Project Description:

• [Development of Computer Simulation for Ground-to-Satellite Optical Communication Systems: Free-space optics (FSO) is gaining popularity in diverse applications, particularly for high-speed space communications. To design and analyse the performance of FSO systems, computer simulations using phase screens emerge as robust and convenient tools, making them suitable for both academic research and industrial R&D. The focus of this project is the development of a simulation tailored for ground-to-satellite FSO communication systems.]

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Applicant Specification:

• [The student will gain expertise in simulation techniques, specifically using phase screens to simulate the effects of atmospheric turbulence in FSO communication systems. Learning the split-step method and Hufnagel-Valley model will involve the student in understanding and applying numerical methods to solve complex problems. Implementing and modifying simulations will help the student improve programming skills. Through the project, the student will delve into the intricacies of designing and evaluating communication systems, particularly ground-to-satellite optical links, gaining insights into system architecture and performance metrics. Collecting and analysing simulation data involves using statistical and data analysis tools. This will strengthen skills of the student in interpreting results and drawing meaningful conclusions from the simulated data.

  The student can enhance interpersonal skills by working with our team at Bradford-Renduchintala Centre for Space AI. Interpreting simulation results and making decisions on simulation parameters require critical thinking. The student will develop the ability to evaluate and make informed judgments based on complex technical data. Managing the various stages of the project, from learning simulation techniques to running simulations and analysing data, requires effective time management. The student will develop skills in planning and prioritizing tasks.]

Minimum requirements:

• Passion and enthusiasm

• Basic knowledge and understanding of communication systems are required. Basic programming skills are necessary, preferably in languages such as Python, MATLAB, or other simulation tools.

Process details:

• 8 weeks minimum fixed term contract to be agreed with successful candidate

• In-person Induction Events to be held occasionally at University of Bradford and/or an in-person/hybrid Showcase Event to be held anywhere in UK

• 5 days holiday to be taken during the placement