Project archive
The work, in detail.
Medical devices, hospital automation and connected-product development — followed by the student experiments that came first.
Medical devices & hospital systems
ApneBoot
Embedded firmware, physiological sensing and research support for a neonatal apnea monitoring and intervention device.
Belly Button
A gyroscope-based breathing movement monitor, developed from an identified market need through manufacturing preparation.
Wrist vital-sign monitor
A wrist-worn prototype integrating cuff-based blood pressure sensing with SpO₂ and temperature measurement.
Connected hospital systems
An in-house hardware programme connecting patient-facing devices and operational workflows with hospital software.
TempWatch
Three generations of work: flagship cost optimization, a rechargeable version brought to production, and a rechargeable BLE-connected variant.
Height & weight capture
Automated height measurement and smart weighing workflows within the hospital hardware programme.
ECG patch
Wearable ECG acquisition development, from analog front-end selection to low-power continuous sensing.
Multi-parameter wearable development
Integrated wearable sensing across blood pressure, SpO₂ and temperature, with system and firmware coordination.
Sourcenode · Entrepreneurship
Co-founded alongside my Bempu work, exploring modular IoT integration and physical connected products.
Plug-and-play IoT platform
A modular hardware and software approach to adding connectivity to existing electronic products.
UV disinfection chamber
A UV chamber with touch-panel time selection and a door-open safety mechanism.
Smart manhole monitoring
A retrofit monitoring concept for cover position, water level, sewer gas and vibration, with gateway connectivity.
2017–2018 · Early experiments
Student builds
17–18 February 2017Automatic garbage segregator and resource utilization using PLC
Conveyor-fed waste identification using IR, metal, capacitive and resistive sensing, with pneumatic and mechanical sorting, bin-full monitoring and a resource-utilization concept.
Arduino plant monitoring system with voice recognition
An Arduino-based plant monitoring system with voice recognition, bringing embedded electronics and a voice interface together.
B-pebble — indoor positioning and advertising
Arduino and Bluetooth-based indoor positioning and advertising, explored as a student electronics project.
Hybrid solar–wind city and energy management using IoT
A hybrid solar–wind city project exploring renewable energy and IoT-based energy management.
3D scanning using depth sensing and texture segmentation
A student project exploring 3D scanning through depth sensing and texture segmentation.
Smacle — smart E-bike
A smart electric-cycle concept integrating a microcontroller, an electronic speed controller and supporting sensor circuitry.