Physics & Design
Where Innovation Meets Discovery
Step into a world where theoretical physics meets hands-on engineering. Design circuits that power the future. Build machines that solve real problems. Create CAD models that bring ideas to life.
Click components to learn!
Your Discovery Journey Awaits
From curiosity to mastery, see how Physics & Design transforms students
Spark of Curiosity
"I always wondered how things worked, but Physics & Design showed me I could actually build them myself."
Hands-On Mastery
"Building my first working circuit in Circuit Lab was magical. Suddenly, physics wasn't just theory—it was power in my hands."
Competition Excellence
"Our CAD model won regionals! But more importantly, I learned to think like an engineer—breaking down complex problems into solvable pieces."
Future Unlocked
"Science Olympiad didn't just teach me physics—it taught me how to learn, how to persist, and how to innovate. It shaped who I am."
Master Three Worlds of Engineering
Each event is a gateway to a different aspect of engineering mastery
Engineering CAD
Master the art of Computer-Aided Design. Read technical drawings, build 3D models, and bring engineering concepts to life through digital precision.
🎮 Try It Now: Rotate the 3D Model
🌍 Real-World Impact
From designing spacecraft components to creating medical devices, CAD skills open doors to every engineering field.
Key Skills
- Parametric modeling and fully constrained sketches
- Assembly mates and motion; design intent and revisions
- Reading and reproducing engineering drawings and GD&T basics
Core Topics
- Dimensioning standards, tolerances, section and detail views
- BOMs, exploded views, subassemblies vs assemblies
Practice Plan
- Speed-model drills from provided drawings
- Weekly assembly challenges with specified mates
- Create drawings for peer review; iterate with feedback
Machines
Build lever-based measuring devices and master the principles of simple and compound machines. Learn how mechanical advantage multiplies human capability.
🎮 Interactive Lever Demo
See how changing the load position affects mechanical advantage!
🌍 Real-World Impact
Every crane, car jack, and robotics system uses these principles. Master machines, master the mechanical world.
Key Skills
- Mechanical advantage analysis (IMA vs AMA) and efficiency
- Lever device construction and calibration for measurement
- Quick, accurate calculations under time pressure
Core Topics
- Levers, pulleys, gears, wheel-and-axle; torque and moments
- Error analysis and uncertainty in device readings
Practice Plan
- Lab verification of MA/efficiency across devices
- Calibrate and produce curves for your lever-based device
- Timed problem sets mixing theory and device use
Circuit Lab
Build circuits, analyze electrical behavior, and explore electromagnetic phenomena. From Ohm's law to complex AC circuits, master the language of electricity.
🎮 Build Your First Circuit
Click components above to build a simple LED circuit!
🌍 Real-World Impact
From smartphones to electric cars, everything runs on circuits. Master electrons, master technology.
Key Skills
- DC circuit analysis; Thevenin/Norton reductions
- Using multimeters/power supplies safely and effectively
- Troubleshooting and documenting lab work
Core Topics
- Ohm's/Kirchhoff's laws, series/parallel, RC/RL time constants
- Diodes, basic transistors, op-amp fundamentals
Practice Plan
- Timed build-and-measure labs (resistor ID, voltage dividers)
- Organized formula sheet; daily short problem drills
- Oscilloscope basics if available; interpret traces
Beyond High School: Your Engineering Future
See how Physics & Design skills create lasting impact
College Preparation
Advanced problem-solving skills and hands-on experience give you a massive advantage in engineering programs.
Career Advantages
Employers value Science Olympiad experience—you've already proven you can tackle complex challenges.
Innovation Mindset
Learn to approach problems from multiple angles, think critically, and innovate solutions that matter.
Ready to Transform Your Future?
Join hundreds of students who've discovered their passion for engineering through Physics & Design.
No experience needed! We'll teach you everything from the ground up. Your curiosity is the only prerequisite.