CV
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Contact Information
| Name | Jesus Alexander Gomez Gomez |
| Professional Title | Embedded Systems Engineer |
| Location | Mexico City, |
Professional Summary
Embedded Systems Engineer with 3+ years of professional experience in real-time systems, embedded C/C++ development, and cross-functional team collaboration across multiple international projects.
Experience
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2022 - 2024 Monterrey, Nuevo Leon, Mexico
Embedded Software Developer II
Dextra Technologies (a Deloitte Consulting business)
Real-time embedded development across two international automotive projects.
- Verizon Connect (2023–2024): developed and maintained Pomulator, a system to emulate car trips with micro-applications that improved data availability for high-level (Android) testing. Multi-threaded C++ on Yocto with bash tooling; CAN diagnostics for crucial telemetry. Collaborated remotely with the Dublin team.
- Continental (2022–2023): developed and maintained diagnostics modules in C for the Body Control Module RTOS — requirements-to-code, unit tests, and physical bench testing. Reproduced and debugged hardware-level issues.
- Cross-functional collaboration with teams in Ireland, the US, England, Germany, India, and Poland.
- Led the team’s migration to Git repositories.
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2021 - 2022 Zapopan, Jalisco, Mexico
Software Developer I
Amdocs
Backend telecom services for AT&T Mexico.
- Analyzed, supported, and maintained backend services in Unix shell, Python, and C/C++.
- GDB-based memory-fault debugging on a production codebase.
- SCRUM delivery with direct client communication.
Education
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2022 - 2023 Jalisco, Mexico
Diploma
Universidad de Guadalajara
Embedded Linux
- Completed May 2023.
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2014 - 2019 Mexico City, Mexico
Bachelor of Engineering
Tecnológico de Monterrey
Digital Systems and Robotics
- President of the Society of Robotics Engineering Students (SEIR), 2014–2017.
- International exchange at TU Graz (2018) — Space Systems Engineering & Embedded Systems.
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2018 - 2018 Styria, Austria
Exchange Program
TU Graz
Space Systems Engineering & Embedded Systems
- Designed and built a closed-loop temperature regulation system (MOSFET heating, precision sensors, PID firmware, sub-degree accuracy).
Projects
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Delta robot parallel manipulator
3-DOF parallel mechanism programmed with a microcontroller and ROS2 Jazzy. Forward and inverse kinematics with coordinated multi-axis motion and real-time control. Built during the RWTH Aachen & Universal Robots Executive Certificate program.
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Hostile-zone rescue robot with SLAM
Hardware adaptation, disk imaging, modeling, and ROS programming of a mobile robot for closed-environment detection using Simultaneous Localization And Mapping.
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Mexican Sign Language recognition (OpenCV + Keras)
Researched, modeled, and trained an AI for real-time recognition of the LSM (Lengua de Señas Mexicana) hand-sign alphabet from a webcam.
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Furuta self-balancing pendulum
Designed and implemented an inverted pendulum on Arduino with PID control, rotary-encoder position feedback, and PWM-controlled DC motor for real-time stabilization.
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Inverse-kinematics quadruped robot
CAD design, PCB layout, mathematical modeling, and firmware for an obstacle-avoiding four-legged robot.
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Bare-metal STM32 driver tutorial
Custom GPIO, UART, and serial-display drivers written from register-level programming without HAL libraries — demonstrating hardware abstraction and low-level embedded fundamentals.
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Billy Mouth — animatronic text-to-speech
Self text-to-speech-to-movements system driving an animatronic mouth.