About Me

I'm Yağızhan Keskin, an engineer working at the intersection of Electrical & Electronics Engineering, Computer Engineering, and Mechanical Systems — with a passion for translating neural signals into real-world control systems. My work spans from low-level circuit design to high-level AI models, aiming to bridge the gap between the brain, machines, and digital ecosystems like Web3.

Currently pursuing a double major with a minor in Mechanical Engineering, I specialize in building systems that connect human bio-signals (EEG/EMG) with intelligent, responsive hardware. My projects often blend signal processing, embedded electronics, and machine learning, whether it's unlocking a crypto wallet using muscle signals or controlling a prosthetic arm through neural activity.

I'm also passionate about music-tech, and have been experimenting with signal-driven musical interfaces, real-time audio filtering, and brain- or gesture-controlled sound modulation systems. These side projects fuel my curiosity in analog-digital conversion, sensor interfacing, and the emotional layers of signal-based interaction.

Alongside these I have also worked on EV(Electric Vehicles), especially their charging stations and charging systems all together.

As President of my university's Robotics Club, I lead initiatives that span smart devices, real-time systems, and autonomous platforms. I'm deeply engaged in hackathons, collaborative R&D with academic labs, and trying to build a biomedical startup focused on adaptive prosthetics.