Embedded Web Control and Automation
Python-driven automation across Raspberry Pi and embedded systems.
PythonRaspberry PiArduinoSSHI²C / SPI
Project Goal
Reduce manual testing and control effort across connected hardware.
This work involved using Linux systems, Python, and embedded interfaces to automate control and testing tasks for hardware-connected workflows. The project combines scripting, remote access, and hardware awareness.
How It Was Done
Typical workflow used in this project area.
- Connected Raspberry Pi systems to target hardware or controllers.
- Used Linux command-line tools and Python to interface with devices.
- Communicated through SSH, I²C, SPI, or other applicable interfaces.
- Automated repeated actions to improve speed and consistency.
- Verified system behavior and adjusted scripts based on test results.
Skills Demonstrated
Cross-disciplinary strengths reflected in the project.
- Linux-based hardware control
- Python automation for repetitive technical tasks
- Troubleshooting across both software and hardware boundaries
- Practical use of embedded communication interfaces
Future Improvements
Useful additions for later versions.
- Add diagrams, screenshots, and code samples
- Document a representative test case end to end
- Add logging and reporting output from automation runs