AMGLO DU
← Applied Pure Dynamics — Catalyst Ledger
H14-CAT-01Kinetic Protocol

Advanced Material Synthesis (Next-Gen Battery Chemistry)

Replaces: Undergraduate Chemistry and Materials Science

Core capability

Utilizing AI to simulate molecular bonding, and then physically synthesizing a new chemical compound (e.g., solid-state battery electrolytes) in a live lab.

What this replaces

Undergraduate Chemistry and Materials Science.

Verification threshold

The physical battery cell holds a charge and mathematically outperforms the industry baseline in either energy density or thermal stability during a corporate stress test.

The Progression Plan

Module 1: The Progression Plan

  • Phase 1 — Molecular Simulation37 min
  • Phase 2 — Kinetic Friction - The Lab Reality48 min
  • Phase 3 — Synthesis - Live Corporate Prototyping23 min
Credits
3
Estimated hours
66h
Lessons
3
Modules
1

Instructor

Priya Venkatesan

Associate Professor · Applied Pure Dynamics