Sustainable Energy System Management
Semester 1 – Core
You will acquire a solid foundation in economics, modelling and business concepts related to innovative energy project design and aspects of the energy business. Combined with planning, strategic decision-making and communication, this core knowledge will allow you to analyse energy business challenges from an interdisciplinary perspective. The core is offered at Hanze UAS Groningen and Technical University of the Shannon (Ireland).
Themes of the core semester:
- Energy Transition Context
- Energy Technologies, Plants & Integration
- Markets, Finance, and Law
- Modelling & Scenarios for Strategic Decision Making
- Research Methodology
Semester 2 – Specialisation
You’ll be focusing on System Innovation Management, Sustainable Energy and ICT or Sustainable Energy Management. In-depth conceptual lectures are accompanied by practical assignments and technically orientated company visits. You are required to actively contribute to the course content by presenting papers and carrying out research tasks. Besides that you can chose between three different specialisations at different universities.
Hanze UAS – Specialisation System Innovation Management (SIM)
- Energy System Modelling & Application
- Energy Infrastructures and Renewables
- System Innovation Processes
- System Business case Economics & Law
- Business Ecosystem Design
Howest UAS – Specialisation Sustainable Energy and ICT
- Energy Audit,Flexibility & Dashboarding (electrical & thermal)
- Big Data & Internet of Things
- Artificial Intelligence & Machine Learning
- Renewables, Storage and smart Grids (electrical & thermal)
- Blockchain & Security
Semester 3 – Thesis
You will apply your knowledge and skills in a research project at a company or a research centre. Based on this research you will write your thesis under the supervision of a core professor, (a professor of the specialisation) and a professor from the project provider. At the end of the master’s programme, you will present your results to an assessment committee, at a EUREC gathering in Brussels.
You have to spend either semester 2 or semester 3 in a different country than the country of your core University.
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 następujący sposób (Wynik, który musisz uzyskać z testu językowego aplikując na wybrany kierunek studiów znajdziesz w wymaganiach rekrutacyjnych danego programu):
- IELTS
- TOEFL
In order to apply for the Master in Renewable Energy at the Hanze University of Applied Sciences, Groningen, you should meet the following requirements:
- B.Sc. Engineering, Mathematics or Physics or equivalent with appropriate work experience.
- TOEFL: minimum score of 100 (internet-based test, with not less than 20 in Reading, Listening, Speaking or Writing); or
- IELTS: 6.5 minimum with not less than 6.0 in Reading, Listening, Speaking or Writing; or
- Cambridge Advanced Exam in English: B minimum; or
- Cambridge Proficiency Exam in English: C minimum.
The European Master in Sustainable Energy System Management focuses on the business and economical aspects of the energy system. It provides the economical and management skills and technical knowledge you need for employment in the renewable energy industry, through real life business cases and projects.
At completing this master's programme you will have a system's perspective in terms of sustainable energy challenges. You will be able to analyse, design, and implement business cases and sustainable energy systems with a systemic and interdisciplinary approach, making you a valuable asset to the whole energy industry.
