CMPT 464/764 - Tentative Class Schedule (Fall 2026)

"When I give a lecture, I accept that people look at their watches, but what I do not tolerate is when they look at it and raise it to their ear to find out if it stopped." - Marcel Achard

Please note that this schedule is subject to change, and I will be updating it regularly throughout the semester. Lecture slides are available in PDF only. Not all links will be active at once. Refer to the list of references in the course syllabus for labels used in the list of readings below.

Week Week of   Monday (16:30-18:20) @ RCB 8100 Monday (18:30-19:20) @ RCB 8100
1 Sep. 14 Course Syllabus (Syllabus)
The New Computer Graphics in the Age of AI and Robotics (slides)
Course Introduction (slides)
2 Sep. 21 Modeling Paradigm for 3D Content Creation (slides) Modeling Paradigm for 3D Content Creation (slides)
3 Sep. 28 3D Shape Representations: Implicit Functions and Parametric Primitives (slides)

Assignment #1 (15%) available

3D Shape Representations: Meshes and Subdivision (slides)

Assignment #1 (15%) available

4 Oct. 5 3D Shape Representations: Meshes and Subdivision (slides) Neural Network Basics and Representation Learning for 3D Shapes (slides)
5 Oct. 12 → Oct. 13 @ TASC 9204 3D Shape Representations: Point Clouds and Voxels (slides) 3D Shape Representations: Multi-View and Structured Representations (slides)
6 Oct. 19 Classical Surface Reconstruction (slides)
(Readings: Paper by Hoppe and Paper by Lorensen and Cline)

Assignment #1 due in class and Assignment #2 (15%) handed out

Classical Surface Reconstruction (slides)
(Readings: Paper by Hoppe and Paper by Lorensen and Cline)

Assignment #1 due in class and Assignment #2 (15%) handed out

7 Oct. 26 Neural Surface Reconstruction (slides)
(Readings: )
Neural Surface Reconstruction (slides)
(Readings: )
8 Nov. 2 Shape Segmentation (slides)
(Readings: A Survey on Mesh Segmentation Techniques)
Shape Segmentation (slides)
(Readings: A Survey on Mesh Segmentation Techniques)
9 Nov. 9 Course Project Introduction and Q&A (slides) by Guangda Ji (TA) In-class, 90-minute midterm test (30%)
10 Nov. 16 Shape Correspondence (slides)
(Readings: A Survey on Shape Correspondence)

Assignment #2 due in class

Shape Correspondence (slides)
(Readings: A Survey on Shape Correspondence)

Assignment #2 due in class

11 Nov. 23 3D GenAI: learning to generate 3D shapes (slides) Why is 3D Generation Hard? (slides)
X Nov. 30 Classes cancelled due to both instructor and TA away Classes cancelled due to both instructor and TA away
12 Dec. 7 Introduction to 3D Printing (slides) New geometry problems for 3D printing (slides)


Richard (Hao) Zhang / haoz at cs dot sfu dot ca