Bachelors in Energy & Power Electronics

Why Energy & Power Electronics at Hanze Could Be Your Perfect Fit

The Energy & Power Electronics programme at Hanze University of Applied Sciences stands out because it's built on the philosophy that learning electricity means *doing* electricity—not just sitting in lectures. You'll spend your time designing real grid systems, running simulations, and tackling genuine industry challenges alongside peers who share your passion for sustainable energy.

How You'll Actually Learn: Hands-On Experience and Real Tools

From day one, you're not passively absorbing theory. The curriculum weaves together theoretical knowledge with practical problem-solving through a combination of lab work, software tools, and collaborative projects. The university has invested in dedicated spaces where engineering students can build, test, and innovate—and here's what makes this programme special:

Core learning methods and facilities:

- Vision simulation software for modelling power grids and testing scenarios (like simulating short-circuits) that would be impossible to experiment with on actual infrastructure
- Hands-on projects in groups throughout the semester where you design components of modern grids or high-power drive systems—things like electric motors for solar cars
- Workshop Electrical and Electronic Engineering (Van Doorenveste) as your dedicated lab space for building and testing electronics
- Guest lectures from industry professionals who bring real-world perspective to what you're learning
- Excursions and field visits to see electrical infrastructure in action, not just in textbooks
- Internship placements with companies like Enexis (a major Dutch grid operator), where you work on actual grid reliability challenges while completing your graduation project
- Project-based learning across all years, including a six-month specialization project in your third year where you choose your focus within Energy & Power Electronics
- Collaborative problem-solving with peers—the programme emphasizes group work because real engineering happens in teams

What graduates consistently say is that they didn't just learn *about* energy systems; they learned how to *design* them. One recent graduate now works as a software engineer partly because the programme gave her hands-on experience with the technical tools that companies actually use.

Energy & Power Electronics at Hanze: Where Theory Meets Real-World Impact

The Bachelor's in Energy & Power Electronics at Hanze University of Applied Sciences stands out because you're not just learning concepts in a classroom—you're building, simulating, and solving actual industry challenges from day one. The programme is developed jointly with the business community, ensuring that everything you learn connects directly to what professionals need in the energy sector.

Throughout your studies, you'll engage in hands-on projects that mirror real engineering work. The curriculum integrates theoretical knowledge with practical assignments where you'll design components of modern electrical grids, develop power electronics applications, and tackle challenges posed by renewable energy integration. In your third year, you'll complete a six-month specialisation in Energy & Power Electronics where you'll work on actual problems facing the industry. The final year culminates in a graduation project with real clients—like one recent graduate who interned at grid manager Enexis and used advanced simulation software to ensure grid reliability.

The resources and tools you'll have access to transform abstract concepts into tangible learning:

- Vision simulation software for creating power grid models and testing scenarios (like simulating short-circuits) that are impossible to perform on actual grids
- Dedicated Workshop for Electrical and Electronic Engineering at Van Doorenveste for hands-on circuit design, building, and testing
- Laboratory facilities where you'll learn to design, build, and program analog and digital electronics alongside your peers
- Group-based project work throughout the programme, including collaborative design projects in your first two years (such as building electronic games or robots) and semester-long team projects focused on modern grid design
- Guest lectures and excursions from industry professionals who bring real-world perspectives directly into your classes
- Internship opportunities with major energy companies, allowing you to apply your skills in professional settings before graduation
- Elective courses like Sustainable Energy Technology and Wind Energy that let you explore specialised areas within the energy sector
- Study support systems, including access to knowledgeable lecturers and peer study groups that help you master challenging material like advanced mathematics and physics

For a complete overview of all facilities available to engineering students at Hanze, visit: https://www.hanze.nl/en/study/studying-at-hanze/our-study-system/study-engineering-at-hanze

The combination of cutting-edge software, modern labs, real client projects, and internship pathways means you'll graduate not just with a degree, but with a portfolio of work that employers in the energy transition sector are actively seeking.