About Me

In these five years I have gained deeper understanding and hands-on experience in:

• Device Physics: Advanced semiconductor device physics through coursework and research, especially for new generation neuromorphic computing, quantum computing, optoelectronic, photovoltaic and transistor applications

• Characterization: Hands-on experience of device testing using C-V, I-V, EIS, Hall, QE. Experience in semiconductor material characterization using XPS, SIMS, Raman Spectroscopy, AFM, HRXRD analysis, TEM, EDS, etc.

• Processing: Hands-on experience in semiconductor processing techniques for low dimensions, including surface treatment, photolithography, PVD, etching, etc.

• Thin Film Deposition/Epitaxy: Experience in research and development of sputter deposition for LiNbO2 and LiPON thin films; MBE growth of III-V and Ge hetrostructures. Extensive experience in maintenance and repair of Veeco Gen-II MBE system. 

  In addition to my research and coursework, I have taught courses in Electrical Engineering and Physics departments at Virginia Tech, and helped undergraduate students build their understanding of electronic devices and circuits. 

   As a PhD student, I have been interested in working on low-dimensional systems and thin film heterostructures, and exploring the device physics of novel devices. At this critical juncture of the semiconductor industry reaching the fundamental limits of transistor scaling, I aligned my research goals with the investigation of post CMOS non Von-Neumann architectures in reconfigurable adaptive systems for Neuromorphic Computing.

   I am motivated by challenging problem statements in semiconductor devices, and diligent in my pursuit for innovation and improved functionality. I anticipate a challenging career in research, and my strong fundamentals, perseverance and motivation will help me contribute to this transformative technology platform.