A foundational course covering the principles of computational photography, polarization imaging, light fields, and inverse problem solving — from theory to hands-on experiments.

A hands-on course on neural radiance fields, differentiable rendering, and 3D reconstruction. Students build a complete pipeline from multi-view capture to photo-realistic novel view synthesis.

An advanced course on high-speed 3D reconstruction techniques, real-time rendering pipelines, and their applications in holographic communication and digital twins.