Eindhoven University of Technology

What you'll study

The programme builds a strong foundation in mathematics, physics and basic engineering in the first year, then progresses to specialised electrical engineering topics and project work in later years. Teaching mixes lectures, tutorials and practical laboratory exercises and emphasises design, modelling and experimental verification.

• Fundamentals: calculus, linear algebra, probability & statistics, classical mechanics, electromagnetism and circuit theory.
• Core electrical engineering: analogue and digital electronics, semiconductor devices, electronic circuits and systems, analogue and mixed‑signal design.
• Signals and systems: signal processing, communications, information theory and digital signal processing algorithms.
• Control and automation: control theory, feedback systems, robotics and real‑time control implementation.
• Power and energy: electrical power systems, power electronics, machines and drives, and renewable energy integration (available as course options or specialisations).
• Embedded and software systems: microcontrollers, embedded software development, real‑time systems and hardware–software co‑design.
• Specialisation and electives: students choose streams or electives such as microelectronics, photonics, biomedical instrumentation, communication networks or smart energy systems.
• Project work and labs: team projects, laboratory practicals, a full‑scale graduation project (bachelor’s thesis) often done in collaboration with research groups or industry partners.

Entry requirements

Applicants are expected to have a strong secondary school background with mathematics and physics. Typical academic profiles include pre‑university diplomas that include calculus (or equivalent) and physics; successful applicants usually demonstrate strong performance in these subjects.

• Academic prerequisites: demonstrated proficiency in mathematics (including calculus) and physics from upper‑secondary education or an equivalent international qualification.
• Language requirements: proof of academic English proficiency is required for applicants whose prior education was not in English (standardised tests such as IELTS or TOEFL or an equivalent qualification are usually accepted).
• Additional requirements: some applicants may be asked to provide transcripts, a motivation statement or complete a pre‑university assessment; applicants lacking key prerequisites may be advised to take a foundation/preparatory programme.
• Selection: admission can take into account the overall academic record; international applications should check the university’s specific entry guidance for their country.

Career prospects

Graduates in Electrical Engineering from Eindhoven University of Technology move into roles across industry and research. The programme prepares students for technical and interdisciplinary careers that require strong analytical skills, system design capability and practical experience.

• Hardware design engineer (analogue/digital/mixed‑signal)
• Embedded systems and firmware developer
• Control systems or automation engineer
• Power systems and energy engineer, including renewable integration and power electronics
• Signal processing or communications engineer
• R&D positions in high‑tech companies or research institutes; many graduates continue to MSc programmes in electrical engineering or related disciplines
• Technical consultancy, project management or entrepreneurship in technology startups

Why study at Eindhoven University of Technology

Eindhoven University of Technology is located in the Brainport Eindhoven region, a densely connected high‑tech ecosystem. The university has a strong emphasis on applied research and close collaboration with industry, providing numerous opportunities for project work, internships and graduation projects with companies and research institutes.

• Hands‑on learning: modern laboratories, electronics fabrication facilities and project courses that emphasise real‑world problem solving.
• Industry links: strong connections to local and international technology companies, facilitating internships, collaborations and exposure to current industrial challenges.
• Research and specialisation: access to active research groups in microelectronics, photonics, power systems, control and embedded systems for students interested in advanced study.
• International environment: a diverse student community and opportunities to work in English for those pursuing international careers.