// ABOUT ME

Engineer. Builder.
Problem solver.

I'm Jose Torres, a Computer Engineering student at Brigham Young University with a minor in Computer Science, graduating in 2028. I work across the full stack of computing — from bare-metal embedded firmware and FPGA digital design all the way up to networked applications and real-time systems.

My engineering philosophy is simple: understand the system at every level. That means knowing why your RTL synthesizes the way it does, and also why your multithreaded pipeline has a race condition.

[Add a personal sentence here — where you're from, what drives you, a goal. Recruiters respond to personality, not just credentials.]

// SCHOOL
Brigham Young University
// MAJOR
Computer Engineering
// MINOR
Computer Science
// LOCATION
Provo, UT
// GRAD
April 2028
// STATUS
Open to internships
Jose Torres

Jose Torres — BYU '28

// EDUCATION & EXPERIENCE
2022 — PRESENT
Brigham Young University
B.S. Computer Engineering · Minor in Computer Science
Relevant coursework: Embedded Systems, Digital Design, Computer Systems, Advanced Software Construction, Data Structures, Circuits.
JAN 2025 — JUL 2025
Technical Assistant
CAST Engineering Solutions · Lehi, UT
Assisted deployment of IP-based surveillance systems using Bosch camera configurations. Integrated smart locks, door sensors, and alarm triggers into commercial security systems. Configured networking infrastructure and remote access systems.
// TECHNICAL SKILLS
Languages
CC++SystemVerilogJavaPythonSQL
Embedded Platforms
ESP32ATmega / ArduinoBasys3 FPGAVivadoFreeRTOS
Peripherals & Protocols
GPIOPWMADCTimersInterruptsUARTESP-NOW
Tools
OscilloscopeMultimeterSolderingSolidWorks (Certified)Git
// WHAT I'M INTO
Hardware & FPGA
RTL design, digital logic, bare-metal firmware. Making software ideas real in silicon and on microcontrollers.
🖥
Embedded Systems
ESP32, ATmega, FreeRTOS. Writing code that talks directly to hardware, no OS safety net.
Systems Programming
Multithreading, networking, OS internals. Understanding how things work at the root level.