A deep dive into the complex wiring and custom circuitry of the "Warp Drive" project. This intricate setup demonstrates advanced integration of an ESP32 custom board, haptics, LEDs, sophisticated sound design, intuitive UI, and efficient battery management, all powered by over 14,000 lines of custom code.

A testament to ultra-compact design, this super-clean, hand-soldered test circuit, smaller than a 50-cent coin, is engineered for precise human data collection. Its wearable design, utilizing magnetic integration, highlights innovation in discreet health monitoring.

A hands-on demonstration of creating a compact, custom gaming project from scratch. This image highlights the integration of a joystick and haptic feedback, showcasing proficiency in building engaging interactive experiences with fundamental tools.

A vibrant display of custom game development, featuring classic titles like Snake, Space Invaders, and Flappy Bird. This project involved creating a modular game library and adaptable code, underscoring expertise in efficient and expandable software architecture.

Exploring the frontier of smart materials, this image illustrates how circuits can be seamlessly embedded within textiles. It showcases the creation of innovative "smart fabrics" for everyday wear, blending electronics with soft goods.

A tangible example of a university project focused on wearable anxiety monitoring and guided breathing. This piece demonstrates the successful integration of sensors and actuators directly into textiles, creating a discreet and functional health solution.

This image captures a rapidly developed proof of concept, created and coded within a single day. Using simple analog inputs and a compact screen, it embodies the agility and efficiency in transforming ideas into functional prototypes.

Another perspective of the "Warp Drive" POC, emphasizing its compact form factor and intuitive controls. This quick prototype highlights the ability to deliver functional and engaging mini-devices efficiently.

A detailed view of a complex game system utilizing five distinct sensors and multiple dot matrix displays. This project explores speculative design, aiming to bridge connections and foster interaction between friends across distances.

Another angle of the speculative game, showcasing its intricate wiring and the dynamic interplay of multiple dot matrix displays. This highlights the sophisticated integration required for a multi-sensory and interactive experience.

This image captures the hands-on process of assembling a robotic arm, a system I personally designed. It reflects expertise in advanced CAD software and various manufacturing processes, culminating in a successful robotic solution for a degree project.

A visual of the "Attention Lamp," another speculative design project. This innovative device integrates LEDs, a human presence sensor, and a button, designed to help users train their ultradian cycles for improved focus and concentration.