معرفی
Thomas Leigh Hackett is a Researcher at the MESA+ Institute specializing in MEMS sensor systems for environmental monitoring, with expertise in thermal anemometry and machine learning-enhanced measurement techniques.
His academic background includes:
- MSc in Engineering Physics from the Royal Institute of Technology (2019-2021)
- BSc in Materials Chemistry from the University of St. Andrews (2015-2019)
Hackett's research focuses on developing MEMS-based thermal sensors for simultaneous flow, angle of attack, and humidity detection. He pioneers CMOS-MEMS integration methods to create low-drift directional anemometers suitable for horticultural applications, employing machine learning algorithms to extend measurement ranges and improve accuracy. His work bridges microfabrication, fluid dynamics, and data science to solve practical sensing challenges.
Analysis of his 2024-2025 publications reveals a consistent trajectory toward multi-parameter sensing systems, with increasing emphasis on real-world applicability in agricultural environments. The research demonstrates progressive refinement of silicon-based sensor architectures combined with advanced data processing techniques.
Hackett's recognition includes:
- Best Poster Presentation 1st Place at conference (23 Feb 2024)
- Best Presentation Award at SAFE event (28 Jun 2024)
- Best Presenter Award (19 Sept 2024)
He actively disseminates findings through conference presentations and co-organized the SAFE/ProRISC 2022 event. His work within the MESA+ Institute ecosystem involves close collaboration with semiconductor and MEMS specialists to advance sensor technology for sustainable development applications.
