Projects
Chemical sensor arrays based on metal-organic frameworks and field-effect transistors (SAMETRA) KU Leuven
Detecting volatile organic compounds (VOCs) at low concentrations
is an important but challenging task with a range of applications,
including checking food freshness, monitoring indoor air quality, and
diagnosing lung conditions through breath analysis. In all of these
areas, high-performance yet compact VOC sensors are needed.
While compact VOC sensors exist, they suffer from limited lifetimes
and low ...
Development of a new type of temperature sensor with application in industry. Hasselt University
Energy landscaping of thin-film image sensor devices KU Leuven
Title: Energy landscaping of thin-film image sensor devices Supervisor: Paul Heremans Brief description of the proposed dissertation research: The purpose of this PhD is to obtain full description of the electronic band structure (including band alignment) of the thin-film layer stacks for photodiodes. These thin-film materials are deposited from either solution process (polymers, metal-oxides, or quantum dots) or by evaporation (organic ...
MilkSens: Making sense of milk - On-farm milk quality sensor KU Leuven
HR-RTIS: High-Resolution Real Time Imaging Sonar Sensor. University of Antwerp
Biologically-inspired 3D radar sensor supporting intelligent robotic behavior in complex and cluttered environments. University of Antwerp
ITEA 05023 ESNA-BE : European sensor network architecture Vrije Universiteit Brussel
The ESNA (European sensor network architecture) project makes development of wireless sensor network applications more effective by providing a standard architecture, technology and application-development guidelines, as well as proof-of-concept ...
Data Processing To Optimize The Fabrication Of MOFs And Zeolites Sensor Arrays KU Leuven
The selection of materials for sensor arrays will be performed via statistical and information theoretic methods that measure the complementarity of the array response to the target VOCs. A set of experiments will be designed to obtain a comprehensive response of the sensors and sensor arrays to combinations of target and common interfering gases at different mixtures.