I engineered key expansions for a high-end charter management platform for private aviation, built on a Laravel and Vue stack. I led the modernization of the application?s core infrastructure, upgrading legacy dependencies to ensure long-term security and performance while maintaining 24/7 availability for global operations.

I architected and implemented several critical business modules, including a comprehensive customer loyalty program and a suite of organizational tools for flight coordinators, such as synchronized calendars and task-management systems. Additionally, I overhauled the client-facing booking engine, streamlining the UX to allow users to self-initiate complex charter requests, which significantly reduced manual administrative overhead.

I was the lead developer for a project called peek.social. It combines approaches of Tinder, Instagram and OnlyFans to an adult focused social interaction platform.

I engineered core firmware features for an embedded control system governing a high-performance electric hydrofoil. My work focused on the development of low-latency monitoring systems for mission-critical telemetry, including real-time thermal management, battery state-of-health (BMS), and motor power-curve optimization.

A primary technical challenge involved managing strict hardware limitations. Through rigorous static code analysis and algorithmic optimization, I successfully reduced the compiled binary footprint, reclaiming vital memory for expanded navigation logic and redundant safety protocols.

Working at the intersection of software and hardware, I collaborated with electrical engineers to ensure high signal integrity and system reliability. My contributions directly enhanced the craft?s responsiveness and operational safety, resulting in a more intuitive and high-performing user experience.

I spearheaded the development of a mission-critical mobile application for the configuration and control of high-performance electric hydrofoil watercraft. My central contribution was a strategic shift in the system architecture: transforming the communication model from an internet-dependent cloud sync to a robust, hardware-direct Bluetooth Low Energy (BLE) ecosystem.

I architected and implemented a custom BLE stack from the ground up, designed to interface seamlessly with multiple onboard subsystems. This implementation eliminated the dependency on cellular service, providing users with high-reliability control in remote marine environments. Throughout the project lifecycle, I led the end-to-end integration across both the mobile and embedded firmware layers, ensuring the stack remained performant as system requirements evolved.

Beyond the core communication layer, I enhanced the platform's data capabilities by integrating advanced geospatial visualizations via Google Maps and Mapbox, enabling users to analyze complex track telemetry in real time.

Served as Project Manager, Team Leader, and Developer in various academic and industry projects, with a strong focus on high-dimensional data analysis, data-driven machine learning processes, and AI-driven data analysis.

Development of different software tools for the efficient analysis of