My name is Mohamed, and I’m an Engineering Science student at the University of Toronto intending to pursue Engineering Physics. I’m driven by a strong interest in mathematically grounded problem-solving and building tools that connect theory with real world applications. I particularly value learning from new experiences, and collaborating with people who have different perspectives and skills.
I'm a huge fan of space and abstract geometry, and I love exploring the connections between theoretical concepts and practical applications. When I'm not studying or coding, i'll probably be reading about theology or fictional works, working on personal projects, watching shows, or just learning about math and physics topic I find intriguing (external to course material), i've recently taken a particular interest in number theory.
I believe in building things that matter and constantly pushing the boundaries of what's possible through technology and innovation. I honestly do believe that there isn't anything on earth you can't learn, you just have to dedidate enough time and effort to it.
Built a general-purpose beam simulation engine for arbitrary cross-sections by computing section properties directly from geometry; generating deflection curves, and factor-of-safety statistics for arbitrary loads using numerical integration.
Developed MATLAB stress/deformation visualizations, including 3D deflection animations under moving/distributed loads, and validated predictions against physical tests.
Click me to go to repository!
Built a web-based tool to convert handwritten, typed, and audio notes into structured LaTeX documents optimized for notation heavy coursework and technical writing.
Implemented OCR, parsing, and automation pipelines to generate compilable LaTeX with support for equations, figures, and modular document organization.
Feel free to reach out if you'd like to collaborate or just say hello!