I am a hybrid Engineer with nearly a decade of experience bridging the gap between industrial hardware, edge computing, and modern cloud infrastructure. Currently acting as Head of Technology and Lead Programmer, I architect and build robust end-to-end IIoT ecosystems—from sensor-level data acquisition to secure cloud orchestration.
Former Technical Instructor with strong communication skills, fluent in English, and experienced in leading technical teams and aligning engineering execution with business goals.
- Languages: C, C++, Python, MicroPython, JavaScript, Bash shell scripting.
- Industrial Protocols & I/O: Modbus, CAN bus, HART, 4-20mA, I2C, SPI (Extensive experience implementing virtually any open/non-proprietary standard protocol).
- Microcontrollers & Firmware: Custom Bootloaders development (Secure Boot, OTA updates, memory partitioning), Hardware Variants management.
- Edge, IoT & Automation: Node-RED, Embedded Linux (kernel, variant definition, custom builds), Virtual Machines, Clawbot, Hermes.
- Cloud, DevOps & Security: AWS (IoT Core, architecture), Cloudflare, Docker (fleet management), Git, Proxy/Reverse Proxy.
- Modern Paradigms: AI Programming & Integration into embedded/edge solutions.
- Academic Background: M.Sc. in Telecommunications, Electrical Engineer (Specialization in Computing & Automation) — UFES.
- 10+ Years in IIoT & Automation: Designing, testing, and deploying scalable telemetry and industrial solutions across multiple ecosystems.
- Tech Leadership: Managing engineering teams, defining technology roadmaps, and translating complex technical requirements into business value.
- Edge-to-Cloud Architecture: Proven track record of containerizing edge applications (Docker), implementing secure edge routing (Cloudflare/Proxies), and streaming data to AWS.