- Circuit and motor simulation using Proteus ISIS
- G-code parsing and transmission using a custom software developed to control axis movements
- Real-time interaction between virtual hardware and the control software.
- The system reads G-code line by line and sends the motion commands to the simulated motors.
This project reflects how embedded systems, motion control, and desktop automation can work together through simulation and software engineering.
In this exercise, I used trading charts as a data source, not to speculate, but because they are publicly available, real-time data, ideal for testing algorithms and simulating automated decision-making processes.
- Applied algorithmic analysis.
- Automating both decision-making and subsequent actions.
- Managing real-time data flows.
- And most importantly, enhancing my analytical skills.
- Fully designed and fabricated a custom 2-axis laser CNC machine from scratch.
- Engineered precise mechanical components using electromechanical principles.
- Integrated stepper motors and laser module for accurate material engraving.
- Achieved high-precision motion control for reliable 2D laser operations.
Discover all these open-source projects on my GitHub page .
- GUI-PDF-to-Excel - Desktop app with a user-friendly interface to convert structured PDF tables into Excel sheets using intelligent parsing.
- Web-App-Flask-PDF-to-Excel-Table - A lightweight Flask web application that extracts tables from PDFs and exports them as Excel files.
- GPT-3.5 Voice Assistant for Android (QPython) - AI-powered voice assistant built using OpenAI's GPT-3.5 and QPython for Android interaction.
- PDF-Table-Extraction-to-Excel - Python script that identifies and extracts table structures from PDFs and saves them to Excel with layout preservation.
- OCR and Text Extraction from Scanned PDFs - Combines OCR (e.g., Tesseract) and NLP to extract text from scanned or image-based PDFs, enabling searchable output.