About this role
Geselecteerde taal: EN - Sustainable - Circular and industrial construction - - Efficient drug development - Medical devices - Work health - - - Accurate geo-location with nanosatellites - PERSEUS wind turbine radar interference assessment tool - Military use of space - Integrated combat capabilities - - Semicon and quantum - Quantum technologies - Contamination control for semiconductor equipment - Microfluidics for high performance thermal management Go to Semicon and quantum - - - TNO Traineeship - Talent development programme - Team Polar - Newsroom - Collaboration - Projects on commission - Public-private - TNO Fast Track - TNO Ventures - Innovation centres Geselecteerde taal: EN - Graduation Internship | Collision crashworthiness of nuclear-powered ships Locatie: Delft Werken op afstand: On-site Opleidingsniveau: Master Uren per week: 32-40 hours/week Vacancy 1038 Graduation Internship | Collision crashworthiness of nuclear-powered ships Want to make your mark on our time? Become an intern at TNO! About this position This graduation internship focuses on the collision crashworthiness of nuclear-powered ships, a topic with a direct impact on the safety of future maritime systems. There is a growing interest in new forms of propulsion to make ships cleaner and more self-sufficient. Nuclear propulsion can play a role in this, but it also places high demands on the safety of the ship and its surroundings. You will work with our team to address the question of how a ship with a nuclear power source can remain safe in the event of a collision. What happens to the structure? Which components are vulnerable? And how can design choices contribute to a more robust and safer ship? In addition, the research focuses on the quantification of risks. What is the probability of a collision, and what are the consequences? This involves examining the probability of failure of critical systems, water ingress ...