Research News

On the 4th of October almost 70 researcher active in the field of urban energy at TU Delft met at X TU Delft to present there research, discuss ideas for future research projects and explore opportunities for collaboration.

TU Delft students have devised and developed a method for detecting gene doping. This method, called ADOPE (Advanced Detection of Performance Enhancement) has the potential to combat the abuse of gene therapy in sport. Through this project, the students in the iGEM team aim to highlight how important it is that synthetic biology is used safely. They presented their idea at last week’s International Genetically Engineered Machine (iGEM) competition in Boston, winning prizes for their new application and product design.

The ‘Drones in Water Management’ event organised by Rijkswaterstaat on 23 October saw the kick-off and signing of a new project.

To fly safely, aircraft need accurate updates on wind and temperature. But together, aircraft can also act as a sensor network that provides information to make weather models and predictions better, researchers at TU Delft have found. This week they publish their findings in PLOS One.

In music recommender systems, it’s important to design user control that hits the sweet spot between the perceived quality of recommendations and acceptable cognitive load, concludes TU Delft researcher Nava Tintarev. Together with colleagues from KU Leuven, and research with the Spotify API, she will present these findings at the ACM Conference on Recommender Systems in Vancouver, on Wednesday October 3rd.

The new MARCH III by TU Delft student team Project MARCH has won the Cybathlon Experience in Düsseldorf, the international obstacle race for exoskeletons. Entrants from several countries competed in the test of robotic harnesses for people with paraplegia, ending on 29 September. Together with ‘pilot’ Sjaan Quirijns, who has had paraplegia since 2000, MARCH III achieved the fastest time and the highest number of points. Thanks to improvements to the suit and intensive training of its wearer, the team successfully completed a four-obstacle course in just under 9.5 minutes. Project MARCH gained particular plaudits for the independent functioning of its device.