A formative project in designing, building and testing model rockets—an early lesson in learning by making, measuring and revising physical systems.
Model rocket at ignition and liftoff.Project archive
StatusEarlier project
RoleStudent engineer
FocusAerodynamics · Structural reasoning · CAD
Section study showing the internal packaging and structure.Project design archive
The problem
Model rocketry turned abstract mechanics into immediate design questions: stability, structure, mass distribution and the discipline of testing physical assumptions.
My contribution
01
Designed and built a series of model rockets with attention to stability and structural behaviour.
02
Used repeated testing to refine geometry and understand the gap between calculations and physical outcomes.
03
Completed related coursework through IIT and documented the engineering process.
Technical challenges
01
Working within tight mass and stability constraints.
02
Learning to interpret imperfect test outcomes without overfitting a design response.
03
Keeping experimentation systematic and safety-led.
What I learned
01
Physical systems make weak assumptions visible quickly.
02
Iteration works best when each test has a clear question.
03
Hands-on curiosity became the thread that later led me toward robotics and automation.
Potential next steps
01
Keep the project as a record of early engineering curiosity.
02
Apply the same test-and-learn discipline to safer, more instrumented robotics projects.
