Hello! 👋

I'm Jose Torres

Electrical Engineer — Embedded Systems & PCB Design

About Me

I’m an electrical engineer at Realbotix, where I design hardware and firmware for robotic systems. I earned my B.S. in Electrical Engineering from San Francisco State University in December 2025, and I also work part-time as a research technician at SFSU’s Mobile & Intelligent Computing Lab, building AI tools for students and faculty. I like working close to the hardware — from schematics and PCB layout to bare-metal firmware — and my interests span embedded systems, power and circuits, PCB design, and AI.

C C++ Python SQL STM32 (ARM Cortex-M) ESP32 Bare-Metal Firmware Interrupts & DMA ADC / PWM SPI I2C UART CAN KiCad PCB Design LTspice Oscilloscope STM32CubeIDE Keil MDK Git

Experience

Electrical Engineer

Realbotix LLC

May 2026 – Present
  • Design electrical hardware and embedded firmware for robotic systems, from schematic and PCB layout through board bring-up and integration.

Research Technician (Part-Time)

MIC Lab, San Francisco State University

Aug 2024 – Present
  • Built the Python backend for an AI course assistant used by 100+ students, using an LLM to analyze conversations and material usage (homework, notes) so faculty can see how students use AI.
  • Work on AICO, an AI platform linked to Canvas LMS that grounds responses in faculty-provided notes, and AI-Bridge, an agentic assistant for neurodiverse students developed with psychology and education faculty.

Electrical Engineering Intern

Sunn Audio

Aug 2022 – Mar 2024
  • Hand-assembled production analog audio boards, including preamps, from bare PCB, soldering surface-mount (SMT) and through-hole components for units shipped directly to customers.
  • Ran pre-shipment functional testing, driving boards with a signal generator and verifying output on an oscilloscope to catch faulty units before they reached customers.

Education

Bachelor of Science in Electrical Engineering

San Francisco State University

Dec 2025
  • Relevant Coursework: Embedded Systems, Microcontrollers, Op-Amp Design, Data Structures & Algorithms