Building software tools for a decentralized future

- Carried out client's IoT ideas from prototype -> mass manufacturing- Handled schematic capture, PCB routing, manufacturing, and component sourcing for high speed, multi-layer PCBs- Self-directed software development of KiCAD manufacturing automation tools (Python)- Collaborated heavily with mechanical, firmware, and software teams to create a seamless IoT experience

- Outlined system architecture for smart dash camera platform based on the RK3399- Designed 3D printed case and demo software for Raspberry Pi Zero based point of sale system- Supported system integration of solar charging station for mobile school platform- Built LED paint rollers for interactive art museum exhibition

- Repaired small and large form factor autonomous floor scrubbers- Developed test equipment to support software engineering- Contributed to Device Verification Testing for certification

- Managed a four person hardware team- Utilized contract manufacturers to scale production to 10k units- Schematic capture, part procurement, and high speed PCB routing (MIPI CSI, USB 3.0, PCIE) for next-gen product → based on a Snapdragon 845 SOM after evaluating with Nvidia TX2- Integrated Linux kernel drivers for I2C, SPI, and UART sensors- Interfaced with Bash and Python flashing, testing, and setup tools

- First hardware hire for the company- Schematic capture, PCB routing, enclosure CAD, packaging design, and production execution for the panda CAN to USB and WiFi interface → based on the ARM STM32F and ESP8266- Enclosure CAD, analog fan controller design, and production execution for the eon driver development kit → based on Snapdragon 821 smartphones- Designed and stabilized switched-mode power supplies (SMPS)- Performed preproduction Device Verification Testing… Show more - First hardware hire for the company- Schematic capture, PCB routing, enclosure CAD, packaging design, and production execution for the panda CAN to USB and WiFi interface → based on the ARM STM32F and ESP8266- Enclosure CAD, analog fan controller design, and production execution for the eon driver development kit → based on Snapdragon 821 smartphones- Designed and stabilized switched-mode power supplies (SMPS)- Performed preproduction Device Verification Testing (DVT)- Developed production phase assembly and testing rigs Show less

- Performed PCB bringup, documentation, and system integration for Joint Strike Fighter test equipment- Developed MATLAB automated test platform to search for spurious RF emission events

- Part of a three member team chosen by Lockheed Martin and the New York NASA Space Grant Consortium- Designed electrical platform for a teleoperated underwater rover- Developed curriculum for STEM outreach program based on rover design

- Teaching Assistant for Logic Design course (ECE 112) under Professor Victor Derefinko- Supervised lab exercises and conducted class review sessions

- Funded by the Xerox Corporation and the US Department of Energy (STEP)- Continued the development of a WiFi enabled, three-phase power quality monitoring device