About Me

From an early age, technology has always been intriguing. Observing what could be achieved despite the limitations of our physical natural laws egnited a vision of turning imagination into reality and cultivating the skills required to make fiction tangible.

A broad foundation in science and technology, combined with deep computer knowledge, led to experimentation with Arduino microcontrollers and the practical application of mathematics and scientific principles. This exploration evolved into drafting and creating engineering sketches, transforming conceptual designs into physical creations.

An appreciation grew for elasticity, compliant mechanisms, and mechanical power transmission—fields refined by earlier innovators and made available as tools for advancing new ideas. Building upon this collective knowledge has enabled the pursuit of creating systems that align with a forward-looking vision.

This path has included diverse projects spanning app development, simulations, and mechanical and electrical systems, all aimed at providing practical solutions to foreseen challenges.

• CAD design using Autodesk Inventor and AutoCAD
• App development with MIT App Inventor, Python (OpenCV, Tkinter, PyQt, MATPLOTLIB, PANDAS, etc.), and Unity
• Experience in the following programming languages: C++, Python, Java, G-code, TypeScript, React, AutoLISP, C#
• Proficiency with microcontrollers and microprocessors such as Arduino, ESP32, STM32, and Raspberry Pi
• CNC expertise focused on 3D printers and laser cutter/engravers
• System Analysis
• Web development using Webflow and Next.js
• Highly proficient in Excel
• Proficient in Microsoft Office solutions
• Highly skilled in Adobe Premiere
• Proficient in Adobe After Effects, Adobe Audition, Adobe Illustrator, and Adobe InDesign
• Experience in developing and customizing MIT App Inventor extensions
• Strong problem-solving and design abilities