Using the Nvidia Jetson platform and microcontrollers to create an active shooter response unit with Python and C++.Creating and deploying computer vision solutions for this edge response unit platform using PyTorch and Azure AI.Managing a team of 5 to enable computing development through defining objectives, spearheading testing, and communicating with external suppliers and advisors to create an prototype from scratch.

Designing a 5-stage superscalar RISC-V CPU on the RV32IMFV architecture using SystemVerilog, verifying using Verilator/CocoTB testbenches and synthesizing on an FPGA using Vivado.Designed and pipelined an IEEE-754 compliant floating-point unit that supports hardware arithmetic.Implementing and verifying a vector unit and PCGen stage using perceptron-based branch prediction.Leading a group of 4 members to design and verify this device, integrating novel architectures, and working with other teams to gauge the needs for the entire organization.

At Mathnasium, I guided my students through math by teaching them new skills or reinforcing old ones. I worked with students from K-12, teaching concepts from basic mathematics to precalculus.