Current research degree projects
Explore our current postgraduate research degree and PhD opportunities.
292 research degree projects
-
Physics and astronomy
Quantum sensing with levitated nanodiamonds
This project develops a gyroscope using a levitated nanodiamond with nitrogen-vacancy (NV) centers. These systems enable coupling between the mechanical angular momentum of a levitated nanoparticle and its internal electronic spins, opening pathways for quantum control and precision sensing. -
Engineering
Development of advanced intelligent systems for enhancing reliability and mission assurance of small satellites
This project will address the systems engineering challenge of enhancing mission assurance for small satellites by developing an AI-powered risk assessment framework. -
Electronics and Computer Science
AI for circular economy, policy design and industrial collaboration
This PhD explores how AI tools and research techniques, such as algorithmic game theory, AI-supported mechanism design, and agent-based simulation, can help evaluate industrial collaboration opportunities and policy incentives in the circular economy. Working across disciplines, you’ll develop decision-support tools to assess B2B synergies, design smart contracts, and simulate policy outcomes for more sustainable economic transitions. -
Physics and astronomy
Coupling nuclear spin dynamics to mechanical motion
This project aims to find experimental ways to couple nuclear spin dynamics to the centre of mass motion/oscillation of optically trapped particles. This will allow to use the quantum features of the spins to control and prepare quantum states of motion, such as macroscopic Schrödinger cat states. -
Physics and astronomy
Quantum gravity across fundamental and emergent systems
This project aims to interrogate one of the most pressing problems of modern physics, can we describe gravity with quantum mechanics? A thought experiment wherein a test mass in superposition may or may not produce a superimposed gravitational field was proposed and this studentship will contribute to its realisation. -
Engineering
Molecular ion beams: from spacecraft propulsion to ion beam etching
Ready to revolutionize microfabrication? Traditional gallium ion sources limit ion beam flexibility, but Ionic Liquid Ion Sources (ILIS) unleash a vast variety of ions for precision etching. Southampton’s cutting-edge PhD project, in partnership with Thermo Fisher, explores ILIS fundamentals—pioneering next-gen focused ion beam technology for unmatched etching control. -
Electronics and Computer Science
Understanding the influence of LLMs in human negotiation and decision-making
AI systems are becoming powerful persuaders, capable of influencing opinions, behaviours, and even critical decisions. This PhD dives deep into the risks of AI-driven manipulation, exploring how people respond to machine-generated arguments and trust AI advice. Through experiments and user studies, you’ll help shape safer, more ethical human–AI communication. -
Engineering
Machine learning for aerospace design
Join a PhD project using machine learning to revolutionise aerospace design. You’ll develop intelligent algorithms to enhance aerodynamics, structures, and system integration, creating faster and more efficient aircraft. Ideal for students with strong aerospace or related backgrounds, programming skills, and a passion for applying AI to real engineering challenges. -
Electronics and Computer Science
Engineering recyclable thermoplastic dielectrics for reliable and sustainable HVDC transmission
High-voltage direct current (HVDC) cables are critical for connecting offshore wind farms and renewable energy grids, yet current insulation materials like XLPE are difficult to recycle and prone to space-charge ageing. This project pioneers recyclable polypropylene with engineered materials to overcome these challenges, creating greener, longer-lasting, and more efficient insulation systems. -
Photonics and optoelectronics | Engineering | Electronics and Computer Science | Mathematical sciences | Physics and astronomy
Silicon photonic sensors for early detection of paediatric sepsis
This PhD project focuses on developing silicon photonic sensors that can detect early biomarkers of sepsis in children - quickly, accurately, and at the point of care.