Specialisations
1. Control, Robotics and Autonomous Systems
The Control, Robotics and Autonomous Systems major empowers students to design intelligent, adaptive systems that operate in complex and dynamic environments. It provides a strong foundation in control engineering and automation, while offering flexible pathways for specialization in areas of interest such as factory automation, robotics, autonomous systems, industrial software systems, or pursue topics such as AI and machine learning. Central topics for all students include modelling, estimation and control of dynamic systems, and embedded systems and software for modern automation systems.
Upon completion of the Major, the student is able to:
- Recognize the role and impact of automation in industry and society
- Design models and control strategies for dynamic systems
- Analyse and evaluate the behaviours and performance of dynamics of systems
- Design industrial software applications tailored to automation needs
- Demonstrate in-depth knowledge in one of the focus areas: robotics and autonomous systems, intelligent systems, control engineering, automation software, factory automation, or to develop a personalized track in AI and machine learning.
2. Electrical Power and Energy Engineering
The Electrical Power and Energy Engineering major equips students with a robust foundation to tackle the challenges of modern energy systems and electrification. The field spans power transmission and distribution, smart grid, sustainable energy generation, and electrification of societies. It also includes key technologies such as motors, generators, power electronic converters, and their control systems.
Upon completion of the Major, student is able to:
- Identify key concepts, components, and operational principles of electrical energy systems.
- Design solutions that enhance energy efficiency and integrate renewable energy generation.
- Analyse and evaluate current and future challenges in the field of electrical power and energy engineering.
- Design and assess power systems or energy conversion technologies.
- Demonstrate in-depth understand of one of the focus areas in-depth: electric powertrains, energy storage and hydrogen, power and energy systems, renewable energy, smart buildings and lighting.
3. Electronic and Digital Systems
Electronic and Digital Systems (EDS) is a multidisciplinary major focusing on embedded systems and system level design, especially for intelligent, sustainable, and autonomous devices. Application areas include, for example, automotive industry, mobile systems, and health technology. The major covers topics such as autonomous embedded systems, self-sustained smart sensor systems, Micro-Electro-Mechanical Systems (MEMS), heterogeneous integration of sensors to System on Chip (SoC), data synthesis, and real-time decision making. EDS emphasizes the entire innovation process, from research and development to the commercialization of functional devices and services derived from results of fundamental studies.
Upon completing the EDS major, the student is able to:
- Design and implement embedded devices, sensors, actuators, and smart integrated systems.
- Identify and evaluate the sustainability, safety, and lifecycle aspects of hardware and software technology choices.
- Analyse and interpret multi-physics (thermal, electrical, and mechanical) properties of electronic systems.
- Apply and design data processing chains and methodologies using signal processing, machine learning, and artificial intelligence (AI).
- Translate results from basic research into functional electronic and digital systems.