Future Aircraft Communications and Data Management for Flight Dynamics Predications PhD

A fully funded PhD studentship in the Centre for Autonomous and Cyber-Physical Systems at Cranfield University. This is a great opportunity to work closely with Thales UK, who are a leading aerospace organisation at the forefront of Sustainable Aviation to research. We are looking for an enthusiastic, inquisitive and motivated researcher with a strong interest in avionics system, to join a diverse and inclusive research group. The group is focusing on technologies for the system integration of data multi-link and the exploration of advanced communications technology and predications-based analysis methods.

This initiative aims to enhance the reliability and data management of the aviation system by addressing communication gaps between the current and future systems and improving flight dynamics. The existing aviation technology and processes have limitations in managing data exchange and ensuring high-quality service (QoS). Consequently, the project proposes a system that leverages connectivity and flight dynamics, incorporating Artificial Intelligence (AI) and Machine Learning (ML) to develop innovative prediction mechanisms.

The primary goal of this project is to design advanced communication system algorithms that take into account the integration of both terrestrial and non-terrestrial networks. The focus is on exploring the optimization of aircraft communication links by leveraging hybrid networks, including 5G, HF, VHF, satellite, ground-based, and unconventional bearers. The optimization process will be based on considering flight dynamic parameters and manoeuvres, aiming to enhance the overall efficiency and reliability of communication systems in aviation.

Cranfield University's Autonomous and Cyber Physical System Centre (ACPS)  will host this project, benefiting from the institution's research facilities, notably the Digital Aviation Research and Technology Centre (DARTeC) . These collaborative and adaptable spaces offer specialized equipment for aircraft dynamic flight, connectivity, digital data acquisition (such as sensors), and various forms of data extraction, processing, and simulation. Thales UK will serve as the industry sponsor for this project, providing valuable support. Through on-site industrial placements throughout the research project's duration, Thales UK will offer access to aviation engineering specialists. This collaboration aims to enhance understanding of industrial requirements and facilitate the practical application of research findings.

The results of this project will contribute to an enhanced comprehension of the possibilities and constraints associated with employing digital communication networks and flight dynamics in the field of aviation. The findings will extend to aircraft and airline operations, serving as a fundamental groundwork for future research initiatives. Furthermore, the insights gained from the project will be instrumental in guiding the industry, offering valuable information on areas that can be leveraged for the development of commercial solutions.

The student involved in this project will acquire valuable skills through immersive experiences, including travel and close collaboration with our industrial partner, Thales. Engaging in conferences, seminars, workshops, and various training and development opportunities will further enrich their skill set. This multifaceted approach aims to provide the student with a well-rounded and practical skill development experience, enhancing their capabilities in the context of the project and beyond.

The student involved in this project stands to gain a range of transferable skills and enhanced employability through their experiences, including:

• Technical Proficiency: Exposure to Thales and Cranfield aviation facility for cutting-edge technologies and hand-on experience.
• Collaboration and Networking: Building relationships within the industry can be beneficial for future career opportunities.
• Problem-Solving: The project's research nature will likely involve overcoming challenges and solving complex problems, fostering the student's problem-solving abilities.
• Communication Skills: Presenting findings at conferences, seminars, and workshops will improve the student's ability to communicate technical information effectively to diverse audiences, a crucial skill in many professional settings.
• Industry Insight: Working closely with an industrial partner offers first-hand insight into industry practices, requirements, and expectations, making the student more attuned to real-world applications of their skills.

Applicants should have an equivalent of a first or second-class UK honours degree in Digital Aviation, Communications systems, Avionics systems, Dynamic control engineering or other closely background.

The candidate should be familiar with algorithm and system design concepts. Advance programming skills (C++/Python, and MATLAB/Simulink), hands-on experience, and proficiency in technical writing are essential. Successful applicant will carry out research activities in the aforementioned area and disseminate research outputs through scientific publications.

Sponsored by EPSRC and Thales, this studentship will provide a bursary will be provided up to £18,622 (tax free) plus fees* for four years.

To be eligible for this funding, we require that applicants are under no restrictions regarding how long they can stay in the UK.

The main sponsor for this project is Thales UK's Connectivity Department under EPSRC ICAS program. Their sponsorship is crucial in supporting and advancing the research initiatives related to integrated future communication and Aircraft dynamic control.