I build reliable embedded systems where sensors, firmware, connectivity and physical constraints become one coherent product.
A cinematic identity inspired by the invisible current moving through connected devices: precise, energetic and quietly alive. The work spans firmware, board bring-up, sensing, communications and field reliability.
Prototype close to the hardware, instrument every assumption, design for failure, and keep the path from physical signal to useful behavior understandable. I care about clean interfaces, deterministic behavior and devices that remain trustworthy outside the lab.
Capability is shown as a hardware-to-cloud stack rather than generic percentage bars.
Drivers, state machines, interrupts, watchdogs and memory-conscious application logic.
Calibration, signal conditioning, sampling strategy and robust sensor integration.
BLE, Wi-Fi, MQTT and device protocols designed for useful telemetry and recovery.
Board validation, peripheral debugging, serial interfaces and hardware/software integration.
Lightweight inference and local decisions where latency, bandwidth or privacy matters.
Fault handling, power-aware behavior, observability and testable recovery paths.
Representative portfolio projects showing the full embedded loop: sense, decide, communicate, recover.
Battery-conscious environmental node combining calibrated sensing, local anomaly detection and MQTT telemetry for distributed monitoring.
BLE commissioning companion for connected hardware, with guided provisioning, diagnostic states and resilient reconnect behavior.
Fault-safe industrial control prototype coordinating sensor triggers, relay states and local watchdog recovery.
Compact vibration-monitoring proof of concept using sampled sensor data and lightweight edge classification to flag machine anomalies.
Have a connected-device concept, firmware challenge or prototype that needs to move closer to production?