HARDWARE
A collection of embedded systems projects, hardware designs, and infrastructure experiments. Each project represents hands-on learning and real engineering challenges.
Designed a capacitive DCDC converter for voltage stabilization controlled by a microcontroller. Focused on handling short voltage dips and spikes (<1ms). Tasks included literature research, algorithm development, simulations in target environment, and creating a complete project presentation with design and simulation results.
Key Features:
- Capacitive DCDC topology
- Microcontroller-based control
- Voltage stabilization for <1ms transients
- Simulation in target environment
- Complete project presentation
A USB to SFP fiber optic adapter built using ASIX AX88772B controller IC and SFP transceiver modules. Designed to convert USB data signals into optical signals for high-speed transmission beyond copper cable limitations.
Key Features:
- USB 2.0 to optical conversion
- 100 Mbps fiber transmission
- 275m distance capability
- Custom PCB design in EAGLE
- Hot-swappable SFP module
Modeled in Onshape and 3D-printed, this adapter lets a standard VESA monitor arm mount directly to an HP proprietary monitor mount. Designed for a snug, wobble-free fit and printed as a functional end-use part, now in daily use.
Key Features:
- Modeled in Onshape
- 3D-printed functional adapter
- Adapts VESA arm to HP monitor mount
- Direct-mount, daily-use part