COMPUTE LabUnder Prof Akhilesh Jaiswal- Surveyed technologies beyond the current von Nuemann Architecture to achieve results in applications of Extreme Edge Hardware for AI, Neuromorphic Computing, Optical Computing- Designed a low delay sense amplifier with a high bandwidth of >10GHz to support read operations for Optical SRAMs- Demonstrated in-memory computing using the sense amplifier on Cadence with power, delay, and process variation considerations

Physics 208 - Electrostatics, Magnetism Optics, and Modern Physics- Responsible for supervising lab work and discussion hours for a cohort of 60 students- Conducted extra office hours and problem solving sessions to help students understand concepts of Physics more effectively

Wide Bandgap Materials and Devices GroupUnder Prof Chirag Gupta - Utilized in-depth understanding of device physics and materials in Wide BandGap III-V compounds and carbon nanotubes to fabricate semiconductor devices for high-frequency applications- Fabricated and measured RF devices in the UW Madison Cleanroom facility with feature lengths of less than 200 nanometers with tools including Laser Writer, Thermal Evaporator, ALD, E-Beam Lithography, SEM- Designed the photo mask for electron beam/optical lithography of GaN HEMTs using KLayout GDSII software

Experience in methodologies for RTL design and automation of System on Chip using VHDL, Verilog, System Verilog, and Python- Automated the task of taking input parameters to configuration files of different SoCs from Excel Sheet - Worked on tool flows for clock domain crossing, low power supply, static timing analysis, synthesis of several SoCs- Optimized the number of power retention flip flops from 76% to 24% after power collapse to have efficient power consumption- Developed a firmware for fast charging technology to identify the adaptability of source and sink faster- Worked on pipelining the input and output modules of a SoC to meet setup and hold time requirements

- Worked on modeling discrete electronic devices for developing a new software eSim- Added SPICE models for MOSFETs, diodes, BJTs, and Power Transmission Lines to the software for simulation- Developed SPICE models for other devices like Gunn Diode compatible with the software by modifying the pre-existing Python and json files