Bachelor in Electrical and Electronic Engineering

Saxion University of Applied Sciences in Enschede is known for its hands-on, practice-oriented education designed to prepare students for professional life. Established as a modern applied university with nearly 27,000 students and an international community of around 3,500 learners, Saxion integrates academic study with real-world projects and industry collaboration. The campus in Enschede offers a lively, supportive environment where creativity and practical skills are developed side by side.

The university emphasizes innovation, entrepreneurship and applied research across a wide range of bachelor’s and master’s programs. Close ties to local and international companies create internship and project opportunities that help students build professional networks and develop job-ready competences. Teaching combines case work, labs and team projects so graduates enter the workforce with demonstrable experience and a competitive profile.

International students at Saxion can expect a welcoming campus culture, targeted student services and guidance on practical matters such as housing, visas and career planning. English-taught programs, industry-linked assignments and career services make Saxion a strong option for those seeking an education that balances theoretical knowledge with practical application. Prospective applicants are encouraged to review program details and contact admissions for tailored advice on pathways and entry requirements.

The Bachelor in Electrical and Electronic Engineering at Saxion University of Applied Sciences is a 4-year degree program for students who want to find innovative solutions for the energy transition and other global challenges. This English-taught program helps students develop a strong foundation in engineering and prepares them for a successful career. Students from over 25 nationalities come together to learn and grow in this international environment.

The curriculum covers a range of subjects, including electrical and electronic systems, programming, and mathematics. Students develop skills in designing and implementing innovative solutions, working with variable message signs, and creating smart public transport access gates. Hands-on components, such as working on self-piloting drones and electric motorcycles, help students apply theoretical knowledge to real-world problems.

Graduates of this program can pursue careers as Electrical Engineers, Electronic Engineers, Systems Engineers, or Mechatronics Engineers. They can work in industries such as energy, transportation, or manufacturing, and can be employed by companies that specialize in smart technologies or innovative engineering solutions. With a degree in Electrical and Electronic Engineering, students can become pioneers in their field and make a positive impact on the world.