HAN University

What you'll study

The programme builds a strong foundation in electrical and electronic principles before moving into specialised domains. Typical modules include circuit theory and analogue electronics, digital systems and microprocessor design, signals and systems, control engineering, power electronics and electrical machines, embedded systems and real-time programming, communications and networks, and instrumentation and measurement.

Teaching combines lectures, tutorials and extensive laboratory work. Practical components include electronics labs, PCB design and fabrication, microcontroller and FPGA projects, control-system experiments, and power-system exercises. Throughout the degree you will work on multidisciplinary projects that mirror industry practice, applying design methodology, simulation tools (such as SPICE, MATLAB/Simulink) and hardware testing equipment.

The course culminates in a substantial individual or team graduation project, often carried out in collaboration with an external company or research group. Many students also undertake a work placement or internship as an integral element of the programme, reinforcing employability and professional skills.

Entry requirements

Applicants are normally expected to hold a recognised secondary school qualification with strong results in mathematics and physics, or an equivalent technical pre-university diploma. Practical experience in electronics, programming or technical projects is advantageous.

For international applicants, proof of English proficiency is required if English is the language of instruction; acceptable evidence can include recognised test scores or an equivalent qualification. Specific entry pathways and additional requirements (such as a selection interview, aptitude test or portfolio of projects) may be in place for some applicants, and mature students with relevant vocational experience are considered on their merits.

Career prospects

Graduates are prepared for a wide range of technical careers in industry. Typical roles include design or development engineer (analogue, digital or mixed-signal), embedded-systems engineer, automation and control engineer, power-systems or electrical distribution engineer, test and validation engineer, and field service or maintenance engineer. Other opportunities exist in telecommunications, renewable energy, industrial robotics, automotive electronics and medical device sectors.

Many alumni move into project coordination, technical consultancy, or continue their education with specialised master’s degrees in areas such as power engineering, control systems, embedded systems or communications. The practical orientation of the HAN degree makes graduates attractive to employers seeking engineers who can quickly contribute to product development and operational teams.

Why study at HAN University

HAN University of Applied Sciences emphasises practice-led learning and close cooperation with regional and international industry partners. The Electrical and Electronic Engineering programme benefits from well-equipped laboratories, modern workshop facilities and access to industry-standard software and measurement equipment.

Students gain hands-on experience through project work and internships supported by HAN’s industry network, enabling direct exposure to real engineering challenges. The teaching approach focuses on teamwork, professional communication and project management as well as technical competence, preparing graduates to enter the workforce effectively.

HAN also offers a supportive learning environment with applied research links, career services and pathways for further study, making it a strong choice for students seeking a vocationally focused engineering education with international and entrepreneurial opportunities.