Python Optics Simulation could use the Raytracing package, but you will get extra marks if you find a different package and have a working solution in Python.

https://pypi.org/project/raytracing/

The paper describes the package in detail:

https://doi.org/10.1117/1.NPh.8.1.010801

You will need to search literature (publications, software and patents) to find the optical architecture and convert this to simulation. The system may have many optical elements. Your sources should be unique to your solution. As the problem is unique if two students use the same patent or paper, this will result in either fail or 30% maximum.

Submit the source code listing which will be run to test the working of your design. You only need to submit the source code; you can embed comments to code and any links within source code.

Your code is your report. If the code does not work, you can only get less than 50%.

In addition, please submit the plots you obtained with your code as single pdf file with multiple figures and plots. Just write captions for each figure. If I cannot obtain your plots from your code, you cannot obtain more than 50%. I assume I will get all plots with single run of code!

Your problem is unique. So, each solution has to be unique. Any commonalities between submissions will result in fail and 0% which will mean you failed the module.

To pass the module you do not need to have a full solution, but you need to have some literature consulted, a unique approach to design and some code going towards a solution.

Your problem to solve is:

Calculate and simulate projection of a specific LED (e.g. 470nm LED from Thorlabs) onto sample in microscopy scenario. Use variety of scenarios with exact components from Thorlabs catalogue. How much light is falling onto sample? Is this light dangerous for tissue?