| Supervisor | Dr Matteo Seita |
| Project Title | Mechanics of 3D printed metals (4) |
| Key words | Additive manufacturing, polycrystalline microstructures, metallography, plasticity of metals, materials design |
| | |
| Supervisor | Dr Matteo Seita |
| Project Title | "Smart" powder analysis for sustainable metal 3D printing (5) |
| Key words | Additive manufacturing, sustainable metallurgy, computer vision, mechanical design of machines, system control |
| | |
| Supervisor | Dr Matteo Seita |
| Project Title | Unveiling the technology behind paper making in the medieval era (6) |
| Key words | Reverse engineering, computer vision, optical microscopy, history |
| | |
| Supervisor | Dr Rachel Thorley |
| Project Title | Design and Development of an Arduino-Controlled Environmental Sensor Outreach Kit (7) |
| Key words | Sensors, electronics, data, making, communication |
| | |
| Supervisor | Professor Simon Guest |
| Project Title | Optimal Compression Structures (8) |
| Key words | structures, compression, experimental, 3D-printing, instability |
| | |
| Supervisor | Dr Somenath Bakshi |
| Project Title | Design and Testing of a Microfluidic Gradient Generator for Antibiotic Dose-Response Studies (9) |
| Key words | Microfluidics, gradient generator, dose response, single-cell analysis, antibiotic susceptibility testing |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Using LLMs to facilitate inter-factory communication in manufacturing (10) |
| Key words | LLMs, Manufacturing, communication, Microsoft, multi-factory |
| | |
| Supervisor | Dr Jim Hambleton |
| Project Title | Robotics for Earth-Moving (11) |
| Key words | Geotechnics, Experiments, Software, Soils |
| | |
| Supervisor | Dr Gemma Bale |
| Project Title | Lipid Light: Developing Non-Invasive Optical Sensors for Lipid Monitoring in Marine Mammals (12) |
| Key words | Biomedical optics, Short-Wave Infrared Spectroscopy (SWIRS), non-invasive sensing |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Decomposition approaches for air cargo dynamic scheduling problem (13) |
| Key words | Logistics, optimisation, Python, industrial engineering |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Simulation of air cargo schedules (14) |
| Key words | Logistics, Python, industrial engineering |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Split Delivery Vehicle Routing with stochastic demand data (15) |
| Key words | Logistics, optimisation, Python, industrial engineering |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Simulation of operations in a Gateway Hub delivery system (16) |
| Key words | Vehicle routing, optimisation, logistics, industrial engineering |
| | |
| Supervisor | Professor Duncan McFarlane |
| Project Title | Route planning/scheduling for unmanned vehicles (17) |
| Key words | Logistics, optimisation, industrial engineering |