Projects
Custom Electrolysis Stack for Solar Module Integration
Show More
Description:
A custom-built electrolysis stack was designed and built for direct operation from a solar module, enabling efficient green hydrogen production with minimal electronics, high resilience, and cost-effectiveness.
Key Work:
- Custom electrolysis cell architecture designed from scratch
- Selected and sourced materials for electrodes, membranes, and housing
- Current-voltage behavior modeled to match solar panel characteristics
- Integrated the system for optimized efficiency without complex power electronics.
- Real-world testing under varying sunlight conditions
Technologies Used:
SolidWorks · Electrochemistry modeling · Embedded system prototyping · Materials selection
Impact:
The system demonstrated low-cost, direct solar-powered hydrogen production—eliminating the need for DC/DC converters or battery buffering. This provides a simple, standalone solution for green energy applications.
Precision Smart Rotator with IoT Control Prototype
Show More
Description:
An IoT-enabled stepper motor system was engineered for high-precision remote control, featuring real-time adjustments via smartphone and automated motion sequencing.
Key Features:
- Smartphone Dashboard
- Live RPM/direction control via sliders
- Angle targeting with position feedback
- Programmable Automation
- Preconfigured motion profiles (acceleration, steps, dwell time)
- Camera trigger synchronization
- Compact Mechanical Design
- Custom 3D-printed housing (Fusion 360)
- Integrated electronics compartment
Technologies Used:
Circuit design · Fusion 360 · IoT protocols (MQTT)