental Systems Analyst, Energy Systems Consultant, R&D Specialist, Clean Technology Engineer, and Process Safety Specialist. Alumni lead industrial decarbonization, renewable fuel integration, and sustainable chemical process optimization for global engineering corporations and public institutions. Furthermore, the strong theoretical and experimental foundation built during the thesis provides an ideal platform for pursuing doctoral (PhD) studies in chemical engineering and environmental technology.
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Course Summary
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Brinellvägen 8, 114 28 Stockholm, Sweden
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2 Year's Post Graduation (PG)
Program Length -
Available Intakes
Aug
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SEK 360,000.00/Year
Tuition Fees -
Minimum Deposit
SEK 90,000.00 -
Scholarship
SEK 270,000.00 -
SEK 900.00/Year
Application Fees -
SEK 127,872.00/Year
Living Cost
University
Admission Requirements
Academic Requirements
Minimum Level of Education Completed
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Minimum Mark (%) OR Minimum CGPA
Mark: OR CGPA:
English Proficiency Test Requirements
IELTS
6.5 Overall
Reading
5.5Writing
5.5Listening
5.5Speaking
5.5PTE
62.0 Overall
Reading
59.0Writing
61.0Listening
59.0Speaking
59.0TOEFL
90.0 Overall
Reading
20.0Writing
20.0Listening
20.0Speaking
20.0Additional Requirements
A Bachelor's degree (180 ECTS credits) equivalent to a Swedish Kandidatexamen with a major in Chemical Engineering, Chemical Science and Engineering, or a closely related engineering field. Prerequisites must include documented coursework in chemistry, transport phenomena, chemical thermodynamics, separation engineering, and reaction engineering, alongside foundational college mathematics (linear algebra, calculus, and differential equations). English language proficiency equivalent to Swedish Upper Secondary School English 6 / English B.