HAN University

What you'll study

This multidisciplinary master’s focuses on the design, optimisation and management of complex engineered systems. Teaching combines analytical methods, modelling and simulation with practical implementation and project-based learning. Typical topics and modules include:

• Systems Modelling and Simulation – methods for representing multi-domain systems, system dynamics, discrete-event and agent-based simulation.
• Systems Engineering and Architecture – requirements engineering, system lifecycle, architecture frameworks and trade-off analysis.
• Control and Optimisation – control theory for complex systems, optimisation techniques and decision support tools.
• Data-driven Systems and Industrial Digitalisation – sensor integration, data analytics, predictive maintenance and Industry 4.0 concepts.
• Integration of Mechanical, Electrical and Software Components – mechatronics, embedded systems and software-hardware co-design.
• Risk, Reliability and Safety Engineering – reliability modelling, safety standards and risk assessment for engineered systems.
• Project Management and Systems Leadership – project planning, stakeholder management, economic evaluation and organisational aspects of system implementation.
• Research Project / Master’s Thesis – an individual or team research project in collaboration with industry or a research group, applying methods learned to a real-world problem.

Programme structure typically blends lectures, workshops, laboratory work and industry projects. Emphasis is placed on hands-on experimentation in HAN’s labs, use of industry-standard software tools and interdisciplinary teamwork.

Entry requirements

Applicants are expected to hold a relevant bachelor’s degree in engineering, applied sciences, industrial engineering, mechatronics, electrical engineering, mechanical engineering, computer science with engineering components, or a closely related field. Entry normally requires:

• A recognised bachelor’s degree or equivalent qualification with sufficient technical content.
• Demonstrable knowledge of mathematics and core engineering principles; some programmes expect prior exposure to control theory, systems modelling or programming.
• English-language proficiency for applicants whose prior education was not in English (e.g. recognised test scores or other approved evidence).
• A CV, motivation letter and references; in some cases, an interview or assessment assignment may be required.

Work experience in industry or a technical role is advantageous but not always mandatory. Specific admission criteria and any preparatory course requirements are provided by HAN University’s admissions office.

Career prospects

Graduates typically move into roles that require both technical depth and systems thinking. Common career paths include:

• Systems Engineer or Systems Architect in sectors such as automotive, aerospace, energy and manufacturing.
• Controls and Automation Engineer, focusing on process optimisation and control systems.
• Industrial Data Analyst or IoT Engineer, applying data-driven approaches to monitor and improve system performance.
• Project Manager or Technical Lead for multi-disciplinary engineering projects.
• Consultant in engineering firms, technology consultancies or system integration companies.
• Researcher or PhD candidate in systems engineering, industrial systems or related applied research fields.

Alumni find roles in large international companies, SMEs, specialised engineering consultancies and public-sector organisations involved in infrastructure and technology deployment.

Why study at HAN University

HAN University emphasises applied learning and close collaboration with industry. The Engineering Systems master’s leverages HAN’s practical labs, prototyping facilities and links to regional clusters in the Arnhem–Nijmegen area, enabling students to work on live industry projects and internships. Teaching staff combine academic expertise with practical experience, and the programme fosters interdisciplinary teamwork and problem-based learning. International students benefit from a multicultural campus and support services for academic and career development, while partnerships with regional businesses and research institutes strengthen opportunities for networking and employment after graduation.