Lecture 1: Introduction and The Geometric Viewpoint on Physics Lecture 2: Introduction to Tensors Lecture 3: Tensors Continued Lecture 4: Volumes and Volume Elements; Conservation Laws Lecture 5: The Stress Energy Tensor and the Christoffel Symbol Lecture 6: The Principle of Equivalence Lecture 7: The Principle of Equivalence Continued; Parallel Transport Lecture 8: Lie Transport, Killing Vectors, Tensor Densities Lecture 9: Geodesics Lecture 10: Spacetime Curvature Lecture 11: More on Spacetime Curvature Lecture 12: The Einstein Field Equation Lecture 13: The Einstein Field Equation (Variant Derivation) Lecture 14: Linearized Gravity I: Principles and Static Limit Lecture 15: Linearized Gravity II: Dynamic Sources Lecture 16: Gravitational Radiation I Lecture 17: Gravitational Radiation II Lecture 18: Cosmology I Lecture 19: Cosmology II Lecture 20: Spherical Compact Sources I Lecture 21: Spherical Compact Sources II Lecture 22: Black Holes I Lecture 23: Black Holes II