AMGLO DU
← Applied Pure Dynamics — Catalyst Ledger
H14-CAT-02Kinetic Protocol

Applied Calculus for Engineering Bottlenecks

Replaces: Theoretical Calculus, Differential Equations, and Linear Algebra

Core capability

Using advanced mathematics and algorithmic modeling to solve an immediate, physical bottleneck in a commercial hardware product.

What this replaces

Theoretical Calculus, Differential Equations, and Linear Algebra.

Verification threshold

The corporate partner manufactures the part, and physical testing verifies the student’s math successfully solved the heat/efficiency bottleneck.

The Progression Plan

Module 1: The Progression Plan

  • Phase 1 — The Mathematical Bottleneck42 min
  • Phase 2 — Kinetic Friction - The Manufacturing Constraint42 min
  • Phase 3 — Synthesis - Live Hardware Fix58 min
Credits
3
Estimated hours
49h
Lessons
3
Modules
1

Instructor

Priya Venkatesan

Associate Professor · Applied Pure Dynamics