Rocket Architects
Science Meets Engineering — Build What Others Only Dream
The course where physics gets real. Students explore propulsion, aerodynamics, and advanced mathematics to design rockets that could actually work. Hands-on simulations and team competitions included.
Introduction to Rocket Propulsion · Live Sample Lesson
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Full Syllabus
A structured, week-by-week journey crafted by space educators and STEM curriculum designers.
- ›Review of Newton's 3 Laws with real rocket examples
- ›What makes a rocket different from a plane
- ›Forces on a rocket: thrust, drag, lift, gravity
- ›Assignment: Calculate escape velocity from different planets
What Your Child Will Master
Apply Newton's laws and calculus to real rocket design problems
Understand propulsion types and calculate delta-V for missions
Design aerodynamically stable multi-stage rockets
Program basic guidance and navigation logic
Analyze past and present real-world rocket systems
Collaborate on complex engineering problems in a team
Build a competition-ready mission design portfolio
Qualify for Orbit Academy's Interplanetary Challenge
Meet Your AI Teacher
NEXUS
Next-gen Engineering eXpert & Unified Simulator
Specialty
Propulsion Physics, Rocket Design & Advanced STEM Math
NEXUS is a high-energy AI instructor who thrives on turning 'this is too hard' into 'I just built that'. With real simulation tools and adaptive challenges, NEXUS pushes every student to their best.