Background & Evolution

My interest in engineering started early, breaking down hardware and exploring logic. Those early days of tinkering with microcontrollers and writing basic scripts quickly grew into a passion for systems architecture and deep-level operating system internals.

My analytical foundation stems from competitive problem-solving. I competed in National Olympiads out of a genuine curiosity for complex mathematical models. This drive for optimization carried over into my academic career, earning Honors and leading me to pursue a Dual BSc in Computer Engineering & Mathematics.

During university, I naturally gravitated toward low-level security and cryptography, spending time reverse-engineering and participating in CTFs. At the same time, my Erasmus+ exchange in Poland helped me realize the value of adaptability and clear communication in international tech environments.

Today, I apply mathematical theory directly to hardware execution. As a Software Engineering Intern at the Supercomputing Center of Galicia (CESGA) representing RAPOSa, I develop native C++ interfaces for global optimization solvers. My daily work revolves around minimizing spatial complexity and optimizing execution latency microsecond by microsecond.

As I approach graduation, I am heavily focused on the High-Frequency Trading (HFT), Deep Tech, and core Infrastructure sectors. I am preparing for engineering roles that demand extreme system reliability, C++/Rust concurrency, and a rigorous analytical approach.