As the leader of the Electronics team for the FS Race car, my role involved developing innovative solutions to enhance the car’s electronics:

• Programmed the main computer board of the car integrating with other vehicle systems.
• Implemented real-time telemetry to transmit data from the car to the station.
• Designed a remote dashboard to display real-time car information.
• Created a protocol to optimize data transmission, reducing bandwidth usage by up to 76% while maintaining data integrity.
• Managed and controlled various sensors onboard the car, ensuring accurate data collection.
• Engineered cost-effective sensor solutions to reduce the overall expenditure on the car,.

Through these initiatives, I contributed to the development of a competitive and technologically FS Race car, showcasing the team’s expertise in electronics and innovation.

In the Geospatial Technologies (Geotec) research group, my role revolves around developing innovative solutions for Indoor Positioning Systems (IPS).

This involves:

• Investigating and developing novel IPS solutions.
• Programming and developing software for simulations.
• Utilizing GIS (Geographic Information Systems) for spatial data analysis and visualization.
• Collaborating within a large team of experts in the field.

Through these responsibilities, I contribute to advancing the capabilities of IPS technology, addressing challenges in indoor navigation and positioning.

Upon starting university, I discovered HackerSpace, an association of makers and developers enthusiasts. Within HackerSpace, I have been actively involved in various roles:

• Event manager and organizer, responsible for planning and executing engaging activities and workshops.
• Developer of different projects.
• Participant and winner of several hackathons, showcasing my ability to rapidly prototype and deliver solutions under pressure.
• Proficient in 3D printing technology, using it to bring ideas to life and create tangible prototypes.

Through my involvement in HackerSpace, I have honed my skills, fostered creativity, and built a network of like-minded individuals passionate about technology and innovation.

I was responsible for the backend development of Utopian.is, a blockchain explorer designed for U.is.

My key contributions included:

• Implementing the blockchain explorer, allowing users to interact with the blockchain, view transactions, and explore data.
• Developing the uNS WhoIs feature, similar to Domain WhoIs, enabling users to query and retrieve information about uNS (Utopian Name Service) domains.

These functionalities were essential for providing users with comprehensive access to blockchain data and uNS.

UtopiaPay began as a personal project that grew over time. I was responsible for the full development of both the frontend and backend, which encompassed various functionalities including payment gateways, donation gateways, and more.

Here are the key aspects of my involvement:

• Managed the complete software development process from conception to deployment.
• Utilized a range of technologies including PHP, Laravel, Python, and SQL database to build robust and scalable solutions.
• Developed features such as the payment gateway with IPN (Instant Payment Notification), donation gateway, REST API, invoice management, transaction handling, and credit card transactions.
• Created WordPress plugins for Easy Digital Downloads (EDD) and WooCommerce, integrating UtopiaPay seamlessly into WordPress websites.
• Implemented an admin panel to manage various aspects of the platform efficiently.

Ultimately, the project was sold, marking its success and the culmination of my efforts in its development.