Research Area and Interests: Energy-Efficient and secure analog/RF/mixed-signal circuits and systems for biomedical and IoT applications; time-domain sensing and sensor interfaces, human body communication, brain-channel communication for untethered neural implants, physical-layer security, low-power wireless and wireline techniques
— SUMMER RESEARCH INTERN (PH.D.)
QUANTUM COMPUTING HARDWARE/RF CIRCUITS AND SYSTEMS, IBM T. J. WATSON RESEARCH CENTER, YORKTOWN HEIGHTS, NY, USA (May, 2021 – Aug, 2021)
Worked as a Summer Intern on RF readout circuitry for Quantum Computing Applications
Worked as a Back-End Circuit Design Engineer for 7th-10th generation Intel Processors for Client/Server applications.
Was a part of cross-site collaboration among Intel BDC (Bangalore, India), IDC (Haifa, Israel) and Folsom.
Owned a horizontal responsibility as an Optimization Expert wherein the goal was to obtain a sweet spot among Speed, Power and Quality. This role is oriented towards the study and development of a sustainable cost function for present and future projects
Received cluster and business unit (BU) level innovation awards for developing multiple automations that helped to speed up the flows and potentially increased the productivity of the designers