My expertise in QT and C++ programming played a key role in the success of this project. I was responsible for crafting an interactive graphical interface that brought a user-friendly dimension to the simulator.

My contributions extended beyond software development to the very core of the hardware that made the simulator possible. I actively participated in the PCB and circuit design process, applying my specialized knowledge and skills in SPICE. This experience provided me with a profound understanding of the intricacies of PCB design, from initial conceptualization to the final implementation.

Conducted in-depth customer research to gauge the nexus between the gaming and web3 sectors, leading to the creation of 'Dexnaments' – a decentralized esports tournament platform built on Solana using Rust.

Subsequently, 'Dexnaments' transitioned into a standalone company, positioning it for broader expansion.

Empowered users with the ability to effortlessly book exclusive venues, complete with world-class amenities and customized decor themes.

Engineered a cross-platform application using Flutter, ensuring seamless compatibility for both Android and iOS users.

Utilized Node.js for backend development, paired with MongoDB, guaranteeing optimal performance and scalability.

Hosted the application on AWS, ensuring consistent uptime and reliability for our growing user base.

Developed firmware for battery management, voltage detection, LCD interfacing, and speed/acceleration metrics using Atmega328P and integrated additional electrical components.

Engineered a voltage divider circuit to derive two distinct voltage levels, 5V for electronics and 20V for a motor, from a single 25V battery source.