I am a dedicated researcher specializing in graphene field-effect transistor (GFET) based infrared photodetectors, focusing on optimizing device performance through engineering of the substrate–insulator–graphene interface. With a strong foundation in process optimization and problem-solving, I bring adaptability, cross-disciplinary curiosity, and a drive to expand my expertise. I aim to leverage this knowledge and collaborative mindset to advance next-generation sensing technologies and contribute to operational excellence in my next role.
Detail-oriented individual with exceptional communication and project management skills. Proven ability to handle multiple tasks effectively and efficiently in fast-paced environments. Recognized for taking proactive approach to identifying and addressing issues, with focus on optimizing processes and supporting team objectives.
TOP SKILLS
Electronic test & measurement: lock-in amplifier, source meter, oscilloscope, spectrum analyzer, uv-vis spectroscopy, power meter, thermal furnace, scanning electron microscopy (sem), x-ray diffraction (xrd), x-ray fluorescence (xrf), atomic force microscopy (afm), raman spectroscopy, and related experimental tools.Optical sensor & semiconductor characterization: optical alignment for laser and instrumentation setups (acousto-optic modulator, fiber laser, fiber port), photodetector characterization, and signal acquisition using advanced measurement systems.Data acquisition & analysis: labview for automated data collection, origin for data visualization and signal processing, jmp for design of experiments (doe), matlab for computational modeling and large dataset analysis.Nanofabrication techniques: electron beam evaporation, atomic layer deposition (ald), photolithography, mask alignment, etching, wafer dicing, dektak profilometry, and cleanroom protocols.Research & problem solving: in-depth knowledge of semiconductor physics, photonic devices, and process optimization with proven ability to design experiments, analyze results, and implement improvements.
