Engineering Systems

Cyber-physical systems are part of everyday life.

Examples range from smart phones to autonomous driving vehicles and from drones to manufacturing robots.

These computer or computer-based systems require dedicated design by engineers who can integrate computer, control and communication (three “C’s”). In this program the principles of different scientific fields are combined, like embedded and distributed control, mechatronic design, machine learning, data-science and real-time communication. So, you can become an expert on the automation systems used in industry.

Want to make high-tech products of the future? The Master Engineering Systems: Cyber-Physical Systems will kick start your career with great job opportunities.

HAN's Master in Engineering Systems gives you the know-how to develop the systems of the future. Systems that are crucial in a wide range of fields: automotive, sustainable energy and cyber-physical.

This engineering system master program gives you the fundamentals of modelling and control systems. It also gives you lots of options to specialize within the engineering field. You then follow modules specific to your chosen master track. Finally, you get to apply your knowledge and skills in a Major Project. The setting? Either industry or research.

The Master Engineering Systems is offered with three different tracks:

* Automotive Systems

* Cyber-Physical Systems

* Sustainable Energy

Like all HAN Masters courses, this course is internationally renowned for its seamless integration with professional practice. The course applies research to meet the demands of society directly, the lecturers are personally committed, and the close contact with fellow students gives rise to valuable learning experiences and establishes lasting networks.

Sustainable, renewable energy systems are crucial to the world's energy transition. The world needs specialized engineers like you to develop and refine these systems. Want to become part of this highly sought-after new field? Enroll in HAN's part-time master track in Sustainable Energy!

The course has an applied technical approach, using engineering to deal with energy challenges. Students explore how energy systems can be used to work more efficiently. They look at how to optimise energy systems across multiple pathways and scales, increase reliability, reduce cost and minimise the environmental impact of our energy systems.

As an energy systems engineer, you have an active role in the transition towards a reliable sustainable energy system. Your job? Developing the technology, models and smart control for sustainable energy systems. Systems that generate, store or distribute energy. Locally. Regionally. Nationally. Even internationally.