Chesler Thomas

I am a PhD Researcher working at ROBIMMS team, AS2M Department of FEMTO-ST in ANR Project TRAFALDA, focused on metrology of forces from 10 nN to 100 μN – via traceability chain establishment and uncertainty evaluation, using:

1. Magnetic Spring Force Generator developed at AS2M FEMTO-ST in vacuum as primary standard
2. Virtual input-based estimation and control methods previously developed at AS2M FEMTO-ST

This will be used to calibrate an oocyte stiffness characterization platform at Besançon Hospital, using a microfabricated silica transfer artefact qualified and used in environments like vacuum, air, water and biological media.

My core efforts aim to bridge precision sensing and actuation gaps between fundamental physics and practical applications at small scales using smart materials, control and mechanisms, where traditional methods face significant challenges – such as space, robotics and biotech.

Previous Education:

• M.Sc in Control for Green Mechatronics, UBFC Besançon (2022-24)
  Thesis: 3D Printed Reconfigurable Soft Origami Robot Development with multifunctional materials at ROMOCO team, AS2M FEMTO-ST.

• B.Tech in Aerospace Engineering, UPES Dehradun (2016-20)
  Major Thesis: Spaceport Development Principles – focus on External Parameters and use case analysis for multiple Spaceports and Orbital Space Station for Space Tourism
  Minor Thesis: 3U Nanosatellite for Lunar He-3 Prospecting – focus in Reaction Wheel KERS
• Trainings from: EPFL (Microfabrication), SSTL Singapore (Space Missions & Tech), COSPAR (Nanosatellite Technologies), ISRO (Remote Sensing), ESRIC Luxembourg (Space Business), US Space and Rocket Centre (Space Missions & Tech)

Key Work Experiences:

• Skyroot Aerospace, Hyderabad (2019-22) / Paris (2022-25): Analyst - R&D, Business (India + Global), Program Manager – EU
• Indian Air Force BRD 7, Tughlaqabad (2019): Aerodynamics, Structure and Stability of Surface to Air Missiles

If you have identified synergies, let's discuss – feel free to drop an e-mail.