HAN University

What you'll study

This professional bachelor programme combines fundamental engineering theory with practical design and manufacturing skills. Core technical subjects include statics and dynamics, materials and strength of materials, thermodynamics, fluid mechanics, heat transfer, and control systems. You will also study applied mathematics, engineering drawing and CAD/CAM, mechatronics, production technology and quality engineering.

Learning is project-based: you will work on team projects that mirror industry assignments, progressing from small design exercises to larger integrated projects. The curriculum typically includes laboratory sessions in materials testing, machining and additive manufacturing, electronics and control labs, and simulation work using industry-standard software for finite element analysis and modelling. A substantial internship/work placement and a final graduation project (often carried out in partnership with a company or research group) are integral parts of the programme.

Entry requirements

Applicants are expected to hold a recognised secondary school diploma with strong achievement in mathematics and physics. For Dutch applicants this normally means a HAVO or VWO diploma with the appropriate profile; international applicants should present an equivalent qualification. Depending on the language of instruction, you will need proof of Dutch or English proficiency—accepted tests are specific to the programme and institution requirements. Some applicants may be asked to submit a motivation statement, a portfolio of technical work or to attend an interview or assessment to demonstrate practical aptitude and interest in engineering.

Career prospects

Graduates are prepared for roles in product development, design engineering, production and manufacturing engineering, systems and control engineering, maintenance and asset management, and process engineering. Typical job titles include Mechanical Engineer, Design Engineer (CAD), Project Engineer, Systems Engineer, Manufacturing Engineer and R&D Engineer. The programme’s strong links with local and national industry also open pathways into the automotive, energy, aerospace, medical devices, robotics and high-tech manufacturing sectors, as well as opportunities to continue studies at a master’s level.

Why study at HAN University

HAN is a university of applied sciences with an emphasis on hands-on learning and close collaboration with industry. Mechanical Engineering students benefit from modern workshops and laboratories, project-based teaching, and partnerships with regional companies that provide internship and graduation project opportunities. The programme emphasises practical skills, communication and professional development, preparing graduates to make an immediate contribution in the workplace. HAN’s location in the Arnhem–Nijmegen region offers access to a broad engineering and manufacturing network, applied research groups and international exchange options for students seeking wider experience.