Firmware, electronics, and connected systems, from interface to device.
AI-styled cover based on the prototype. Original hardware and screen photos below; not a wiring reference.
Upgraded an existing ESP32-based Aqua Sync system by programming a 7-inch CrowPanel HMI to interface with 10 one-wire temperature sensors and a DHT sensor, connecting two embedded boards, and implementing OTA updates. Designed the interface in Figma before building the final UI in SquareLine Studio.
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AI-styled cover based on the prototype. Original build photos below.
Designed and developed a prototype system to manage borrowing and returning shared tools. I handled hardware programming, mobile UI/UX design, full Flutter application development, and Firebase integration for real-time data storage and tracking. The system monitors tool availability, tracks borrowed items and overdue returns, and provides notifications through a clean mobile interface.
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AI-styled view of the prototype hardware. Original photos below; not a wiring reference or evidence of clinical performance.
A fall-detection prototype documented through a Raspberry Pi and relay setup, a computer-vision development demo, and a companion smart-home control interface with normal and alarm-locked device states.
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AI-styled cover based on the wearable prototype. Original build photos below; not a medical certification or performance claim.
Developed a wearable muscle activity monitoring system using the MyoWare 2.0 EMG sensor and a custom Flutter mobile application for real-time visualization and analysis. Surface electrodes capture muscle signals, which stream to the app as live graphs and metrics including peak values, mean amplitude, and signal variability. Firebase provides real-time data synchronization and cloud storage.
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AI-styled cover. Original build photos below.
A medication dispenser prototype with a companion mobile interface for patient and doctor access, medication schedules, and adherence tracking.
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AI-styled cover. Original build photos below.
Applied IoT model for automatically managing mosque energy and ventilation.
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An agricultural robot that combines crop selection, fertilizer recommendations, leaf-disease diagnosis, and remote device management through Firewire OTA.
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Real ROV prototype. SolidWorks mechanical design and related Q1 research are available below.
An ESP32 control system with NRF24L01+ radios for bidirectional telemetry and commands between an operator and a remotely operated vehicle.
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An access-control prototype that separates the human-machine interface from the electronic control unit to limit the effect of physical tampering.
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AI-styled monitor mockup based on the original dashboard. Original screenshot below; displayed device states are demo data.
A remote firmware and hardware management platform for edge devices, with version tracking, device assignment, and health telemetry.
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