Are you about to receive your master’s degree, but are you not quite done learning? Is Data Science not exactly your thing and would you like to work on innovative technological solutions for the high-tech industry or healthcare? Apply for an Engineering Doctorate (EngD) program at Eindhoven University of Technology, one of our founders, and become an expert at high level technological design. These options come highly recommended.
Did you click forward too fast and want to know more about the Engineering Doctorate program in Data Science?
An EngD program will put you on a faster track to a successful career in industry. The industry offers graduated designers from our programs excellent jobs. Many of our EngD trainees have found jobs in (multi-)national companies including Philips and ASML. And besides these career opportunities:
ASD offers a technological designer program on a doctorate level for MSc graduates (or similar level) in the field of automotive technology, electrical engineering, mechanical engineering, embedded systems, systems & control, applied physics, aerospace engineering, or similar. The program is internationally oriented and taught in English.
Het Clinical Informatics (Klinische Informatica) programma is toegespitst op het ontwerpen van informatiesystemen binnen de gezondheidszorg. De CI trainees ontwikkelen diepgaande kennis van zowel de technische aspecten, als de gebruikersbehoefte binnen de gezondheidszorg.
A major part of the EngD program Data Science is related to real-life, cross-functional projects with partners in the data science ecosystem. It concerns the problem of finding patterns and creating value from vast streams of data in the context of a data domain. The program is being taught at JADS in ‘s-Hertogenbosch.
This program is to train professionals to develop competences in designing and evaluating interactive intelligent and innovative systems, services, and products. It pays special attention to the frontier of the complex systems enabled by artificial intelligence, data science and other emerging technologies in high-tech systems, health applications and smart mobility, and its impact on individuals, organizations, and society.
In this two-year program, trainees perform a design project in the field of Medical Technology and are trained to become multi-disciplinary oriented system engineers. The goal of the EngD HSD program is to train engineers to innovate in a relevant way in the healthcare domain.
The ICT program trains designers in specifying, designing, building, testing and evaluating complex multidisciplinary systems in the domain of information and communication technology. These systems are used in the important societal research themes of the TU/e Department of Electrical Engineering.
MSD offers a technological designer education on a doctorate level for MSc graduates (or similar level) in the field of mechatronics, robotics, electrical engineering, mechanical engineering, embedded systems, systems & control, applied physics, aerospace engineering, or similar. The program is internationally oriented and taught in English.
The SBC program wants to contribute to the transition towards smart, intelligent and sustainable cities where quality of life is high. SBC graduates are able to use a broad technological understanding of concepts relevant to the smart cities themes (architecture, mechanical engineering, electrical engineering, building engineering, civil engineering and ICT).
The Software Technology program is designed to prepare a trainee for an industrial career as a technological designer, and later on as a software or system architect. It starts with 14 months of advanced training and education, including 3 industry driven training projects, followed by a major design project of 10 months in a company.