Delft University of Technology

What you'll study

The MSc Electrical Engineering is structured to combine deep theoretical foundations with hands-on laboratory work and project-based learning. Students build core competence in areas such as signal processing, control systems, power electronics, electromagnetic fields, semiconductor devices, and communication systems, then specialise through elective courses, research projects and a master's thesis.

Typical programme components include:

• Core courses: advanced circuits and systems, linear and nonlinear control, digital signal processing, electromagnetics and antenna theory, semiconductor devices and microelectronics.
• Specialisations / tracks: power and energy systems, microelectronics and nanotechnology, communication and information theory, control and robotics, embedded systems and cyber-physical systems. Students select a track or combine electives across tracks depending on their interests.
• Laboratories and practical work: hands-on labs in power systems, embedded platforms, RF and microwave, mixed-signal design and FPGA-based prototyping; design and measurement assignments emphasise real-world engineering practice.
• Project work: team design projects and coursework projects that simulate industrial engineering challenges, often carried out in collaboration with industry partners or research groups.
• Master's thesis: an individual research project conducted under supervision within one of Delft's research labs, leading to a detailed thesis and defence. Theses range from experimental device work and system prototyping to simulation and theoretical analysis.

The programme offers flexibility in course selection, allowing students to tailor their curriculum towards research (preparing for a PhD) or towards applied professional skills for industry roles.

Entry requirements

Applicants are expected to hold a bachelor's degree in electrical engineering, electronics, telecommunications, mechatronics, applied physics or a closely related technical discipline. Degree programmes should provide solid grounding in mathematics (calculus, linear algebra, differential equations), circuit theory, signals and systems, and basic programming.

Typical entry requirements include:

• A relevant accredited bachelor's degree or equivalent qualification from a recognised institution.
• Demonstrated academic performance in core technical subjects; programmes may state minimum grade expectations relative to the applicant's degree scale.
• Sufficient preparation in mathematics and engineering fundamentals; applicants lacking background in specific areas may be required to take bridging courses.
• Proof of English proficiency if English is not the applicant's first language (tests such as IELTS or TOEFL are commonly accepted).
• CV and motivation letter describing academic background, relevant project or internship experience, and reasons for choosing the specialisation; references or recommendation letters are often requested.

Admission is competitive and based on the overall strength of the application, including academic record, motivation, and fit with the programme and research groups.

Career prospects

Graduates of the MSc Electrical Engineering are prepared for a wide range of careers in industry, research institutions and academia. Career paths commonly followed by alumni include:

• Design and development engineer roles in electronics, semiconductor, telecommunications and consumer electronics companies.
• Power systems and renewable energy engineering roles in utilities, grid technology firms and energy technology providers, including work on power electronics and smart grids.
• Embedded systems and IoT engineering, including firmware and hardware integration for automotive, aerospace and industrial applications.
• Control systems and robotics engineering positions in automation, manufacturing, maritime and autonomous systems sectors.
• Research and development positions in corporate R&D labs and national or international research institutes; many graduates also continue to PhD programmes.
• Consultancy and technical project management roles where deep technical expertise is combined with system-level thinking.

The strong industry links of Delft and its reputation for engineering excellence help graduates access internships, collaborative projects and recruitment opportunities across Europe and globally.

Why study at Delft University of Technology

Delft University of Technology is a leading technical university with a long tradition in electrical engineering research and education. The faculty combines fundamental research with applied projects and close collaboration with industry, enabling students to work on cutting-edge topics and real-world challenges.

Key factors that make Delft an attractive choice:

• Research strength: active research groups across power, microelectronics, communications and control provide a broad and deep knowledge base for thesis projects and specialised coursework.
• Laboratories and facilities: access to well-equipped cleanrooms, RF labs, power electronics and smart-grid testbeds, robotics and embedded-systems prototyping facilities.
• Industry engagement: partnerships with high-tech companies, start-ups and multinational corporations lead to collaborative projects, internships and employment pathways.
• International and entrepreneurial environment: a diverse student body, international faculty and opportunities to engage with innovation ecosystems and technology transfer activities.

Overall, the MSc in Electrical Engineering at Delft prepares graduates with the technical depth, practical experience and research skills demanded by modern engineering roles and advanced research careers.