View vacancies

Working at the TU Delft

Challenge.
The climate, energy transition, the growth of cities, digital society, health. At the TU Delft you take on these global challenges.

Change. 
When you work at TU Delft, you are ambitiously working on positive change through world-class research, education and innovation.

Impact!
Whether it concerns quantum computing, sustainable aviation, clean water or robots. Along with colleagues and students, you devise and develop solutions using technology to have a positive impact on a global scale.

Challenge. Change. Impact!

 

What are you enthusiastic about?

Scientist at TU Delft

Push the boundaries of science and create impact for a better society.

Become a PhD at the TU Delft

Start your career at a top university and learn to research from the best in science, engineering and design!

Professionals

Use your expertise to ensure that science, education and innovation can run smoothly. Make your contribution as a specialist in e.g. IT, Learning development or Communication.

Five reasons to work at the TU Delft

1. Impact: for a better society at a top international university
2. Open international community with multidisciplinairy teamwork
3. Excellent facilities for research, education and innovation
4. Room for personal growth
5. Good employment conditions

Five reasons to work at the TU Delft
Read more!

See what your future colleagues are working on. Read TU Delft Stories

TU Delft Stories

Reading time: 3 min

Saving lives with mathematics

Reading time: 6 min

Lockdown presents unique opportunity to study sustainable taxiing at Schiphol

Starting a PhD on the first day of the Covid-19 lockdown was a bit challenging for Bieke von den Hoff. But the lockdown also gave her an unexpected and unique opportunity. As part of a trial programme at Schiphol Airport, she was asked to measure noise levels of a sustainable aircraft towing vehicle called the TaxiBot.

reading time: 6.5 min

Modelling a flexible electricity system

Using numerical analysis, Marieke Kootte is developing a model to link high-voltage and low-voltage distribution networks.