Yohannes Tefera

Summer 2026

Developing the electronic control system for the TERESA project, a telerobotic platform that translates Meta Quest VR movements into commands for a 6-DOF surgical robot.

Contributing to the design, build, and programming of an autonomous robot for the annual IEEE Micromouse competition. Developing firmware for an STM32 microcontroller in C/C++ to manage real-time control systems. Implementing pathfinding and maze-solving algorithms (e.g., Flood-Fill) for autonomous navigation. Assisting in the schematic capture and layout of custom PCBs for sensor arrays and motor control.

Worked on the electrical Engineering sub-team for the NSBE Technical Project, designing circuits, laying out PCBs in KiCAD, and overseeing the fabrication and soldering of a simplified particle accelerator. Attended the NSBE National Professional Conference in Chicago, gaining exposure to industry trends, networking with professionals, and exploring career opportunities.

ColorStack @ UCLA provides Black and Latinx CS students with the tools, resources, and opportunities to ensure that every member is equipped to complete their degree and launch a rewarding technical career. Oversee all financial operations, including budgeting, expense management, and accurate record-keeping for a dynamic student organization. Develop and implement financial strategies, managing the club's budget to support diverse initiatives and ensure fiscal responsibility. Serve as the primary liaison for financial matters, effectively communicating budget updates and financial performance to club leadership and stakeholders.

Overseeing the distribution of 77 community scholarships, contributing to a total of $250,000 awarded to 200+ students by June 2025 and again in 2026. Managing an internal CRUD tool with PostgreSQL and an authentication system to streamline operations. Handling JotForm application processing, Retool automation scripts, and PDF proxying via Cloudflare Workers. Integrating various databases to ensure efficient data management and automation.

Developed a real-time traction control system to improve vehicle acceleration and handling by monitoring wheel speed relative to gearbox RPM. Integrated Hall effect sensors with Teensy microcontroller utilizing CAN bus and custom serial communication for data feedback.