Chesler Thomas

My research focuses on precision sensing and actuation in extreme environments like space, where traditional methods face significant challenges. Combining fundamental forces and smart materials and mechanisms, I aim to develop sustainable and scalable solutions for diverse applications, striving to bridge the gap between fundamental physics and practical engineering, enabling more efficient, durable, and adaptable technologies for future space exploration, medical and other extreme applications.

Currently my PhD research at the AS2M Department of FEMTO-ST within the ROBIMMS Team focuses on uncertainty estimation and metrology of weak forces in vacuum. Building on previous work in small force metrology, I aim to refine measurement techniques for nanoscale interactions by developing systems and solutions for characterizing and quantifying uncertainties in weak force measurements in vacuum. This research contributes to improving the precision and reliability of weak force detection, with applications in fundamental physics, micro- and nanoscale instrumentation, and high-precision metrology. This would be used in medical applications for Oocyte characterization for IVF under the ANR TRAFALDA Project.

Specialized in 3D Printed Soft and Origami Robot Development with multifunctional materials in milli and micro scales during my Master Thesis at FEMTO-ST CNRS, I leverage the exposure and training from UBFC's GreeM master at Besançon to develop affordable, innovative and sustainable technology solutions for complex technocommercial challenges.

With Bachelors in Aerospace engineering from UPES Dehradun with focus on space vehicles, systems, components and missions, I have also authored 14+ research publications on topics such as nanosatellite missions, electric propulsion, AI-powered swarms, space exploration and in-space power beaming. Having trainings from SSTL Singapore, COSPAR, ISRO, ESRIC Luxembourg and US Space and Rocket Centre, my work experience includes a short duration with the Indian Air Force in Missile and RADAR Systems and 5 years of supporting the development of India's leading rocket company - Skyroot Aerospace - in two continents.

I enjoy researching scientific advancements and applying fundamental principles to solve critical bottlenecks for creating value. I also enjoy teaching and training my acquired skills and knowledge to develop the next generation of brilliance. If you have identified synergies, let's discuss.