DSyS partner in World Bank Workshop on Occupational Safety and Health
The World Bank - among other things - provides financing to governments in developing countries e.g. for construction projects, and is looking to improve Occupational Safety and Health (OSH) circumstances. Together with the CPWR and the IAG, DSyS is advising the World Bank on the development of an e-learning course OSH.
Demonstration of the Netherlands' smallest supercomputer at TU Delft Institute for Computational Science and Engineering kick-off event
The Little Green Machine II is a supercomputer with the computing power of 10,000 PCs, the size of four pizza boxes and electricity consumption just 1% of that of a comparable large supercomputer. At the kick-off event for the TU Delft Institute for Computational Science and Engineering (DCSE) on Tuesday 23 May, project manager Simon Portegies Zwart (Leiden University) will give a demonstration of this small-scale computing miracle.
Serious game research: fleeing an earthquake
During natural disasters, such as an earthquake, people make choices: should I stay or leave? Should I walk or take the car? These choices have an impact on the number of people injured or killed. To explore the factors that influence these choices, doctoral candidate Mignon van den Berg worked with Japanese researchers from the National Institute of Informatics in Tokyo on the development of the serious game ‘Everscape’. Mignon van den Berg will be awarded her doctorate at TU Delft on Monday 12 December.
New nanosensors for the detection of TNT
A new type of sensor has the potential to replace sniffer dogs when it comes to detecting explosives such as TNT. This week, researchers from a number of institutions including TU Delft are publishing an article about this subject in the American Chemical Society's journal Nano Letters.
When will the floods reach us?
A storm surge in the North Sea and 40 dikes breached. No one in the Netherlands knows whether the water will reach their house in the next two hours or two days. TU Delft Master's student Louise Klingen has developed a flood model that can calculate the course of every flood for the next 24 hours in just 15 minutes. Klingen will graduate at the Faculty of Civil Engineering and Geosciences on 2 November.