Advanced Technology is a multidisciplinary English-taught programme that combines the latest technical expertise with a keen sense of what our society needs.
This course is relevant for professionals who wish to gain understanding of the spatial and temporal variation of physical parameters in the subsurface.
As an applied mathematician, you occupy a key position in the scientific world. Through mathematical models, you grasp the essence of a problem and see links between seemingly unrelated phenomena.
Apply yourself to one of the oldest fields of science: physics. Gain fundamental insights into your own research field while honing your research skills.
Biomedical Engineering is about the design and development of healthcare technology to improve lives: from rehabilitation robots and artificial organs, to imaging techniques and prosthetics.
Biomedical Technology is an engineering programme in which you get to design and develop a new healthcare technology. Think rehabilitation robots, artificial organs, medical scans, and prostheses.
The Master’s in Business Information Technology makes you an expert in IT-based business innovation, with the skills to devise new services and radically improve the way businesses work.
Chemical Engineering encompasses the fields of chemistry, materials science and process engineering. Chemical engineers are also well versed in areas such as fluid dynamics and thermodynamics.
Civil engineers design, construct and manage infrastructure and major building projects. The Civil Engineering programme combines technology with studying the organization of these types of projects.
If you are eager to focus on both the technical and non-technical aspects of civil engineering projects and systems, then the Master’s in Civil Engineering and Management is the programme for you.
ICT is omnipresent in modern society. The latest hardware and software developments are crucial in domains such as social media, security, health, energy, ICT systems, finance and telecom.
In a world full of sophisticated automation, Computer Science has an increasingly important role to play. Today almost every conceivable device and organization relies on the workings of IT.
Complex, innovative and multidisciplinary projects in a dynamic environment require a new breed of engineers who are able to expertly combine engineering knowledge with management skills.
How can you use cutting-edge technology or new media to create user interaction? This English-taught programme challenges you to develop innovative applications using the latest technology.
The course provides a unique opportunity to integrate a multidisciplinary assessment of risk into strategic planning processes.
This English-taught programme focuses on developing and improving electronics-based systems. You will work on high-tech systems, such as a surgical robot arm, a satellite or car-to-car communication.
This Master’s programme focuses on the design of embedded systems: the hardware and software that control a device, process or system, e.g. smart phones, pacemakers, chip sets or navigation systems.
This Master’s programme focuses on intelligent, socially aware, interactive systems designed to automatically meet user needs. It covers human computer interaction and artificial intelligence.
Participants of this course will learn the physics of spectroscopy, learn how to measure and interpret spectra, and integrate lab or field measurements with imaging data.
Designing new products and improving existing ones is a continual process. Take the Master’s in IDE and discover the full potential of the interaction between design and engineering.
The Bachelor’s in Industrial Design enables you to combine technology and creativity to design consumer products which are practical, stylish and fit for purpose.
This programme trains you to design, control and optimize processes in complex organizations and businesses in a global context, using mathematical modelling, computer simulations and advanced ICT.
In Industrial Engineering and Management you will use models and techniques to systematically analyse the strengths and weaknesses of a company and implement improvements.
Mechanical engineers focus on the design and analysis of machinery, structures and products. The Master’s programme in Mechanical Engineering zooms in on one of these disciplines.
Interested in how things work and looking for a broad-based technical programme? Then Mechanical Engineering is ideal for you. You’ll study the design and maintenance of machines, tools and processes.
The course will guide participants through the entire process of risk assessment, on the basis of a case study of a city exposed to multiple hazards.
The two-year MSc programme in Nanotechnology focuses on the design, creation and study of functional materials, structures, devices and systems by directly controlling matter on the nanometre scale.
Philosophy of Science, Technology and Society is the premier Master's programme for learning how to critically analyse and assess the impact of scientific and technological developments on society.
This course shows you how spatial data is used in advanced methods for risk assessment, including techniques for probabilistic risk assessment, and the Spatial Data Infrastructure required.
The Master’s programme in Sustainable Energy Technology (SET) enables you to become an engineer with in-depth knowledge on renewable energy technologies.
This two-year Master’s programme teaches you how to control the behaviour of dynamic phenomena and systems in interaction with their environment.
We educate a new kind of technical-medical professional who improves patient safety, diagnosis, and treatment through the innovative use of medical technology in direct patient care.
How to help patients with the latest technology? A technical medicine professional uses technology to both develop and apply new safe solutions for diagnosing and treating patients.
This one-of-a-kind, multidisciplinary, English-taught programme integrates social and technical perspectives in a new approach that educates tomorrow’s engineers at Honours level.
Communication networks, most notably the internet, have become a crucial part of everyday life. This Master’s examines all aspects of such networks, from fundamental technology to application.