I'm Rabee AbuMaraq, a physics student at Gettysburg College passionate about transforming theoretical concepts into real-world solutions. From developing full-stack applications to engineering robotics systems, I bridge the gap between science and technology.
Gettysburg College '27
I believe in the power of interdisciplinary thinking. My unique background combines rigorous scientific training with practical engineering experience.
Pursuing a degree in Physics at Gettysburg College, where I explore everything from quantum mechanics to computational modeling. My academic journey fuels my passion for understanding how the world works at a fundamental level.
As a Deep Tech Fellow at Transform VC, I research emerging technologies and hardware innovations. I'm constantly exploring new ways to apply cutting-edge technology to solve real-world problems.
From building electric skateboards to designing solar charging stations, I love bringing ideas to life. My technical service work with commercial vehicles taught me the importance of reliability and practical engineering.
A diverse skill set spanning physics, software development, and hardware engineering
A showcase of my work spanning web development, hardware engineering, and robotics
Full-stack platform serving 2000+ students with automated content parsing, reducing manual maintenance by 75%. Built with modern web technologies and scalable architecture.
Engineered dual BLDC motor system with custom 3D-printed enclosures and MATLAB-optimized performance. Achieved 20+ mile range with regenerative braking.
Custom PCB design with MPPT algorithm for optimized solar panel efficiency. Implemented smart power management and real-time monitoring system.
Founded and lead college robotics club, developing sensor integration and mechanical design workshops. Growing community of 50+ members.
FAA-certified drone pilot capturing stunning 4K aerial footage for various projects and events. Specialized in technical documentation and creative storytelling.
Python-based diagnostic tool for OBD systems, reducing diagnostic time by 30% for 150+ commercial vehicles. Automated reporting and data visualization.
Building expertise through diverse experiences in technology, research, and leadership
Led technical curriculum for 35+ students in summer tech camps, supervised 8 interns, and reduced equipment downtime by 25% through improved maintenance protocols. Developed innovative teaching materials for robotics and programming courses.
Conducted technical market research on emerging engineering technologies and hardware innovations. Analyzed deep tech startups and contributed to investment decisions through detailed technical assessments and feasibility studies.
Diagnosed and repaired mechanical/electrical failures in 150+ commercial vehicles. Developed Python scripts for automated diagnostics, improving efficiency and reducing downtime. Gained hands-on experience with complex mechanical and electrical systems.
Developed and maintain comprehensive platform serving 2000+ students at Gettysburg College. Implemented automated content parsing system that reduced manual maintenance by 75%. Continuously improving user experience based on student feedback.
Founded and lead college robotics club with focus on sensor integration, mechanical design, and autonomous systems. Organize workshops, competitions, and hands-on projects for students interested in robotics and engineering.
Always open to discussing new projects, creative ideas, or opportunities to collaborate