Diffusion geometry in shape analysis , European Conference on Computer Vision (ECCV) course , Greece, 5 September 2010.Numerical geometry of non-rigid shapes , Vision, Image Processing and Sound (VIPS) course , University of Verona, April 2010.Numerical geometry of non-rigid shapes: global and local geometric methods in shape analysis , Minitutorial , SIAM Conference on Imaging Science, Chicago, USA, 13 April 2010.A two hours overview of mathematical foundations of modern analysis of shapes, metric and diffusion geometry, feature based methods. 0510.7415 Processing and Analysis of Geometric Shapes , Department of Electrical Engineering, Tel Aviv University, Spring semester 2010.A semestrial (28 hours) version of the course, no tutorials. 048921 Advanced topics in vision, image understanding, and computer vision (Processing and analysis of geometric shapes) , Department of Electrical Engineering, Technion, Spring semester 2010.A semestrial (28 hours) version of the course, no tutorials. Numerical geometry of non-rigid shapes , ICCV short course , Kyoto, 28 September 2009. video A 3 hour version of the course, in the format of four lectures. Invariant similarity and correspondence problems, partial similarity, geodesic and diffusion geometry, feature-based methods. Includes two MATLAB demos. Available on video. CS468 Topics in Geometric Algorithms (Numerical geometry of non-rigid shapes) , Stanford University, Winter quarter 2009.A quarter version of the course, including lectures and tutorials (20+10 hours). Detailed introduction and mathematical background presentation, numerical methods, algorithms and applications, MATLAB demos. Discusses many topics not covered in the book. Four lectures on non-rigid shape analysis , MAIPCV Symposium , Sapporo, Japan, November 2008.A four hour version of the course in the format of four lectures. Brief introduction (the audience is assumed to have some relevant mathematical background). Overview of main theoretical results, numerical methods and applications. Numerical geometry of non-rigid shapes , Politecnico di Milano, May 2008.A 20 hour version of the course, no tutorials. Presentation follows the book very closely. Detailed introduction and mathematical background presentation, numerical methods, algorithms and applications, MATLAB demos. Numerical geometry of non-rigid shapes , CVPR short course , Minneapolis, June 2007.A four hour version of the course in the format of seven lectures. Suitable for audience with no prior knowledge of the field. Over half of the course is devoted to mathematical background and numeric tools. 236611 Advanced topics in Computer Science 11 (Analysis of non-rigid surfaces), Department of Computer Science, Technion, Spring semester 2006.A semestrial (26 hours) version of the course, no tutorials. First version of the course used as the base for the book.