1 The Space and Time of Classical Physics
2 The Spacetime of Classical Physics and Classical Kinematics
3 Newtonian dynamics: a conceptual critical review
4 Balance equations and first integrals in Mechanics
5 Introduction to Rigid Body Mechanics
6 Introduction to stability theory with applications to Mechanics
7 Foundations of Lagrangian Mechanics
8 Symmetries and conservation laws in Lagrangian Mechanics
9 Advanced topics in Lagrangian Mechanics
10 Mathematical introduction to Special Relativity and the relativistic Lagrangian formulation
11 Fundamentals of Hamiltonian Mechanic
12 Canonical Hamiltonian theory, Hamiltonian symmetries and Hamilton-Jacobi theory
13 Hamiltonian symplectic structures: an introduction
14 Complement: elements of the theory of ordinary differential equations
15 Complement: the physical principles at the foundations of Special Relativity
Appendix A: elements of Topology, Analysis, Linear Algebra and Geometry
Appendix B: advanced topics in Differential Geometry
Appendix C: Solutions and/or hints to suggested exercises.