University of Southampton

Investigate multi-material metal additive manufacturing to enable rapid single shot printing of defence components. Combine computational modeling, experimental testing, and machine learning to overcome alloy joining ch…

This research will enhance the UK’s capacity to rapidly manufacture critical defence components with complex multi-material architectures, …

Explore how AI and automation can revolutionize alloy development for additive manufacturing. Integrate computational screening with 3D printing and automated testing to accelerate materials innovation.

This research accelerates new structural alloy development essential for advancing additive manufacturing technologies. By enabling rapid, …

Explore chemical and electrochemical techniques to grow 2D boron nitride insulating films for advanced semiconductor devices. Investigate their integration with 2D semiconductors and applications in neuromorphic computi…

Developing reliable methods to grow insulating 2D boron nitride films is vital for fabricating next-generation semiconductor devices with i…

Explore the electrochemical and chemical deposition of 2D boron nitride films and their use as insulating substrates for semiconductor devices. Investigate novel growth techniques and their impact on material properties…

This research advances scalable methods to produce high-quality 2D insulating films crucial for next-generation semiconductor devices. By e…

Explore how the sounds of ball impacts reveal shot quality in four major sports. Analyze acoustic signals combined with physics models and machine learning to create new performance metrics. Gain experience with Hawk-Ey…

This research unravels the acoustic signatures behind elite athletes' intuitive judgements, providing a scientific basis to a traditionally…

Develop personalized computational models simulating heart failure with preserved ejection fraction to improve diagnostics and treatment. Utilize clinical imaging and machine learning for rapid in-silico predictions tai…

This research enables improved understanding and management of HFpEF, a condition with limited treatment options affecting millions globall…

Develop innovative nucleic acid drugs with improved delivery and efficacy targeting hard-to-treat mRNAs. Join a multidisciplinary team to pioneer therapies that optimize safety and clinical potential.

This research addresses major challenges in nucleic acid drug delivery and safety, enabling treatments for diseases untreatable by conventi…

Analyse impact sounds in sports to reveal hidden performance data. Collaborate with Hawk-Eye Innovations and apply machine learning for cutting-edge sports acoustics research.

This research decodes the acoustic signatures of sports impacts to provide real-time performance feedback and democratize elite sports data…

This PhD accelerates alloy discovery for additive manufacturing using AI-assisted workflows, 3D-printed compositional libraries, and high-throughput characterisation to develop advanced Type 316 stainless steel and its …

Funded PhD at University of Southampton developing on-chip topological photonic crystals on silicon for applications in imaging, sensing, and computing. Combines theoretical modelling, simulation, and cleanroom fabricat…

Funded PhD at University of Southampton focusing on non-Hermitian topological physics, including exceptional points, skin effects, and topological phase transitions, combining theoretical modelling with electrical circu…

Fully funded PhD at University of Southampton exploring topological photonic quasicrystals. Combines theory, numerical simulation, and experimental fabrication to design novel optical materials with robust, topology-pro…

Fully funded PhD at University of Southampton developing next-generation in-network computing for 6G networks. Focuses on programmable networking, distributed computing, and scalable low-latency architectures for edge-c…

Funded PhD at the University of Southampton developing AI-driven X-ray CT scanning strategies for complex engineering components. Combines robotics, simulation, and image processing to improve non-destructive inspection…

Fully funded 4-year PhD at Southampton’s SustAI CDT with G-Research support, focusing on AI, data science, and sustainability, with strong industry mentorship and training opportunities.

This EPSRC-funded PhD will explore 2D transition metal dichalcogenide (TMDC) nanoelectronic devices for energy-efficient neuromorphic computing, combining nanofabrication, device physics, and advanced materials characte…