CV

Education, professional experience, and technical background.

Contact Information

Name Jesus Alexander Gomez Gomez
Professional Title Embedded and Robotics Engineer
Location Mexico City, Mexico
Website https://alexander-gomez.com

Professional Summary

Embedded and robotics engineer with four years of embedded C and C++ across automotive and telecom: AUTOSAR diagnostics, embedded Linux telematics and safety-critical firmware on a multi-core SoC. Since 2023, creator of SWARM, a low-cost real-time monitoring network with a bench-measured radio link and a fourteen-node response recorded in simulation. Seeking a research master’s in real-time monitoring systems. I say what is measured, what is simulated, and what is still a target.

Experience

  • 2026 - Present

    Remote

    Embedded Software Developer
    DXC Technology
    Low-level software for enterprise clients, from safety-critical automotive firmware to large-scale transaction systems.
    • RTOS-based memory and inter-processor communication firmware on a heterogeneous multi-core SoC (TI TDA4) for an automotive ADAS program.
    • Python test automation for power-mode validation.
    • On-target debugging and bring-up on physical benches with Lauterbach Trace32.
  • 2024 - 2026

    Professional development
    Career break
    A deliberate period of robotics and sensing work, building toward a research master’s.
    • SWARM: node firmware, ground-station estimator, browser dashboard and the recorded fourteen-node simulation.
    • Delta robot from the RWTH summer school, continued in ROS 2 Jazzy with an interactive browser simulator, with Armando Rodríguez.
    • yahboomcar-ros2: mobile-robot SLAM stack on slam_toolbox, validated in simulation with measured gates; physical SLAM not delivered.
    • fish_brain: animatronic Big Mouth Billy Bass driven from a Python host over serial to an Arduino UNO R4, with text-to-speech.
    • Coursework of the period (RWTH ROS Essentials summer school, CentroGeo remote-sensing diploma) is listed under Education.
  • 2022 - 2024

    Monterrey, Nuevo Leon, Mexico

    Embedded Software Engineer II
    Dextra Technologies, a Deloitte business
    Embedded software for automotive clients, from AUTOSAR diagnostics on a production ECU to embedded Linux telematics.
    • Continental, Body Control Module (2022 to 2023): developed and maintained AUTOSAR diagnostics modules (DEM/DCM) against the RTE and BSW layers of a C RTOS application.
    • Continental: translated IBM Rational DOORS requirements into MISRA C, verified with unit tests and on a physical bench tester; reproduced and debugged reported issues for production maintenance; supported the team’s migration to Git.
    • Verizon Connect, fleet telematics (2023 to 2024): developed and maintained Pomulator, a multi-threaded C++ vehicle-trip emulator on embedded Linux (Yocto), with micro-applications that improved data availability for Android-level testing.
    • Verizon Connect: implemented CAN diagnostics to retrieve critical vehicle data, expanding the information available to end users.
    • Daily collaboration with teams in the US, Ireland, England, Germany, India and Poland.
  • 2021 - 2022

    Zapopan, Jalisco, Mexico

    Software Developer
    Amdocs
    Backend telecom services for AT&T Mexico in C, Python, Unix shell and Oracle SQL.
    • Debugged a production C application: reproduced faults, read core dumps with GDB, and took defects from root cause to fix.
    • Delivered under SCRUM, working directly with the client.

Education

  • 2025 - 2025

    Aachen, Germany

    Summer School Certificate, 3 ECTS
    RWTH Aachen University (RWTH International Academy / IGMR)
    Robot Operating Systems Essentials
    • 28 July to 10 August 2025, two weeks in person: ROS and ROS 2, delta robot kinematics and control, Arduino programming, hardware/software integration.
    • Capstone: a three-DOF delta parallel manipulator with Armando Rodríguez, continued afterwards in ROS 2 Jazzy with an interactive browser simulator.
  • 2024 - 2024

    Online, Mexico City

    Diploma, accredited
    CentroGeo (Centro de Investigación en Ciencias de Información Geoespacial)
    Remote Sensing and its Application to Earth Observation
    • 96-hour online diploma in three modules: remote sensing systems, digital image processing and its mathematical tools, and optical image analysis, with hands-on satellite imagery work in QGIS.
    • The geospatial foundation behind SWARM’s source estimation.
  • 2022 - 2023

    Jalisco, Mexico

    Diploma
    Universidad de Guadalajara
    Embedded Linux
    • Embedded Linux systems: cross-compilation and device-level development.
  • 2018 - 2018

    Graz, Austria

    Exchange semester
    TU Graz
    Circuit Simulation and Embedded Systems
    • Circuit simulation in the lab, including noise and crosstalk analysis on integrated circuits.
    • Coursework in embedded systems and space-qualified hardware design, plus software quality management with FMEA.
  • 2014 - 2019

    Mexico City, Mexico

    Bachelor of Engineering
    Tecnológico de Monterrey
    Digital Systems and Robotics Engineering
    • President of SEIR (Sociedad de Estudiantes de Ingeniería en Robótica), August 2016 to June 2017.
    • Selected projects, listed under Projects: rescue-zone detection robot (capstone), Mexican Sign Language recognition, inverse-kinematics quadruped.
    • Swimming, tai chi and singing.

