Project-Based Learning

Step into the role of a professional engineer. Bridge the gap between mathematical theory and physical reality by designing systems, managing constraints, and solving real-world challenges.

Project 1: The Municipal Water Grid

Systems, Modeling & Rates

Act as a lead civil engineer to design a temporary water distribution network for a newly constructed field hospital or disaster relief camp.

Coordinate GeometrySystems of InequalitiesRate Flow FunctionsLinear Optimization
Algebra 1 & 2 / Environmental MathLaunch Project
Coming Soon

Project 2: Sky-High Truss Bridge

Trigonometry & Vectors

Design a load-bearing truss bridge across a deep canyon. Balance structural force vectors and material costs using trigonometric relations.

TrigonometryVector ResolutionStatic EquilibriumMaterial Cost Curves
Geometry / Pre-CalculusLocked
Coming Soon

Project 3: Deep Space Trajectory

Calculus & Orbit Mechanics

Plot a gravitational slingshot path for a space probe. Calculate changing rates of change and escape velocities using basic integration.

Differential RatesParametric CurvesVector FieldsArea under Acceleration Curves
Calculus / Physics MathLocked