Computer engineer
Software, electronics and connected systems.
My projects span software, communications and electronics. I enjoy designing solutions, integrating components and validating how they perform.
I’m Jaime Camacho García, a computer engineer from the University of Castilla-La Mancha. My work connects software development with networks, electronics and system integration.
I have gained engineering experience at Cojali, Tecnobit–Grupo Oesía and Itecam. My projects combine programming, testing and documentation, from game agents and automation to a vehicle teleoperated over 5G.
$ whoami
Jaime Camacho García
$ cat profile.json
{
"education": "Computer Engineering",
"skills": [
"software", "communications",
"electronics", "embedded systems"
],
"approach":
"build, measure, improve"
}
Experience in development and integration teams. Each role has shaped how I approach a problem: understand the context, build a solution and verify that it works correctly.
I developed a Python simulation testbed to compare PID, Pure Pursuit, MPC and gain-scheduled PID for autonomous path tracking using a kinematic model and four test tracks.
I contributed to the development and integration of video transmission and network communications software for embedded avionics systems.
I worked in the Embedded Linux department on the development, integration and validation of software for industrial-vehicle telematics and diagnostics.
Academic, personal and professional projects combining software, networks and electronics through design, integration, development and validation.
Final degree project
Photos and videos
Degree project report cover
Degree project report abstract
Front view of the vehicle
Control station
Circuit design
Vehicle components
Vehicle in motion
First-person driving
1 / 8
Python captures input from a G29 wheel or PlayStation controllers. The web interface shows video, commands and connection status.
Azure and Socket.IO provide signalling. WebRTC carries video, audio and control commands between the browser and Android.
The Android phone bridges the mobile network and the ESP32 via USB. The MDD10A motor controller and servos turn commands into motion.
UCLM Racing Team
I contribute to the UCLM Racing Team vehicle telemetry system, from data acquisition to a web interface for the team.
I work with ESP32, CAN bus and an SN65HVD230 transceiver to process signals from the AiM MXL2 dashboard, including engine speed, temperatures, voltage, braking and throttle sensors. The design includes mobile-network transmission, Supabase storage and a web interface for live and historical data. Integration and validation are ongoing.
Algorithms, automation and interfaces.
State-space modelling and comparison of breadth-first, bounded depth-first, uniform-cost, greedy and A* search.
The program models states, valid actions, nodes, the frontier and visited states. It reconstructs the solution path and records solving time. The project studies different search strategies on the same problem.
A game and agents that explore decisions with Monte Carlo Tree Search, different evaluation functions and match simulations.
The repository includes client/server separation, a communication protocol, persistence, automated simulation and agents using MCTS strategies. It supports comparison of different evaluation functions.
Formula 1 schedules, results and standings through chat commands and an external API.
Users access commands in Telegram for the latest race, upcoming schedule, and driver and constructor standings. The repository is private.
Interface design, navigation, animation and character interaction in a desktop application.
Academic network design and simulation for the engineering school in Almadén, supported by technical documentation.
A Pygame project featuring player input, scenes, multimedia assets and score storage.
The project includes game logic, a menu, animation assets and score storage. The repository is private.
An academic project exploring distributed services with Python and the ZeroC Ice middleware.
This entry summarises the scope documented in my previous portfolio. The code can be discussed on request.
IES Castillo del Águila
Villaluenga de la Sagra (Toledo)
IES Castillo del Águila
Villaluenga de la Sagra (Toledo)
Specialisation: Information Technologies
Universidad de Castilla-La Mancha
Escuela Superior de Informática · Ciudad Real (Ciudad Real)
Level: Native language
Level: B1 Preliminary
The way you work matters as much as the tool. These are the skills I put into practice when developing and collaborating.
Measure the problem, test hypotheses and distinguish causes from symptoms.
Iterate with prototypes and adapt when real-world limitations emerge.
Support development with testing, documentation and a review of the result.
Coordinate interfaces and tasks in projects involving different disciplines.
Turn feedback and technical reviews into specific improvements.
Learn new tools and validate them with working examples.
Combine software, 3D printing and electronics to build prototypes.
Work with code, version control, systems and diagnostic tools.
Technologies used across academic and personal projects and development experience, organised by their role in a system.
If you’re looking for someone who connects software development, communications and systems, let’s talk.
You can also message me directly on LinkedIn.
