Constantly monitoring the quantum technologies market and discovering new strategies in the context of metrology, research and development. Conducting a single photon emitter project in which color centers are established inside diamond through electron/ion beam irradiation and annealing.Responsible for characterization of defects in materials such as diamond, graphene, borophene and nano-devices like 2D MOFs.Also, a part of the Renewable Energy and Quantum Nano-electronics research group led by Asst. Prof. Onur Ergen, exploring the properties and applications of hBN aerogel materials.

Sprinted in cross-functional teams with agile methodology. Involved in sensor development and UVC-range disinfection squads.In the sensor development squad, I contributed to the technology feasibility research of an optical sensor system for airborne bioaerosol detection under the roof of Nanosis Platform. My achievements in this project consisted of:• improving the method of the optical sensor system in order to establish a compact and effective prototype design,• characterizing the optoelectronic devices used in the sensor, diagnosing the problems and identifying the needs,• integrating optic and optoelectronic components for real-time detection of bioaerosols.In the UVC-range disinfection squad, I optimized the efficiency of UVC light sources by running optic simulations in TracePro and consult on these analyses.

I designed unique icons and illustrations for the website of Ravinspect Tech, an autonomous drone system startup.