Mechatronics Engineer · Chiapas, México

Mario Suárez,
building ideas
with hardware.

Mechatronics Engineering student with real hands-on experience developing robots, IoT systems, and interactive devices — integrating mechanics, electronics, and code from prototype to final product.

See my projects ↓ Contact me
MS
Mario Suárez Ayala
MECHATRONICS ENG.
5+
Completed projects
3
HW Platforms
Arduino ESP32 Python SolidWorks
About

Who I am & what I do

I'm Mario, a Mechatronics Engineering student focused on building technology that actually works — not just on paper. I care about the full journey: design, build, program, and ship.

I work with platforms like Arduino, ESP32, and Raspberry Pi, connecting sensors and actuators with control logic. On the software side I use C++, Python, and C#. For design, SolidWorks and Blender. For interactive environments, Unity.

I've presented projects at tech fairs, which taught me to communicate technical ideas clearly and work under pressure in a team.

Tools I work with
Arduino ESP32 Raspberry Pi Python C++ C# SolidWorks Blender Unity MQTT I2C / SPI PID 3D Printing
Embedded systems (Arduino / ESP32) 90%
Programming (C++ / Python / C#) 80%
Mechanical design (SolidWorks) 75%
Interactive development (Unity) 70%
IoT / Connectivity / Sensors 85%
Automatic control (PID / closed loop) 75%
Projects

What I've built

01
Autonomous Robot Robotics

Robotic system with autonomous navigation and real-time obstacle avoidance. Integrated ultrasonic sensors, DC motors, and a PID controller on Arduino. Designed the mechanical structure in SolidWorks and fabricated it via 3D printing.

Arduino C++ PID SolidWorks 3D Print HC-SR04
Autonomous Robot
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02
Smart Irrigation System IoT

Agricultural irrigation automation with real-time monitoring of soil moisture, temperature, and water level. WiFi communication via MQTT and remote data visualization. Fully functional solution installed and tested in the field.

ESP32 Python MQTT WiFi Sensors Dashboard
Smart Irrigation
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03
Interactive Device Hardware + Software

Physical-digital interface connecting sensors and actuators to a virtual environment built in Unity. The system responds in real time to physical inputs with haptic feedback. Showcased at a technology fair.

Unity C# Raspberry Pi Servomotors Serial
Interactive Device
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04
Mechanical Design & Fabrication CAD / Manufacturing

Parametric modeling of mechanical components in SolidWorks with FEA stress analysis. FDM fabrication and mechanical assembly. Academic project combining design, simulation, and manufacturing.

SolidWorks Blender FEA 3D Print (FDM)
Mechanical Design
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05
Automatic Control System Control

Design and implementation of a PID controller for a closed-loop process. Simulated in Python, tuned, and deployed on embedded hardware with real-time OLED display monitoring.

Python ESP32 PID Control OLED I2C
Control System
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Contact

Let's talk

Looking for someone who bridges hardware and software to build real solutions? I'd love to hear from you. Open to internships, projects, and opportunities in Chiapas or remote.

✉ mario@email.com
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in linkedin.com/in/mariosuarez
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⌥ github.com/mariosuarez
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