Winner Internet of Things Pitch: Sjoerd Bosma
- Friday, 21 July 2017
On July 5th 2017 The Micro-electronics organized an Internet of Things pitch session in which staff and students could present an idea in two minutes. Eventually ten ideas were pitched followed by the yearly summer drinks.
Winner of the pitches is master student Sjoerd Bosma. With his pitch Future Intelligent & Autonomous System for Coordinated Open parking Spaces (FIASCOS) he thought of a solution to avoid endlessly driving around in circles trying to find a parking spot in the inner cities. He suggests putting free parking spots in navigation systems. Energy harvesting technologies can be used for that; little sensors that harvest their own energy from their surroundings. These sensors can be built in e.g. little speed bumps in front of each spot. In that way the sensor can know if there is a car parked in the spot and can pass on that information to the navigation system.
Sjoerd admitts that he is probably not the first persons that thinks of connecting parking spots to navigation systems. Probably people are working on simular solutions, but with expensive wiring and infrared camera's. The little energy harvesting sensors would be much cheaper and maintenance free.
It doesn't have that much to do with Sjoerds master thesis. He will graduate in the Terra Hertz Sensing group in August where he worked on antennas and optics for sub-milimeter astronomy.
NWO-High Tech Systems and Materials proposal awarded to ECTM
Sun sensors, which are used to determine the satellite orientation towards the sun, are a vital part of the satellite attitude control. Current commercial available sun sensors are too large and costly to be integrated in the small satellites, e.g., nanosats. Due to the low costs of these satellites, they enable a wide range of applications which otherwise would not be possible or cost-effective. By developing a sun sensor that is fully integrated on a single substrate, the overall size of the sensor can be significantly reduced and costly extra calibration is avoided. By using SiC as material, we secure high performance and high reliability under harsh environment. In addition, the sensor will not be sensitive to reflections of the earth, as it uses the parts of the light spectrum absorbed by the atmosphere.
“Leopold B. Felsen Award for Excellence in Electrodynamics” for Dr. Giorgio Carlucci
Dr. Giorgio Carluccio (Tera Herz Sensing group) has been selected as the recipient of the EurAAP “Leopold B. Felsen Award for Excellence in Electrodynamics”
InForMed selected as success story by the EC
The EU-and industry-funded InForMed project has developed a new platform approach to the innovation chain for next-generation medical devices, giving a boost to European manufacturers, in particular SMEs. The project has established a facility that companies can use to manufacture and test prototype micro medical devices, ensuring European leadership in this vital technology-based sector.
TU Delft stands strong at the 2018 “Chip Olympics”
From February 11 to 15, the 65th International Solid-State Circuits Conference (ISSCC) will be held in San Francisco. ISSCC, the most prestigious and competitive scientific conference in the field of chip design and sensors, is informally known as the “Chip Olympics.” With ten papers, a forum presentation and a tutorial, TU Delft continues its significant yearly contribution to this prestigious conference.
Slimme contactlenzen en andere medische gadgets in je lijf
Onderzoekers van de technische universiteit van Ulsan in Zuid-Korea zeggen een lens te hebben ontwikkeld die bloedsuikerwaarden uitmeet. Over deze lens en andere bio-elektronische medicijnen praten we met Wouter Serdijn. Hij is hoogleraar bio-elektronica aan de TU Delft. Item op NPO Radio 1, Nieuwsweekend, zaterdag 27 januari 2018.