GreenPulse
Low-power environmental node combining temperature, humidity and light sensing with periodic telemetry and battery-conscious firmware.
I build connected embedded systems that turn sensors, firmware and real-world data into dependable products, from board-level logic to cloud-ready telemetry.
Embedded engineering is where constraints become design decisions. My work connects reliable firmware, useful sensing and clean device communication.
I'm a Software Developer with hands-on experience designing, building and shipping products end-to-end. I love turning complex problems into simple, reliable solutions.
prototype and product builds spanning sensor nodes, microcontroller systems, device interfaces and connected telemetry.
the mindset I bring to device behavior: predictable states, observable failures, efficient code and systems designed for the physical world.
Capabilities are shown as signal clusters rather than generic percentage meters.
Selected concept builds showing the path from physical input to useful connected behavior.
Low-power environmental node combining temperature, humidity and light sensing with periodic telemetry and battery-conscious firmware.
Proximity-aware BLE device concept for short-range status and location signals.
Microcontroller automation system with guarded relay states, sensor triggers and fault-safe behavior.
A practical engineering path built around making devices understandable, testable and useful.
Designing firmware flows, sensor integrations, device communication and connected prototypes with an emphasis on reliability and clean debugging.
Worked across microcontroller programming, peripheral integration, serial interfaces and hardware-software bring-up.
Built hands-on foundations through sensor experiments, control systems and small connected-device prototypes.