This is the approximate order of lectures and problems classes. Note the number of lectures vs problems classes may slip +/-1 either way and there may be some changes to the topics given here, although they will not be radically different.

The second half of this timetable has changed slightly during the term - note the revised slots for problems classes IV and V.

1. Introduction
2. Special relativity I
3. Special relativity II
4. Vectors
5. Tensors
6. Stress-energy tensor
7. Problems class I
8. General coordinates
9. Metrics
10. The connection
11. Parallel transport
12. Geodesics
13. Problems class II
14. Curvature
15. Einstein's field equations
16. Schwarzschild geometry
17. Schwarzschild equations of motion
18. Schwarzschild orbits + Precession
19. Photon orbits and Deflection of Light
20. Schwarzschild black holes
21. Problems class III
22. Friedmann-Robertson-Walker metric
23. Dynamics of the Universe
24. Cosmological distances
25. Problems class IV
26. Linear GR
27. Gravitational waves
28. Detecting gravitational waves
29. Problems class V
30. Summary