→ Embedded Systems Engineer & IoT Developer
Firmware and hardware designed to agree. Specializing in microcontrollers, real-time control systems, and IoT architectures that hold up in the field.
// 00.719° S 100.342° E — PADANG, INDONESIA
I build firmware and hardware that hold up in the field, not just the lab. From PID-tuned incubator controls holding under 0.2°C variance to STM32 energy monitors running real-time power-factor math, I care about the milliseconds and millivolts most people never see.
Every system I ship is a circuit: firmware, hardware, and interface have to agree. I write code close to the metal — C/C++, Rust, and Python on ESP32 and STM32 — and build the MQTT backends and React dashboards that surface the signal from the noise.
Brilliant, smart, kind, and loving — that's the standard I hold myself to as an engineer and as a person.
// EDUCATION
Electronics Engineering
Padang State Polytechnic • 2024-present
State Vocational High School 1 Padang
2021-2024
// INTERESTS
Embedded
PIN-01Programming
PIN-02Frontend
PIN-03Backend
PIN-04Database
PIN-05Eng. Tools
PIN-06Cloud
PIN-07
Developed a high-precision temperature regulation system for neonatal care. Implemented advanced PID algorithms on an ESP32 to maintain constant thermal environments with less than 0.2°C variance.
Full-stack IoT solution. Engineered the firmware for distributed ESP32 sensor nodes communicating via MQTT, and built a real-time React dashboard to visualize environmental metrics and manage device states.
Designed custom PCB architecture using KiCad for a multi-channel AC/DC energy monitor. An STM32 handles high-speed ADC sampling and power-factor calculations, feeding real-time analytics that cut industrial power waste.
Freelancer • 2020 - present
PT. Sat Nusapersada Tbk • Jan 2023 - June 2023
Drag, flick, and explore my active repositories. Tap a module for details.
Direct channels for collaboration and inquiries.