Sustainable Energy Technologies and Systems, Master Programme
Linnaeus University
Universitetsplatsen 1, 352 52 Växjö, Sweden
Tuition Fees
SEK 308,000.00
Minimum Deposit
SEK 231,000.00
Scholarship
SEK 231,000.00
Application Fees
SEK 900.00
Durations
2 Years
Course Overview
The Master’s Programme in Sustainable Energy Technologies and Systems at Linnaeus University is an advanced postgraduate degree designed to equip engineers with the knowledge and tools needed to lead the global transition toward clean, resilient energy systems. Taught entirely in English within the Faculty of Technology on Campus Växjö, this programme awards a Master of Science (120 ECTS) with a major in Energy Technology. The curriculum covers renewable energy generation, smart grid integration, biomass energy conversion,... Read more
The Master’s Programme in Sustainable Energy Technologies and Systems at Linnaeus University is an advanced postgraduate degree designed to equip engineers with the knowledge and tools needed to lead the global transition toward clean, resilient energy systems. Taught entirely in English within the Faculty of Technology on Campus Växjö, this programme awards a Master of Science (120 ECTS) with a major in Energy Technology. The curriculum covers renewable energy generation, smart grid integration, biomass energy conversion, thermal engineering, energy efficiency, and lifecycle assessment of energy systems. Students learn to analyze, model, and optimize complex energy infrastructure while addressing both technical efficiency and environmental impact. The programme culminates in the fourth semester with an independent Master’s Thesis (30 ECTS), conducted within Linnaeus University’s active energy research groups or in direct collaboration with energy utilities, green technology firms, and industrial partners.
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Career Opportunities
Graduates acquire high-demand technical capabilities and system-level expertise that open strategic career pathways across the global energy sector, environmental consultancies, public utilities, and clean-tech startups. Key career opportunities include Sustainable Energy Systems Engineer, Renewable Energy Project Developer, Energy Efficiency Consultant, Smart Grid Strategist, Thermal Power Engineer, Biomass Energy Analyst, and Environmental Systems Auditor. Alumni work with international energy corporations, grid operators, municipal utilities, and green transition consultancies. Additionally, the analytical depth and empirical research methods developed during the master’s thesis... Read more
Graduates acquire high-demand technical capabilities and system-level expertise that open strategic career pathways across the global energy sector, environmental consultancies, public utilities, and clean-tech startups. Key career opportunities include Sustainable Energy Systems Engineer, Renewable Energy Project Developer, Energy Efficiency Consultant, Smart Grid Strategist, Thermal Power Engineer, Biomass Energy Analyst, and Environmental Systems Auditor. Alumni work with international energy corporations, grid operators, municipal utilities, and green transition consultancies. Additionally, the analytical depth and empirical research methods developed during the master’s thesis provide an exceptional academic foundation for graduates intending to pursue doctoral (PhD) studies in energy technology, thermal engineering, or sustainable systems engineering.
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Course Summary
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-
Universitetsplatsen 1, 352 52 Växjö, Sweden
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2 Year's Post Graduation (PG)
Program Length -
Available Intakes
Aug
-
SEK 308,000.00/Year
Tuition Fees -
Minimum Deposit
SEK 231,000.00 -
Scholarship
SEK 231,000.00 -
SEK 900.00/Year
Application Fees -
SEK 127,872.00/Year
Living Cost
University
Admission Requirements
Academic Requirements
Minimum Level of Education Completed
Bachelor
Minimum Mark (%) OR Minimum CGPA
Mark:60% OR CGPA:2.50
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, Mechanical Engineering, Energy Technology, Environmental Engineering, or Civil Engineering. Prerequisites include at least 30 ECTS credits in Energy Technology, Thermodynamics, Fluid Mechanics, or Heat Transfer, as well as 15 ECTS credits in Mathematics/Applied Mathematics (including linear algebra and calculus). English language proficiency equivalent to Swedish Upper Secondary School English 6 / English B.
Note
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Durations3 Years
Intakes:
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