Lectures

Lecture 1 (09/26/2018) - Introduction (PDF)

Lecture 2 (09/28/2018) - From Geometry to Hardware Abstraction Languages (PDF)

Lecture 3 (10/3/2018) - Hardware Overview and Surfaces and Solids Part 1 (PDF)

Lecture 4 (10/10/2018) - Surfaces and Solids Part 2 (PDF)

Lecture 5 (10/12/2018) - Parametric Modeling - Basics (PDF)

Lecture 6 (10/17/2018) - Procedural Modeling (PDF)

Lecture 7 (10/19/2018) - Optimization Overview (PDF) (Suggested readings: the matrix cookbook, matrix differentiation, linear algebra review, math recap slides from CMU( linear algebra, vector caculus), awesome book on numerical methods )

Lecture 8 (10/24/2018) - Geometric Deformation Methods (PDF)

Lecture 9 (10/24/2018) - Physics Overview (PDF) (PPTX - with videos)

Lecture 10 (10/31/2018) - Introduction to Continuum Mechanics (PDF) (suggested reading)

Lecture 11 (11/2/2018) - FEM (PDF) (suggested reading)

Lecture 12 (11/7/2018) - FEM and Constitutive Models (PDF)

Lecture 13 (11/9/2018) - Instroduction to Inverse Methods (PDF) (suggested reading)

Lecture 14 (11/13/2018) - More on Inverse Methods (PDF) (suggested reading)

Lecture 15 (11/15/2018) - Multi-objective Optimization (PDF)

Lecture 16 (11/21/2018) - Performance Space Representations (PDF)

Lecture 17 (11/28/2018) - Interactive Design (PDF)

Lecture 18 (11/30/2018) - Cuncurrent Design (PDF) (Robogami Lab)