I’m a maker, educator, and aspiring robotics engineer with a background rooted in hands-on learning and creative problem solving. I’ve spent several years working in makerspaces and educational environments, where I taught students how to turn ideas into physical, working projects. Whether guiding kids through building and programming robots, learning circuitry and soldering, or navigating the engineering design process, my focus has always been on making technical concepts approachable, empowering, and fun.
Alongside teaching, I design and build my own engineering projects, primarily in robotics, electronics, and digital fabrication. My work spans 3D modeling and printing, microcontroller-based systems, sensor integration, servo-driven mechanisms, and PCB design. I enjoy iterating from rough prototypes to refined solutions for educational or small-scale robotic systems. My projects are designed around the idea that K – 12 educational tools should be cheap, accessible, and fun to use. In 2024, I presented my Micro:Bit powered robotic arm “Cubewhich” at the NOVA Maker Faire.
My path into engineering is shaped by an interdisciplinary background that combines coursework at Montgomery College, makerspace programing, and technical self-study. This perspective allows me to bridge the gap between theory and practice, and between expert knowledge and beginner understanding. My most recent project, “Best Friend” was awarded 1st place at the Montgomery College 2025 Engineering Design Challenge.