The Master of Science (MSc) in System Design is a 2-year programme offered by Fontys University of Applied Sciences. Become the engineer, who crosses disciplines, who can think in conceptual and technical terms, and who controls interfaces of the technical disciplines in system design to ensure working effectively and efficiently.

The part-time Master of Science (MSc) in System Design is a 3-year program offered by Fontys University of Applied Sciences. Become the engineer, who crosses disciplines, who can think in conceptual and technical terms and controls interfaces of the technical disciplines in system design to ensure working effectively and efficiently.

This programme prepares you to address evolving urban challenges and lead innovations in sustainable urban mobility. It empowers students to become future urban leaders by embracing complexity and competence beyond the traditional urban planning and civil engineering disciplines.

This programme trains future elite data scientists in urban mobility. Through an interdisciplinary approach, you will learn to leverage urban data for strategic city planning, sustainable resource use, environmental cleanliness, equitable citizen engagement, and fostering a healthy society.

The MasterPlus programme provides you with additional expertise in the fields of Photonics and Optics. With this programme you are prepared to help improve our everyday lives and solve big problems, from revolutionising healthcare and safety to shaping renewable energy and more. 

The master's program Automotive Technology offers a program based on a systems approach, providing multidisciplinary knowledge of today's high-tech automotive industry. There are no comparable programs in Europe. The master's program Automotive Technology at the Eindhoven University of Technology is an outstanding starting point for a successful career.

The Netherlands, as part of a globalizing world, will increasingly face important developments, such as natural, demographic, societal and spatial and land use developments.

Manufacturing Systems Engineering is a unique program in the Netherlands on the interface of machine technology and industrial processes. This program satisfies the needs of industry for "broad engineers" who understand the technology of machines as well as the complex environment these machines are operating in.

The worldwide collaboration on the development of nuclear fusion as a safe, clean and inexhaustible energy source is now culminating in the construction of the large test reactor ITER. ITER is being built in Europe (in Cadarache, France) and will demonstrate 10-fold power multiplication at the 500 MW level.

Applied physicists have a different view of the world around us. Physical phenomena turn into challenges, fascinating questions to investigate and analyze. But as an applied physicist you go one step further, by applying your knowledge of these phenomena in new technological developments. In many cases, these are ambitious projects, in which working in teams with people from other disciplines is a central factor.

You cannot imagine daily life without Electrical Engineering anymore. It solves several problems in energy supply, communications, healthcare and environment. It's no wonder that the faculty's research aims for these subjects. You will undertake innovative research and design, analyse, and realise smart and innovative electrical components and systems.

Embedded systems: you will find these in dozens of products that we use every day, such as television sets and copiers. The combination of computer science (software) and electrical engineering (hardware) in these types of equipment requires an integrated approach towards the design process. And that, in turn, requires a new type of engineer who has a knowledge of both software and hardware.

Biomedical engineering is a relatively new discipline that is up-and-coming. Modern technology has become an inextricable part of medicine and healthcare. That means there is a growing need for both the technological and the healthcare side for people with a grasp of increasingly complex biomedical problems.

The Department of Industrial Design focuses on the design of intelligent systems, services, and related products for societal transformation. Examples include intelligent lighting systems, motivational technologies to support a healthy lifestyle, toys and gaming applications to support social interaction and physical activity, wearable technologies, systems and appliances to connect people, etc.

The Innovation Management Master's program focuses on the issues of how to analyze, design and manage new product processes in technology-driven firms. Because in today’s turbulent business environment where innovation often involves (quasi) external acquisition of technology and/or close collaboration with customers, suppliers, and competitors, open innovation is a vital perspective.