Biophotonics module (BE41001)
Microscopy and endoscopy give us insight into how the human body works. They look at organ systems down to cellular imaging
Biophotonics is a key technology behind microscopy and endoscopy. These feed into Life Sciences and Medicine discoveries respectively. You will focus on optics and photonics aspects. You will learn an awareness of surrounding biology and physiology challenges.
This module is a thorough introduction to biomedical optics (or biophotonics). You will learn relevant aspects of optics, photonics, and human and cell biology. You will also learn about fibre-optics, light sources, detectors, and photonics systems involved.
What you will learn
In this module, you will:
- learn how to link optical and photonic system architecture to image and data acquisition. You will also learn about basic image and signal processing
- reinforce software skills to explore optical system design. You will also explore light-tissue interactions via Monte Carlo simulations in Matlab and Python
By the end of this module, you will be able to:
- problem solve more complex optical systems
- apply linear algebra and calculus learnt in previous years
- apply your knowledge in tutorials, coursework tests, and assignments
Assignments / assessment
- coursework (50%)
- This will be a collection of student-created technical files. This will include CAD, code, or circuits. This can also be a combination of them if required by a specific problem. Coursework is continuously discussed and students need to show their knowledge of the tools used (50% of total marks).
- class tests (50%)
- These will focus on optics and biomedical concepts
This module does not have a final exam.
Teaching methods / timetable
- discussion sessions
- problem-solving tutorials