HASSAN SHAHID
ENGINEERING RESEARCH · ELECTRONICS · ROBOTICS
PROFILE
Independent student engineering researcher focused on mathematical modeling in robotics, topology, stochastic systems, and electromagnetism. Author of three technical manuscripts, with hands-on experience in radio hardware assembly and functional testing. Founder and CTO of Exodus Industries.
INDEPENDENT RESEARCH
Geometric Control, Actuator Feasibility, and Algebraic Equilibria in a Four-Wheel X-Drive Robot · 2026
- Modeled robot kinematics and wheel-speed constraints using geometric control, Lie-group pose errors, and a Riemannian effort metric.
- Explored idealized control behavior and numerical cases; physical robot validation remains future work.
Persistent Homology and Stochastic Dynamics: Stability in Financial Modeling · 2026
- Studied correlation-based persistent-homology features as possible lagged inputs to stochastic models.
- Investigated perturbation stability and analytical examples; predictive usefulness remains untested.
Topology in Electromagnetic Confinement: Literature Review and Conceptual Synthesis · 2026
- Completed an independent literature-based examination of mathematical topology and electromagnetic confinement.
TECHNICAL EXPERIENCE
Radio Kit Assembly and Functional Test · Summer 2026
- Assembled and soldered a radio kit from supplied components; confirmed successful transmission and reception.
Exodus Industries | Founder & CTO · 2026–present
- Developing the concept-stage direction of an engineering venture focused on electronics, modular avionics, and systems integration.
TECHNICAL BACKGROUND
Mathematics & modeling: Calculus, differential equations, kinematics, geometric control, Lie-group methods, persistent homology, stochastic models.
Electronics & robotics: Soldering, radio assembly and functional testing, VEX V5 hardware familiarity, control-system analysis.
Research methods: Literature review, mathematical derivation, analytical models, technical writing.
EDUCATION
Advanced high-school coursework in calculus, physics, chemistry, and computer science. Completed AP Calculus AB, AP Calculus BC, and AICE Physics AS; further coursework in AICE Physics A-Level and AP Computer Science A.
RESEARCH INTERESTS
Autonomous-system control, topological data analysis, electromagnetic field structure, onboard electronics, resilient avionics architectures, and mathematical modeling of complex systems.