I'm Wilbert Miguel Nahuatlato Juárez, a mechatronics engineer from UNAM 🇲🇽, passionate about bridging the physical and digital worlds — from precision CNC machines and industrial laser rehabilitation to fuzzy logic controllers and embedded firmware.
Currently doing my social service in industrial R&D, where I've led hardware/software integration projects with measurable results.
🎓 Mechatronics Engineering — UNAM, Facultad de Ingeniería, DIMEI
🏭 Founder-in-progress: ECOLUME — PCB manufacturing startup in Mexico
🤖 Currently learning: AI / Machine Learning algorithms
🎮 Indie game dev | 🎧 DJ Hardstyle & Hardcore
📍 Coyoacán, CDMX, México
I'm also a DJ — Music is where my creativity lives outside the lab.
Led full technical development as team lead: structural CAD design, electronic component selection, and control system programming. Result: millimetric-precision machine for rapid prototyping, reducing dependency on external suppliers for custom parts.
Designed a high-vacuum manifold and developed Python scripts for precise gas mixture calculation (CO₂/N₂/He). Restored laser tube output to 85% of original power, enabling component rehabilitation over disposal. Applied plasma physics, thermofluids, and control principles.
Integrated fuzzy logic algorithms with low-cost sensors to optimize an industrial material transport system — no new hardware required. Achieved −30% operating cycle time and −15% electricity consumption.
Managed emergency migration of hardware architecture and control code mid-project when microcontrollers became unavailable. Delivered on schedule with 30% improvement in performance stability under pressure.
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- ⚙️ Embedded systems & firmware — microcontroller programming, real-time control
- 🏭 Industrial automation — PLC, SCADA, pneumatic systems, process optimization
- 🔌 PCB design & electronics manufacturing — the foundation of ECOLUME
- 🤖 AI & control algorithms — fuzzy logic, neural networks, optimization
- 🔧 Mechatronic system integration — hardware + software + mechanics working as one
- 🖥️ Desktop tool development — Python GUI apps that solve real engineering problems
Industrial Linkage Projects — Social Service · UNAM, Facultad de Ingeniería (Jan 2026 – present)
- Designing specialized protocols for rehabilitation of industrial components (thermofluids, plasma physics, control)
- Optimizing manufacturing processes and industrial plant distribution analysis
- Developed CO₂ laser regassing system restoring tube output to 85% original power
- Implemented fuzzy logic control reducing cycle time by 30% and energy consumption by 15%
CNC 3-Axis Cutting Machine — Technical Lead · CAD-CAM course (2025)
- Responsible for electronic design, programming, and control system of a 3-axis CNC cutter
- Coordinated multidisciplinary team across mechanical, electronic, and software areas
- Achieved millimetric precision in final build
- 🧠 Curso-Taller de Desarrollo de Habilidades Directivas — Facultad de Ingeniería, UNAM (60 h) · 2025
- 📊 Diplomado en Educación Financiera — Condusef (en línea) · 2024
| Language | Level |
|---|---|
| 🇲🇽 Spanish | Native |
| 🇺🇸 English | Advanced |
🇲🇽 Building a PCB design and manufacturing company in Mexico — focused on quality, local supply chains, and accessible electronics for Mexican engineers and makers.
My hands-on experience in circuit design, embedded systems, and industrial component rehabilitation is the foundation for this. Currently in concept stage.
Interested in collaborating or sharing the vision? Let's talk.
I believe engineers are shaped by more than their tools. Outside the lab:
- 🎧 DJ (Hardstyle & Hardcore) — I mix and produce electronic music. There's more overlap between signal processing and music than most people think.
- 🎮 Indie game developer — Building games solo: design, code, and systems thinking all at once.
- 📖 9 semesters of mechatronics — documented — I compiled my entire university curriculum into a single reference repository as a living knowledge base.
- 🔭 Curious by default — from plasma physics to AI to financial literacy, I follow curiosity wherever it leads.
"Mechatronics is both an interdisciplinary field — where disciplines fuse to create entirely new approaches — and a multidisciplinary design philosophy where each specialization maintains its identity while working in synergy. It integrates mechanics, electronics, computer science, and automatic control theory to engineer systems that are intelligent, adaptive, and functional."