Data Scientist

• May 2021 - Present

Research Scientist

• Oct 2019 - May 2021

Research and develop signal processing/machine learning algorithms for Analog Devices Horizon 3 Emerging Business Unit (Analog Garage)

Algorithm and Signal Processing Engineer

• Sep 2017 - Oct 2019

-Responsible for sensor and system modeling, simulation, and characterization-Led efforts in modeling LiDAR systems including optical, analog, and digital signal path-Researched, developed, and characterized signal processing algorithms for object detection and distance estimation

Analog IC Design Engineer

• Jul 2016 - Sep 2017

Sensing Hardware Intern

• Jun 2015 - Sep 2015

-Researched, developed, and characterized a fully automated testing apparatus using a robotic hexapod to verify the performance of an optical sensor. Developed a software infrastructure in Python to control the testing setup. Employed multithreading techniques to control multiple aspects of the test fixture, acquire data, and visualize the data simultaneously -Developed and deployed signal processing tools and scripts to enable performance characterization and data analysis for sensor components at overseas vendor sites -Participated in a cross-functional team consisting of mechanical, optical, electrical, and firmware/software engineers Show less

Undergraduate Research Assistant

• Jan 2013 - Jun 2015

Conducted electrochemical research under Dr. Chaitanya Gupta and Dr. Roger Howe aimed at investigating the effects of magnetic fields on the electrochemical charge transfer process with applications in biosensors and magnetic sensors.

Teaching Assistant

• Sep 2013 - Dec 2013

Led two weekly laboratory sections and held office hours for the class Engineering 40: Introductory Electronics. Class description: Overview of electronic circuits and applications. Electrical quantities and their measurement, including operation of the oscilloscope. Basic models of electronic components including resistors, capacitors, inductors, and the operational amplifier.

Analog Design Intern

• Jun 2014 - Sep 2014

-Designed a 3-bit Flash ADC. As part of this project, a bandgap current reference, comparator, and thermometer-to-binary encoder were all designed in a BiCMOS process. -Designed a printed circuit board using Altium Designer to calibrate a network analyzer and measure the input impedance of the LMX2492: 500MHz -14GHz Wideband, Low Noise Fractional N Phase-Locked Loop. -Used Cadence Spectre and wrote Verilog-A models to perform simulations for design reviews -Designed a 3-bit Flash ADC. As part of this project, a bandgap current reference, comparator, and thermometer-to-binary encoder were all designed in a BiCMOS process. -Designed a printed circuit board using Altium Designer to calibrate a network analyzer and measure the input impedance of the LMX2492: 500MHz -14GHz Wideband, Low Noise Fractional N Phase-Locked Loop. -Used Cadence Spectre and wrote Verilog-A models to perform simulations for design reviews