Projects

  • SWARM, a low-cost real-time monitoring network

    2023 to present. Low-cost nodes on a shared radio schedule and a local ground station that estimates a source and directs where the next nodes go.

    • Measured: bench radio link, 10/10 link-test frames from each of two boards at desk range (3 September 2026).
    • Implemented: frame decoding, storage, provisional source estimation and the browser dashboard.
    • Simulated: a fourteen-node response, recorded. The 50 m localization and four-hour autonomy figures remain targets.
    • Seeking research supervision on the monitoring layer.
  • Parcel-sortation robot fleet

    2026 to present, design stage. Self-built tilt-tray robots on ESP32-S3 and micro-ROS with a central ROS 2 traffic controller. Design complete; simulation in progress; nothing measured yet.

  • Delta robot parallel manipulator

    2025 to present, with Armando Rodríguez. Three-DOF parallel robot in ROS 2 Jazzy: kinematics, control and an interactive browser simulator.

  • yahboomcar-ros2, mobile-robot SLAM stack

    SLAM stack for a Yahboom micro-ROS car on slam_toolbox, validated in simulation with measured gates (map quality, TF availability, sensor health). Physical SLAM not delivered.

  • fish_brain, an animatronic Big Mouth Billy Bass

    October 2025 to present. Driven from a Python host over serial to an Arduino UNO R4, with text-to-speech; a next iteration on the Arduino UNO Q, with on-board loudspeaker and controls, is in progress.

  • Rescue-zone detection robot (capstone)

    2019, team of three, ROS Kinetic: RGB-D perception, RTAB-Map integration and custom odometry on an X80 platform.

  • Mexican Sign Language recognition

    February to May 2019, team of six. Real-time recognition of the Mexican Sign Language (LSM) hand-sign alphabet from a live camera: VGG16 transfer learning in Keras, OpenCV capture.

  • Furuta self-balancing pendulum

    August to December 2019. Inverted pendulum on Arduino with PID control, rotary-encoder feedback and a PWM-driven DC motor.

  • Inverse-kinematics quadruped robot

    September to December 2018, team project for Applied Robotics. Obstacle-avoiding quadruped: CAD, PCB design, inverse-kinematics modelling and firmware.

  • Bare-metal STM32 drivers

    June 2020. GPIO, UART and serial-display drivers written at register level, without HAL libraries.

  • Earlier projects, 2014 to 2016
    • Los Rancherous (March to May 2016): a game built to learn Java, with José Luis; most of the art and the music our own.
    • VGA pong (August to December 2015): two-player keyboard pong on an Altera DE2 FPGA in VHDL, with José Luis. Source.
    • Domótica para todos (from June 2014): where it started. Arduino programming and circuits, basic Android development and web programming, with the support of an experienced mechatronics engineer.

Skills

Languages: Embedded C, C++, Python, Bash
RTOS and platforms: SafeRTOS, FreeRTOS, Embedded Linux, Yocto
Robotics: ROS 2, micro-ROS, SLAM, Isaac Sim, Webots
Automotive: Classic AUTOSAR, MISRA C, CAN, UDS diagnostics, Vector CANoe
Hardware: Inter-process communication (IPC), multi-core SoC, TI TDA4, ESP32, STM32, Raspberry Pi
Tools and testing: Lauterbach Trace32, GDB, Jenkins, Bazel, Git, unit testing, HIL testing

Awards

  • 2019
    EGEL Electronic Engineering (CENEVAL): Sobresaliente
    CENEVAL

    National graduation exam in Electronic Engineering. Result: Sobresaliente, the highest performance level.

Certificates

  • Computer Vision with Embedded Machine Learning - Edge Impulse (2025)
  • Accelerated Computer Science Fundamentals Specialization - University of Illinois Urbana-Champaign (2020)
  • Google IT Automation with Python Specialization - Google (2020)
  • Open Source Software Development, Linux and Git Specialization - The Linux Foundation (2020)
  • Embedded Hardware and Operating Systems - Coursera (2020)
  • Introduction to Embedded Systems Software and Development Environments - University of Colorado Boulder (2020)
  • Mastering Microcontroller with Embedded Driver Development - FastBit Embedded Brain Academy (2020)
  • C Programming for Embedded Applications - LinkedIn Learning (2020)
  • Embedded Software and Hardware Architecture - University of Colorado Boulder (2020)
  • Certified Associate LabVIEW Developer (expired) - National Instruments (2019)

Languages

Spanish : Native
English : Full professional proficiency (C1, IELTS Band 7.0)
German : Elementary (A2)
French : Elementary

Interests

Sports: Swimming, association football, water polo, basketball, tai chi
Music: Singing