Start with the governing principles.
Derive the relationships rather than memorizing the final equation. A model should be explainable, not mysterious.
HOME/ ABOUT
PROFILE / RESEARCHER. ENGINEER. FOUNDER.
HASSAN
SHAHID.
INDEPENDENT RESEARCHER & FOUNDER / CTO
I study the mathematics behind physical systems, then work toward the electronics and hardware that make them real.
MATHEMATICS ↔ PHYSICS ↔ ENGINEERINGFROM FIRST PRINCIPLES TO HARDWARE
01 / THE PERSON BEHIND THE WORK
AN INTRODUCTION
Curiosity is useful.
Application makes it matter.
I'm Hassan Shahid, an independent engineering researcher and student interested in the space between abstract mathematics and working machines. My work crosses geometric control, topology, electromagnetism, robotics, and electronics.
I gravitate toward questions I can derive from first principles. I want to understand why a system behaves the way it does, what assumptions the model makes, and what hardware or experiment could test the result. The goal isn't to collect impressive terminology. It's to make complicated ideas useful.
03INDEPENDENT RESEARCH
MANUSCRIPTS / STUDIES
MANUSCRIPTS / STUDIES
01ASSEMBLED & TESTED
RADIO HARDWARE PROJECT
RADIO HARDWARE PROJECT
2026FOUNDED
EXODUS INDUSTRIES
EXODUS INDUSTRIES
02 / HOW I THINK
ENGINEERING PHILOSOPHY
Understand the model.
Respect reality.
Think across disciplines.
Math gives the structure, physics sets the constraints, and engineering determines what can actually be built.
Separate a prediction from a result.
Analytical success does not prove experimental performance. Each stage needs a different kind of evidence.
Build, measure, refine.
A good engineering model should eventually meet test data. Practical development is where the most interesting mistakes become visible.
03 / BUILDING & LEADING
EXPERIENCE
An engineer's curiosity.
A founder's responsibility.
Founder & CTO
I established Exodus Industries to pursue a longer-term direction in electronics, autonomous systems, and integrated physical platforms. My current contribution centers on technical direction, architecture exploration, and connecting research questions to system-level requirements.
Exodus technology described here is early-stage and concept-level. This page is about my work and direction, not a claim of a delivered aerospace product.
View Exodus Industries ↗Robotics, mathematics & science teams
My activities include robotics leadership, mathematics coaching, and Science Bowl. I enjoy technical collaboration because a good idea usually becomes more useful once someone else questions its assumptions.
Explore selected projects ↗04 / THE TECHNICAL TERRITORY
LEARNING / RESEARCH / PRACTICE
Three disciplines.
One way of thinking.
M / 01
Mathematics
Differential equations, algebraic topology, geometric control, and stochastic modeling.
VIEW RESEARCH ↗ P / 02Physics
Electromagnetism, mechanics, field geometry, and mathematical descriptions of physical systems.
VIEW RESEARCH ↗ E / 03Engineering
Electronics, radio hardware, robotics, embedded systems, and architecture-level integration.
VIEW PROJECTS ↗AN ENGINEERING CONVICTION
“I don't just want to understand the equation. I want to build what it describes.”
HASSAN SHAHID / FIRST-PRINCIPLES ENGINEERING
05 / KEEP EXPLORING
THE STORY IS
IN THE WORK.
Browse the manuscripts, study the models, and see what has been tested so far.
Explore my research ↗