Find the Course that suits you perfectly

Do you want to make a difference in realizing energy transition? Are you the professional who helps communities make the transition from fossil fuels to renewables? Furthermore, will you get people on board to make this transition happen? Do you want to become the change agent who accelerates the energy transition on a regional, national and international level? Then this is the master program for you! 

Are you up to the task of designing a sustainable energy system based on renewable energy technologies? Are you the much needed, highly skilled professional engineer? Do you want to learn how to work with fundamental interdisciplinary knowledge, skills and tools to tackle one of Europe's biggest challenges; the transition towards sustainable energy systems? 

Are you ready to embrace biobased construction? This two-day training course will teach you everything about using biobased materials, from their qualities and pitfalls to fire safety and building physics. Theory, practice, and interaction are combined, guided by experienced experts. This way, you'll be confident and well-informed when it comes to sustainable construction.

Learn circular construction from the experts and put it into practice right away! During this course, you'll work on your own project, deepen your knowledge from various perspectives, and contribute to the ambitious goal of using 50% less primary raw materials by 2030 and achieving fully circular construction by 2050.

Explore climate adaptation and develop a comprehensive vision for a climate-resilient living environment. Using practical examples and expert insights, you'll develop your own case study that combines climate adaptation, mitigation, circularity, and livability.

In this three-day course, you'll learn what hydrogen can mean for the energy transition and your organization. With practical examples and insights from experts, you'll discover applications, opportunities, and risks. Suitable for policymakers, project managers, and professionals who want to gain directly applicable knowledge and contribute to a sustainable future.

Hydrogen will play a prominent role in our energy supply, but it poses complex issues: from technical and infrastructural challenges to social acceptance and legislation that is still in development.

In this course, you'll learn how to analyze (existing) hydrogen plant designs from a safety perspective. You'll discover how to identify risk scenarios and which standards and guidelines are relevant.

In complex and volatile situations, such as the energy transition, plans and strategies often stall due to unexpected factors such as the interests and emotions of stakeholders. In this course, you'll learn to recognize these underlying patterns using the 6P method and incorporate them into your plan or strategy, increasing your chances of success.

Explore the legal aspects of the energy transition in the Energy and Climate Law module! Learn how energy markets, climate legislation, and the circular economy are interrelated and the relevant legal frameworks, from environmental law to consumer protection. Through practical assignments such as Moot Courts, innovative projects, and case analyses, you'll develop directly applicable knowledge and skills, enabling you to effectively address complex energy and climate issues.

Are you interested in sustainable energy, such as hydrogen technology, challenges facing the electricity grid, and especially wind energy? Do you want to work on exciting projects with students from various technical disciplines? Do you want to learn all about onshore and offshore wind energy and participate in national and international field trips to both small and large wind turbine manufacturers? Then seize your opportunity now!

Curious about where our future energy will come from and how energy markets are changing? In this minor, you'll collaborate with students from various disciplines on the future of renewable energy, research weather dependence, and discover how energy markets and responsibilities can be redefined. In this way, you'll contribute to new insights into energy governance.

Discover how sensors and smart systems can shape the world of tomorrow, from sustainable energy and industry to healthcare and mobility. In the Sensors & Smart Systems specialization, you'll develop practical skills in robotics, programming, and data analysis, work on real-world corporate projects, and learn to apply technologies that make a difference.

Discover the future of energy with the Energy Management program at Hanze University of Applied Sciences! Learn how innovation, climate change, and business models shape the energy sector, explore possible energy futures with Oxford-style scenario planning, and develop strategic management skills. Theory, practical projects, guest lectures, and excursions, both nationally and internationally, will prepare you for a career in the rapidly changing world of sustainable energy.

The energy grid of the future needs engineers who devise new concepts for transporting, converting, and storing energy, and who can manage supply and demand more intelligently. Will you come up with the crucial solution for the flexible use of (sustainable) energy? Will you design the drive system and electric motor for a solar car? With the Energy & Power Electronics minor, you'll focus on the technology that makes the energy of the future more sustainable, better, and smarter.

Does a career in renewable energy appeal to you? Do you want to use your chemical engineering knowledge to improve rapidly developing green technologies, such as biomass digesters and biogas upgrading systems? Then the Renewable Energy, Materials and Processing minor is the perfect choice for you!