Master’s in Sustainable Energy Technology
Prepare for a career in renewable energy with a hands-on engineering degree focused on sustainability and green technology.
Best for:Best for engineering graduates seeking a hands-on, interdisciplinary Master’s in renewable energy with strong industry connections and access to cutting-edge labs.
Overview
This two-year Master’s programme at Western Norway University of Applied Sciences equips students with expertise in renewable and sustainable energy technologies, addressing critical challenges in the green transition. The curriculum integrates theoretical knowledge with practical laboratory work, simulation tools, and real-world projects, covering topics like solar energy, hydrogen production, ocean energy, and sustainable shipping. Students engage in problem-based learning, group projects, and thesis research—either for industry partners or university labs—while gaining access to advanced facilities such as wave tanks, solar energy labs, and materials testing workshops. Graduates qualify for professional engineering roles in private companies, public agencies, and research institutions, specializing in fields like hydrogen technology, solar materials, or marine renewable energy.
What you'll do
- Develop and evaluate sustainable energy technologies through theoretical and experimental methods, including laboratory work and simulations.
- Analyze and optimize energy systems for sustainability, efficiency, and economic viability using advanced software tools (e.g., Ansys Fluent, Abaqus).
- Conduct research on specific energy topics such as solar cells, hydrogen production, or marine energy solutions, contributing to either industry projects or university-led research.
- Collaborate in group projects and problem-based learning activities to solve real-world energy challenges.
- Write a master’s thesis on a chosen topic, either for an external company or as part of university research initiatives.
- Utilize specialized facilities like the Hydrodynamics Laboratory, Solar Energy Laboratory, and MarinLab for hands-on experimentation.
- Engage in self-directed study and active learning to deepen understanding of sustainability, climate impact, and energy system design.
Requirements
Degree required: Bachelor’s degree in engineering, natural sciences, or a related field (e.g., mechanical engineering, electrical engineering, physics, or environmental science).
Degree offered: Master of Science (Sivilingeniør) in Sustainable Energy Technology
Language: English proficiency (no specific test score mentioned; English is the language of instruction).
Instruction: English
- Basic proficiency in engineering principles, particularly in thermodynamics, fluid mechanics, or materials science.
- Familiarity with computational tools for energy system modeling (e.g., simulation software like Ansys Fluent or Abaqus).
- Ability to conduct laboratory experiments and analyze data.
- Strong problem-solving and analytical skills for evaluating energy technologies.
- Willingness to engage in collaborative, project-based work.
- No specific nationality or residency restrictions mentioned.
- Open to international applicants.
- No age or prior experience caps.
Funding & terms
Programme and admissions
Admissions not verified
A catalogue listing does not mean applications are open or funding is guaranteed. Check the source for your intake.
- Intake
- Not confirmed by the source
- Duration
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- Teaching language
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- Taught / research mode
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- Study mode
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- Prerequisites
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- Tuition
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- Funding
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How to apply
Applicants must apply directly through the university’s official portal. The process involves submitting academic transcripts, a CV, a statement of purpose, and proof of English proficiency (if applicable). Additional documents may include letters of recommendation or a portfolio of relevant work, depending on the admission requirements. Detailed instructions and the application form are available on the university’s study programmes page.
- Bachelor’s degree transcripts and diploma
- CV/resumé
- Statement of purpose or personal statement
- Proof of English proficiency (if not from an English-taught undergraduate programme)
- Letters of recommendation (number not specified)
Contact
Admissions Office· Study Programme Coordinator
https://www.hvl.no/en/studies-at-hvl/study-programmes/sustainable-energy-technology/
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