resume

S.B.

Harvard University

Electrical Engineering

• Circuits and Transduction
• Computer Architecture
• Computing Hardware
• Solid State Circuits
• Systems Programming
• Signals and Systems
• Electronic and Photonic Devices
• Nanofabrication
• VLSI Circuits
• Electromagnetism

Founding Engineer

Portal XR

• Architected and implemented in SystemVerilog an Arty A7 based controller for a 30kHz resonant mode, two-axis scanning micro-electromechanical system (MEMS) mirror laser display.
• Engineered an analog front end to generate current controls and isolate a feedback signal for mirror actuation.
• Designed and assembled connecting PCBs including a 4-layer board hosting the analog front end, and interposing boards for mating with the MEMS mirror.

Course Assistant: ES50

Harvard University

• Clarified course material and offered tutoring on problem sets for over 70 students.
• Debugged circuits using standard bench-top equipment (oscilloscope, digital multimeter, power supply, function generator), and provided technical support in Arduino and MATLAB coding during weekly lab sessions.
• Advised teams of 2 to 4 students in the ideation and realization of final projects on topics including gesture-commanded robotics and feedback-controlled instrument tuning.

Engineering Intern

Second Order Effects

• Executed the layout of a mixed-signal engine controller printed circuit board (PCB) for a client pre-preliminary design review, which achieved a component placement density of over 50%.
• Reduced processing system resource usage in a Zynq Ultrascale+ Multi-Processor System on Chip (MPSoC) by moving the SPI driver for a motor controller to programmable logic, and accordingly updating C++ drivers.
• Debugged and verified the functionality of a thermal control test unit in preparation for client demonstration.
• Soldered CAN bus harnessing and installed emergency stop switches on a prototype agricultural robot.
• Compiled flight controller (FC) market research, which contributed to acquiring an electric vertical takeoff and landing FC design contract.

Course Assistant: ES20R

Harvard University

• Tested the Komotion motion sensing platform developed for the course.
• Provided feedback on interactive Jupyter notebooks illustrating course material.

Course Assistant: ES50

Harvard University

Project Assistant

Edge Computing Lab

• Tested deployment of a 2D convolution custom function unit which resulted in a 53% decrease in the number of cycles spent running inference on a field programmable gate array (FPGA).
• Optimized the performance of a depthwise convolution through software and hardware which resulted in a 47% decrease in the number of cycles spent running inference on an FPGA.

Course Assistant: ES50

Harvard University