Bachelor's in Electrical and Electronic Engineering

3 Years On Campus Bachelors Program

The Hague University of Applied Sciences Delft campus

Program Overview

The Bachelor’s in Electrical and Electronic Engineering at The Hague University of Applied Sciences is a three‑year, English‑taught programme focused on designing smart hardware, microelectronics, and sustainable energy solutions in collaboration with real companies. It’s ideal for students who enjoy mathematics, electronics, and hands‑on projects, and who want to build intelligent systems used in AI, semiconductor technology, and energy applications.

Curriculum structure

Year 1
You start by building a strong technical foundation in mathematics, programming, and core electrical concepts while working on practical engineering problems. Courses such as Introduction to Programming, Electric Circuits I, Engineering Mathematics, and Physics develop analytical thinking. You also learn C Programming, Microcontrollers, Digital Systems I, and Fundamentals of Electronics, giving you the chance to design and test real circuits and embedded solutions in project-based learning.

Year 2
The second year dives deeper into professional electrical engineering with advanced electronics, embedded systems, and energy technologies. Through modules like Embedded Systems, Analog Electronics, Power Systems, Signals and Systems, as well as RF and Optical Systems, Control Systems, and Signal Processing and Communications, you work on designing systems for real clients, including energy-related projects and offshore wind applications. This year emphasizes applying knowledge to practical, industry-relevant challenges.

Year 3
In the final year, you can tailor your expertise through an internship or minor, exploring electives such as machine learning, power electronics, digital signal processing, or integrated circuit design. The programme culminates in a graduation project within a high-tech company, where you analyse, design, build, and test an innovative electrical engineering system for real-world industry use.

Focus areas:
Embedded systems, microelectronics, power systems, signal processing, communications, control systems, sustainable energy, digital systems, machine learning, integrated circuits

Learning outcomes:
Design electrical systems, develop embedded solutions, analyse circuits, implement signal processing algorithms, build intelligent hardware, apply control engineering, work in multidisciplinary teams, manage engineering projects, test and validate prototypes, solve real-world industry problems

Professional alignment (accreditation):
Accredited by the Accreditation Organisation of the Netherlands and Flanders (NVAO), with curriculum developed in collaboration with high-tech industry partners and real company projects.

Reputation (employability rankings):
The programme is practice-oriented with strong industry collaboration, providing opportunities to work with semiconductor and high-tech companies. Graduates are well-prepared for engineering roles immediately after completing their studies.

Experiential Learning (Research, Projects, Internships etc.)

In our Bachelor's in Electrical and Electronic Engineering at The Hague University of Applied Sciences' Delft campus, you'll dive straight into hands-on learning from day one, designing high-tech innovations like smart systems and microelectronics in a practice-focused program that's the only three-year English-taught one in the Netherlands. You'll spend 4 hours a week on projects, tackling real-world challenges in multidisciplinary teams with students from around the globe, often partnering with industry leaders like ASML in the semiconductor sector. This builds your skills in everything from sustainable energy to AI hardware, all while collaborating in a close-knit community with inspiring lecturers.

Here are some standout ways you'll gain practical experience tailored to this program::

- Multidisciplinary group projects: Work in international teams on 4 hours of weekly projects addressing tech challenges like microchips and intelligent hardware, directly with companies in the semiconductor industry.
- RE/manufacturing Lab access: Use this dedicated Delft campus facility for standard education, minors, internships, and graduation assignments—perfect for electrical engineering students to analyze processes, program, build sensors, and test Industry 4.0 principles like Digital Twins, PLC-MES communication, and disassembly stations.
- Embedded Systems minor: Design state-of-the-art microcontroller systems with lectures and workshops on digital electronics, schematics, real-time systems, and data communication—ideal for third- or fourth-year hands-on application.
- Smart Manufacturing and Robotics projects: Collaborate on robotics via the EPS minor, modeling kinematics, simulating robots, implementing controllers on ROS (Robot Operating System), and designing vision systems.

This practical edge sets you up perfectly for internships and jobs—imagine applying these skills right away with top firms. Ready to launch your career? Apply now at the Delft campus and let's chat about your future.

Progression & Future Opportunities

In our Bachelor's in Electrical and Electronic Engineering at The Hague University of Applied Sciences' Delft campus, you'll dive straight into hands-on learning from day one, designing high-tech innovations like smart systems and microelectronics through real-world practice. With 4 hours of projects every week alongside 16 hours of lectures and independent study, you'll build practical skills in a close-knit international community, collaborating with global students and top companies like ASML on challenges in AI, chip machines, and sustainable energy. This practice-focused approach in our high-tech Delft campus—home to eight technical programs—equips you with the tools to turn ideas into working prototypes right away.

Here are some standout ways you'll gain that real-world edge::
- Multidisciplinary group projects: Tackle actual industry problems in teams with students from around the world, often partnering directly with semiconductor businesses for authentic experiences.
- RE/manufacturing Lab access: Work in this dedicated Delft campus facility on process analysis, programming, sensors, and building machines—perfect for electrical engineering projects, plus it's used for internships, minors, and graduation assignments.
- Digital tools and systems: Experiment with Industry 4.0 tech like Digital Twins, PLC-MES communication, and sensor signal processing in the Learning Factory 4.0 setup.
- Embedded systems and robotics training: Design microcontroller systems, model kinematics, simulate robots, and implement controllers using platforms like ROS (Robot Operating System).
- Specialized library support: Get tailored help from Delft campus information specialists managing collections, standards, and research resources just for Electrical and Electronic Engineering and related tech fields.
- Industry collaborations and pathways: Projects link to leading firms, with options to prep for TU Delft master's programs in Electrical Engineering or Embedded Systems.

Imagine graduating ready to lead in tomorrow's tech revolution—apply now and let's get you started on this exciting path! For the full facilities list, check [THUAS Facilities](https://www.thuas.com/about-thuas/facilities).