The micro-photonics part of the course will cover the application of optical fibres outside of the telecommunications applications (covered in PHYS3060) and includes architecture, astronomy a wide range of fibre sensors, and applications in architecture, astronomy, automotive, aerospace and structural health (bridges, ships). Bio-Photonics will cover the increasing use of fibre optics in medical procedures and diagnostics including endoscopy, laser therapy and dosimetry. The nano-photonics part of the course will include carbon wires, lithography, photonic crystals, and nanofibres and devices. Laboratory work covers both hands-on, fibre-based experiments and software simulations.

Note: if required, this course is also available as ENGN4613

On satisfying the requirements of this course, students will have the knowledge and skills to:

1. Explain the operation of sensor systems
2. Explain the use of fibres in medicine and nanophotonics
3. Quantify the above.

Assessment will be based on:

• Assignments (20% in total; LO 1-3)
• Labs (30%; LO 1-3)
• Exam (50%; LO 1-3)

30 lectures, 8 tutorials and 24 hours laboratory sessions

PHYS2016 and PHYS2017