| Mar 30 | 1.1: Representations notes | video |
| Apr 1 | 1.1: Representations notes | video |
| Apr 3 | 1.1: Representations notes | video |
| Apr 6 | 1.2: Multiplicity-free actions notes | video |
| Apr 8 | 1.2: Multiplicity-free actions, generic matrices notes | video |
| Apr 10 | 1.2: Multiplicity-free actions, symmetric matrices notes | video |
| Apr 13 | 1.2: Multiplicity-free actions, skew-symmetric matrices 1.3: Schur functors notes | video |
| Apr 15 | 1.4: Symmetric polynomials notes | video |
| Apr 17 | 1.4: Symmetric functions notes | video |
| Apr 20 | 2.1: Symplectic group basics notes | video |
| Apr 22 | 2.2: Multiplicity-free action notes | video |
| Apr 24 | 2.3: Branching problem notes | video |
| Apr 27 | 2.4: Characters of the symplectic group notes | video |
| Apr 29 | 2.4: Characters of the symplectic group notes | video |
| May 1 | 3.1: Orthogonal group basics 3.2: Multiplicity-free action notes | video |
| May 4 | 3.3: Branching problem 3.4: Characters of the orthogonal group notes | video |
| May 6 | 4.1: Projective space 4.2: Grassmannians notes | video |
| May 8 | 4.3: Partial flag varieties notes | video |
| May 11 | 4.4: Borel-Weil theorem notes | video |
| May 13 | 4.5: Symplectic and orthogonal analogues notes | video |
| May 15 | 4.6: Kempf-Weyman collapsing notes | video |
| May 18 | 4.7: Dynkin diagrams notes | video |
| May 20 | 5.1: Schur-Weyl duality notes | video |
| May 22 | 5.2: First fundamental theorem of invariant theory notes | video |
| 5.3: Brauer algebras notes | video | |
| 6.1: Clifford algebras notes | video | |
| 6.2: Spin groups notes | video | |