My Projects

This project involved creating a robust automation suite for configuring network devices on the production line. By moving fro manual CLI commands to Python scripts using Netmiko and Paramiko, we achieved:

• 30+ New Lines added.
• 40% Faster deployment times for new lines.
• Support for both IPv4 and IPv6 stacks.

Key Technologies:

Python, Linux (Debian), SSH Automation, RegExp parsing with Python.

Comprehensive graduation project that bridged the gap between digital models and physical manufacturing. The system parses standard STL files, slices them into layers, and generates GCode instructions for a custom-built 3-axis printer.

• Custom Slicing Algorithm implemented in Python.
• Real-time visualization of the print path.
• Direct serial communication with Arduino-based motion controllers.

Designed for high-scale manufacturing environments, this framework automates the New Product Introduction (NPI) testing phase for Cisco networking hardware.

• Modular architecture allowing easy addition of new product families.
• Integration with SQL databases for result logging and yield analysis.
• Parallel execution capabilities to test multiple units simultaneously.