MSc in Power Engineering
A specialized master’s programme preparing graduates for leadership in power systems, energy conversion, and research in renewable technologies.
Best for:Best for engineering graduates seeking to specialize in power systems, energy conversion, and research with a focus on computational tools and sustainable technologies.
Overview
This three-semester master’s programme at Warsaw University of Technology focuses on advanced power engineering, blending theoretical knowledge with hands-on research. Students explore computational fluid dynamics, renewable energy systems, and energy policy while developing skills in project management and innovation. The final semester culminates in a master’s thesis addressing a real-world research problem. Graduates are equipped to lead in industry, manage energy projects, or pursue doctoral studies in power engineering or related fields.
What you'll do
- Develop advanced computational models for energy systems using tools like computational fluid dynamics and numerical methods.
- Conduct research on energy efficiency, renewable energy sources, and future power technologies.
- Analyze and optimize energy conversion processes and power system performance.
- Develop and implement modern technologies for maintaining and upgrading power systems.
- Manage small-scale energy projects and enterprises within the power sector.
- Prepare and present a master’s thesis addressing a research problem in power engineering.
- Engage in interdisciplinary collaboration to solve complex energy challenges.
Requirements
Degree required: Bachelor’s degree in Engineering, Physics, or a related field (e.g., Electrical Engineering, Mechanical Engineering, or Applied Physics).
Degree offered: Master of Science (MSc) in Power Engineering
Language: English proficiency (verified through standard tests if required by the university).
Instruction: English
- Proficiency in computational tools such as computational fluid dynamics software.
- Basic understanding of thermodynamics, heat transfer, and energy systems.
- Analytical and problem-solving skills for engineering challenges.
- Ability to conduct independent research and write technical reports.
- Familiarity with energy policy and regulatory frameworks.
- Open to international applicants; no specific nationality restrictions.
- No age restrictions.
- No prior work experience required.
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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- Campus
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- Prerequisites
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- Application instructions
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- Tuition
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- Funding
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How to apply
Deadline: Unknown (check university portal for specific deadlines)
Applicants must submit their application through the university’s official portal. Required documents include a CV, bachelor’s degree transcripts, proof of English proficiency (if applicable), and a statement of purpose. Additional requirements may be specified on the university’s admissions page.
- CV
- Bachelor’s degree transcripts
- Proof of English proficiency (if required)
- Statement of purpose or research interest
- Passport-sized photograph (if required)
Contact
Admissions Office· Admissions Coordinator
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