Our Projects

Engineered wearable device prototypes across smartwatches, smart rings, and fitness/sleep bands with compact PCB design, low-power firmware, BLE stability, and physiological sensor integration.

Developed a smart sleep-aid prototype that uses gentle red light, projected breathing guidance, synchronized audio, and connected firmware to support relaxation and better sleep routines.

Engineered a smart house-number sign with dusk-to-dawn activation, emergency LED alerts, mobile control, OTA firmware updates, and cloud-backed device management.

Built a specialized GPS tracking module for mobile assets such as trucks, caravans, and boats, integrating GNSS, Ethernet, LTE Cat-4, firmware resilience, and backend throughput support.

Transformed a standard foosball table into a self-running game system with IR goal detection, live scoring, timed matches, synchronized audio, and event-driven lighting.

Designed and built a custom BLDC motor speed controller from power board and MOSFET driver to PID firmware, touchscreen UI, and calibrated validation.

Built a playful embedded audio device where children press physical buttons to play songs, adjust volume, and trigger colorful LED effects without needing a screen or app.

Created an NFC-enabled music box concept that combines physical interaction, embedded audio playback, and simple content triggering through tagged objects.

Delivered a full-stack LoRaWAN smart-furniture system that lets resorts identify, locate, book, and bill outdoor chairs without wires or daily charging.

Developed an ultra-compact wearable device focused on maximum power efficiency, accurate heart-rate and body-temperature sensing, and BLE connectivity in a very small form factor.

Engineered a connected hydrogen wellness device focused on accurate %H2 dosing, real-time diagnostics, emergency auto-shutdown, and a seamless on-device and mobile user experience.