Renewable Energy and Electrical Power Engineering (Double degree)
The transition to carbon-neutral energy systems is one of the greatest challenges of our time. Renewable Energy and Electrical Power Engineering combines renewable energy technologies with modern electrical power systems to provide solutions for a sustainable, secure, and efficient energy future.
In this double degree programme, you will learn how renewable energy sources, electricity networks, energy storage, and smart technologies can be integrated into reliable energy systems. Your expertise will contribute to reducing greenhouse gas emissions, increasing energy security, and accelerating the global clean energy transition.
What will you learn?
In this programme, you will gain interdisciplinary expertise in sustainable electrical and energy solutions. After completing the programme, you will be able to:
- design and analyse renewable energy and electrical power systems;
- evaluate the technical, economic and environmental performance of energy solutions;
- apply advanced methods and tools to solve real-world energy challenges;
- work effectively in international and multidisciplinary environments;
- develop innovative solutions that support the global energy transition.
Degree structure
The programme is completed in two years (120 ECTS credits) and leads to two master's degrees.
You will spend your first year at LUT University and your second year at Leibniz University Hannover (Germany). The studies cover topics such as renewable energy systems, electrical power engineering, energy storage, power electronics, smart grids and sustainable energy technologies.
The programme combines high-quality teaching, practical applications and research-based learning in an international environment.
Na studia magisterskie mogą kandydować wszyscy, którzy ukończyli studia licencjackie lub inżynierskie (studia I stopnia), studia magisterskie lub studiują na ostatnim roku studiów I-stopnia. Studia, które planujesz powinny mieć zbliżony profil do tych obecnych lub ukończonych, ponieważ w procesie rekrutacji kluczowa jest ich zgodność programowa.
- Wykaz punktów ECTS – osoby, które są jeszcze w trakcie studiów, muszą załączyć wypis punktów ECTS, w którym będzie wykazane, jakie przedmioty były realizowane na studiach oraz ile punktów za nie otrzymano.
- Dyplom ukończenia studiów licencjackich lub inżynierskich – jeśli jesteś absolwentem wyższej uczelni, nie potrzebujesz wypisu, wystarczy załączyć dyplom ukończenia studiów wraz z suplementem (w języku angielskim lub oryginał z tłumaczeniem)
Spełnienie wymagań w zakresie języka angielskiego można udokumentować w jeden z następujących sposobów:
IELTS - 6.5
TOEFL - 92
You must complete one of the following degrees:
- Bachelor of Science degree in one of the qualifying fields. Completed at a university worldwide
- Bachelor's degree in one of the qualifying fields. Completed at a university of applied sciences (UAS) in EU/EEA countries or Switzerland
The qualifying fields are:
- Energy Technology
- Electrical Engineering
- Mechanical Engineering
- Sustainable Sciences
To be eligible to apply to the programme, you must have completed:
- a sufficient number of studies in electrical engineering,
for example in electric circuits, electrical machines, and electrical power engineering
and - a sufficient number of studies in energy technology,
for example in thermodynamics, fluid mechanics, and heat transfer.
Applicants complete a video interview, which is used to assess:
- suitability
- motivation
- ability to complete the programme within the target timeframe
Motivation and study readiness are evaluated through questions related to the programme and relevant prior studies.
English language proficiency is further assessed based on fluency of communication and command of professional vocabulary.
Graduates are in high demand worldwide as the energy sector continues to grow and transform.
Master graduates in energy technology and electrical engineering have high demand for roles in clean energy, power systems, smart grid automation as well as electric mobility.
You can find employment in energy companies, technology providers, grid operators, industry, consulting firms, research organisations and public sector organisations. As a graduate, you will play an active role in building the sustainable energy systems of the future.
Typical career paths:
- renewable energy engineer
- power system engineer
- energy analyst or consultant
- grid planning and operation specialist
- energy technology researcher
- project manager in the energy sector.
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