Aug. 2023 - Sep. 2023
Synopsis¶
During Summer 2023 I worked in the Smart Internet Lab at Bristol University. I was tasked with performing experiments on quantum and classical coexistence networks and fibres. I became familiar with a number of devices used for the experimental testbed such as: single photon detectors, wavelength selective switches, optical spectrum analysers, fibre channels and FPGAs. I also developed Python software to interact with some of these devices to record data and format the results.
The outcome of this internship led to a co-authorship of the paper ‘A Machine Learning-Assisted Quantum and Classical Co-existence System’
Skills¶
Below are the skills and experiences gained from the internship:
- Competencies with Python including equipment API and extensive use of numpy and matplotlib libraries
- Competencies using the aforementioned lab equipment/devices
- Knowledge of classical communication systems as well as the basics and principles of quantum communication systems
- Experience working in a team
- Experience in a lab environment
- Experience in a research environment


- Yang, R., Wang, R., Seferidis, A., Omigbodun, T., Bahrani, S., Oliveira, R. D., Nejabati, R., & Simeonidou, D. (2024). A Machine Learning-Assisted Quantum and Classical Co-existence System. Optical Fiber Communication Conference (OFC) 2024, M2J.2. 10.1364/ofc.2024.m2j.2