Stanford University's Intermediate Mechanics I is an upper-division university-level course, mirroring those found in the curriculum of Professor Peter Michelson’s. This sophisticated study of mechanics covers both particles and systems and does not include a lab component. Some of the main topics include tensors, vector calculus, Newtonian laws of mechanics and gravitation, oscillations, Green's functions, calculus of variations, Lagrangian mechanics, orbits, and physics in rotating frames of reference. The course is entirely online, with no in-person or hybrid learning elements. The duration and schedule of the course are not explicitly mentioned in the available information. However, potential participants are advised that prerequisites for the course include Modern Physics & Differential Equations. Textbooks required for the course include "Classical Dynamics; Of Particles and Systems" by S. Thornton and J. Marion, with either the 4th edition or later being acceptable. The instructors for the course are not explicitly stated in the provided information, but it is important to note that the course was developed from the curriculum of Professor Peter Michelson. The main outcomes and benefits of the course are not detailed; however, given the rigorous subject matter, it can be inferred that students will gain a sophisticated understanding of the mechanics of particles and systems, building a solid foundation for further studies in physics.