Mayur Raja Kumar Ambore

Fiber Bragg Grating applications for cryogenic tank monitoring in aviation industry - Developing experimental setups for temperature, strain, and acoustic emission (AE) measurements - Testing fiber Bragg grating (FBG) sensors with various Bragg wavelengths and coatings in cryogenic environments - Calibrating FBG sensors for accurate temperature sensing and comparing the results with standard silicon diode sensors - Developing and implementing temperature compensation algorithms for strain and AE measureme

- Developed a Peltier-digipot MCP4151-Arduino setup such that temperatures and delays can be set as per user needs - Developed MATLAB code to operate COBRITE DX100 tunable laser and photodiode. The code was capable of tuning the laser to the desired wavelengths and logging the readings made by the photodiode - Compared the response characteristics of 1550nm FBG with a tunable laser and MicronOptics Interrogator

Ensured the accuracy and functionality of optical laboratory equipment through regular maintenance and calibration and guided students with the Michelson Interferometer experiment in which wavelength of a laser was measured and radius of a spherical mirror was estimated and results were further analyzed

- Designed and analyzed the circuits of different sensors, relay modules, and Timer modules - Performed production activities such as printing and cutting PCB, wiring and soldering components on the circuit board and packing according to the protocol - Carried out various tests such as temperature test, dielectric strength, voltage drop, NO NC conditions, and continuity test