Machine-Based Behaviour and Intent Prediction for Complex Aviation Environments

About the project

About the Project Are you ready to be at the forefront of AI innovation and redefine how machines understand and predict human behaviour in complex, high-stakes environments? Join us on a cutting-edge project investigating how AI systems can infer behaviour and intent from multi-source data, supporting decision-making in dynamic Aviation scenarios. This PhD studentship is 48-month funded through the EPSRC Industrial Doctoral Landscape Awards (IDLA). You will be based in the Department of Computer and Information Sciences at the University of Strathclyde, working in close collaboration with BAE Systems. About the Project Operators in Aviation environments rely on their ability to rapidly interpret subtle cues and infer the behaviour and intent of surrounding actors. This capability is critical for maintaining situational awareness and making effective decisions under pressure. However, modern operational environments are becoming increasingly complex, involving large numbers of interacting entities, high data volumes, and rapidly evolving conditions. As a result, human cognitive capacity is often overwhelmed, and critical signals can be missed. Advances in AI and multi-sensor systems present an opportunity to augment human capabilities by enabling machines to continuously monitor, interpret, and reason about complex environments. In particular, there is growing interest in developing systems that can predict behaviour and intent in an explainable and trustworthy manner, supporting human operators in decision-making processes where outcomes may have significant operational, legal, and ethical implications. This project aims to move beyond conceptual models and develop practical, engineering-ready approaches to machine-driven behaviour and intent prediction, grounded in real-world Defence use cases. Why This Project? AI systems are increasingly capable of analysing large-scale data, but understanding intent and predicting behaviour in dynamic, uncertain environments remains a major open challenge. Imagine a system that can: • Integrate information from multiple sensors and data sources in real time • Infer the likely intentions of individuals or groups within complex scenarios • Forecast future behaviours and potential outcomes • Communicate its reasoning clearly to human operators This is where your research will make a difference, helping to develop AI systems that enhance situational awareness while remaining explainable, responsible, and aligned with real-world operational requirements. This is where you come in. You will design and develop innovative approaches for machine-based behaviour and intent prediction, contributing to next-generation AI systems for complex environments. Project Roadmap: • Develop methods for generating and maintaining world and self-state knowledge models • Design techniques for dynamic assessment of consequences and scenario evolution • Develop models for forecasting future behaviour and intent in complex environments • Create approaches for communicating predictions and reasoning to human operators • Investigate legal, ethical, and explainability considerations in AI-driven decision support • Design and implement a synthetic sandbox environment to demonstrate and evaluate proposed solutions • Engage with stakeholders to test, refine, and validate concepts in realistic use cases What We are Looking For We are seeking ambitious and curious researchers who want to push the boundaries of AI and contribute to high-impact, real-world systems. Essential Skills/Qualifications • A 2:1 Honours degree or Master’s degree in Computer Science, AI, Data Science, or a related field • A strong background in machine learning, AI, or data analysis • Proficiency in programming and model development (e.g. Python) • Excellent written and oral communication skills • An understanding of experimental design and evaluation Desirable Skills/Qualifications • Experience with multi-modal data, sensor systems, or complex systems modelling • Interest in decision-making systems, situational awareness, or autonomous systems • Familiarity with explainable AI or human-AI interaction • Experience working with industry or applied research contexts • Interest in ethical and responsible AI How to Apply: Applications will be processed on a 'first come, first served' basis, and the hiring process will conclude as soon as a suitable candidate is identified. Interested candidates should email Dr Yashar Moshfeghi ( yashar.moshfeghi@strath.ac.uk ) and include detailing contact information, and motivation, or background and attach an up-to-date CV . We are committed to inclusion across race, gender, age, religion, identity, and experience, and we believe that diversity makes us stronger by bringing in new ideas and perspectives. The University of Strathclyde was established in 1796 as “the place of useful learning”. This remains at the forefront of our vision today for Strathclyde to be a leading international technological university that makes a positive difference in the lives of its students, society and the world. Strathclyde was the first institute to win the coveted Times Higher Education “University of the Year” award twice, in 2012 and 2019, and has since been voted the Scottish University of the Year in 2020.

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