Automation · Embedded Systems · PCB Design · Robotics
Electrical engineering student at UNETI, building practical systems across hardware, firmware, automation, and software.
I enjoy engineering complete systems rather than isolated pieces:
Schematic & PCB → embedded firmware → communication → application software → testing & documentation
I use GitHub as both a project workspace and an engineering notebook, keeping source code, hardware files, experiments, reports, and reusable tooling together whenever that improves traceability.
- Embedded systems: STM32, ESP32, Arduino, FreeRTOS and C/C++ firmware architecture.
- Hardware and PCB: schematic review, component selection, PCB layout and reusable Altium libraries.
- Robotics and automation: motor control, communication protocols, timeout protection and recovery logic.
- Software engineering: Python desktop tools, dashboards and testing applications.
- AI and computer vision: intelligent classification and workflow automation.
- Understand the system: interfaces, constraints, failure modes and actual operating conditions come first.
- Design for verification: logs, test points, reproducible builds and acceptance criteria reduce guesswork.
- Prefer safe failure modes: timeouts, validation, recovery paths and conservative assumptions are part of the design.
- Measure before optimizing: performance work should be based on evidence and documented decisions.