Investigating alternative transparent electrodes for thin film organic bifacial photodetectors, including graphene and metal-dielectric composites.Studying the light polarization effect of 2D materials on photodetectors.Developed a transparent conducting electrode with 12 ohms/sq and 80% transparency via physical vapor deposition and sputtering.Investigated the use of plasmonic and conversion nanoparticles in solar cells.Explored multiscale design for optoelectronic devices… Show more Investigating alternative transparent electrodes for thin film organic bifacial photodetectors, including graphene and metal-dielectric composites.Studying the light polarization effect of 2D materials on photodetectors.Developed a transparent conducting electrode with 12 ohms/sq and 80% transparency via physical vapor deposition and sputtering.Investigated the use of plasmonic and conversion nanoparticles in solar cells.Explored multiscale design for optoelectronic devices, focusing on optical filtering and light trapping.Developed an in-situ thickness measurement system for polymer thin films using a diode laser.Managed lab equipment and supplies, wrote standard operating procedures, and trained researchers to operate the equipment independently.Liaised with OEMs for technical documentation, spare procuring and maintaining of equipment. Show less

• Designed and developed a precision optical system for CPT and EIT study with a home-built laser.• Built optical system with saturation absorption spectroscopy using external cavity diode laser withlocking amplifier.• Developed a modular optical system for Magneto-Optical Trapping with cold quanta system.

• Built a system for Rydberg EIT study with a Fabry-Perot cavity and frequency comb for precisewavelength locking.• Designed and built a portable ultrahigh vacuum and optical system with efficient polarizationmaintaining optical fiber.• Developed operational documentation and collaborated on design parameters with engineers andproject managers.

• Tuned and locked external cavity diode laser wavelength for magneto-optical trap using saturationabsorption spectroscopy.• Built optical setup with acoustic-optical modulator for optical switching study of the trapped atom while working towards my master's thesis titled ''Six beam Magneto-Optical Trap for rubidium (Rb) atoms''