I have recently introduced a new format for my course, in which students work through the MiB2 Handbook 2022 rather than sitting through 2-hour lectures. The handbook contains links to bitesize videos on key topics, and exercises to complete as the student progresses. The handbook and videos are available to anyone (you don't have to be registered at Imperial), but obviously you won't get the tutorial classes unless you are signed up to the module.

MiB MATLAB files 2021 supporting the video demonstrations can be found here. 

I taught this course in 2018/2019 along with Dr Guy-Bart Stan. 

Detailed notes for my part of the course can be found here: MiB notes 2018-2019.

2018 pack.

Matlab training exercises can be downloaded from here: Training pack 2018-2019‌.

• Lecture notes on equilibrium binding and kinetic proofreading (guest lecturer on Vahid Shahrezaei's Mathematical Biology of the Cell course at Imperial College).
• Slides and problems on cellular chemosensing (guest lecturer on  Nick Jones' Inference, Control and Driving in Natural Systems course at Imperial College).
• Brief thoughts on the meaning and importance of free energy (written to complement the third year physics course at Oxford).
• My thoughts on Stokes flow (written to complement the third year physics course at Oxford).

• Lecture notes and reference list for a course on molecular simulation (Molecular Simulation Methods in Chemistry at Oxford University).

• My discussion of LS-coupling (written to complement the third year physics course at Oxford).
• My summary of the Born-Oppenheimer approximation (written to complement the third year physics course at Oxford).

• My thoughts on scattering (written to complement the third year physics course at Oxford).
• My basic treatment of band theory (witten to complement the third year physics course at Oxford).
• A qauntum-mechanical approach to phonons (written to complement the third year physics course at Oxford).