- Designing analyzer to catch problems in RTL design before committing to long synthesis runs- Used machine learning to identify "recipe sensitivity" -- a metric determining how an RTL design reacts to synthesis recipes and constraints

- Graded and Tutored for Intro to Analog Circuits and Advanced Mechanics- Tutored for Engineering Mathematics and Thermodynamics

- Design, troubleshoot and improve a signal and a power PCB for use in an Underwater Autonomous Vehicle- Implement communication between a microcontroller, Nvidia Jetson compute platform, and various sensors- Lead a team to implement power distribution, I2C, SPI, and battery power circuits on a PCB- Collaborate with mechanical and software teams to achieve competition goals- Produce quality documentation for all electrical systems

- Operated as technical team lead for a project with a client- Completed peer-reviewed digital design architecture diagrams for algorithm implementation in HDL- Implemented client's software algorithms to work in real-time on FPGAs- Incorporated a Xilinx Microblaze soft-core processor on an FPGA using Xilinx Vivado and Vitis tools- Wrote scripts to automatically generate, build, and integrate RTL hardware projects with software designs in C- Developed software to perform… Show more - Operated as technical team lead for a project with a client- Completed peer-reviewed digital design architecture diagrams for algorithm implementation in HDL- Implemented client's software algorithms to work in real-time on FPGAs- Incorporated a Xilinx Microblaze soft-core processor on an FPGA using Xilinx Vivado and Vitis tools- Wrote scripts to automatically generate, build, and integrate RTL hardware projects with software designs in C- Developed software to perform power cycling tests on lithium battery cells for satellites Show less

- Designed system consisting of a Software Defined Radio with multiple antenna array on an autonomous rotary-wing aircraft- Implemented digital signal processing of RF signals with an ARM processor + FPGA backend using GNU Radio

- Designed, built, programmed, and tested electrical fixtures to verify hardware design of products- Designed a current-sensing system with precision of ±0.1 μA- Designed PCBs using Altium Designer for SD Card data transfer, custom power measurements, and battery loading - Made lab measurements including power rail characterization, efficiencies of switching regulators, UART/I2C/Bluetooth Low Energy logic analysis- Reworked PCBs with 0201 components by hand- Debugged faulty… Show more - Designed, built, programmed, and tested electrical fixtures to verify hardware design of products- Designed a current-sensing system with precision of ±0.1 μA- Designed PCBs using Altium Designer for SD Card data transfer, custom power measurements, and battery loading - Made lab measurements including power rail characterization, efficiencies of switching regulators, UART/I2C/Bluetooth Low Energy logic analysis- Reworked PCBs with 0201 components by hand- Debugged faulty device PCBs with an 80% recovery rate Show less