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We have 85 Engineering PhD Projects, Programmes & Scholarships in Birmingham
Engineering PhD Projects, Programmes & Scholarships in Birmingham
We have 85 Engineering PhD Projects, Programmes & Scholarships in Birmingham
An Analysis of the Socioeconomic and Environmental Impact of Engineering Design Decisions
The importance of environmental and socioeconomic (ESE) factors - known as the triple bottom line - are of critical importance to the future implementation of engineering solutions. Read more
Nature-Inspired and Art-Based Design for 3D-Printed Structures in Sustainable Engineering Applications
The intersection of nature-inspired design and artistic principles with advanced 3D printing technologies offers a transformative approach to engineering applications. Read more
EPSRC Centre for Doctoral Training in Formulation Engineering for Net Zero
This is a fully funded four-year postgraduate programme consisting of study and research. Our vision is to be a world-leading provider of research and training, equipping graduates with the skills needed to manufacture the next generation of sustainable formulated products. Read more
Sustainable Microfluidic Devices for Engineering and Life Sciences Applications
Computational fluid dynamics (CFD) is a powerful tool for studying the behaviour of fluids under various conditions. Read more
Machine Learning Assisted Feedback for Engineering Drawing Assessments
Assessment of engineering drawings can be a complex and lengthy task which causes delay in getting feedback to students. The provision of constructive, relevant and timely feedback is essential to student learning. Read more
Fracture arising from bone disease
Pathological fracture remains an extensive and significant unmet clinical need driven by an increasingly aged population. Coupled to this is the growing recognition of a series of pathologies (e.g. Read more
Sustainable Recycled Textiles for Engineering Applications
Worldwide demand for the apparel industry keeps growing while triggering an environmental impact on human health. The textile industry accounts for around 10% of global greenhouse gas emissions. Read more
EPSRC supported EngD. Mechanisms and Factors Affecting Deposition in Automatic Dish Wash and Drying – Substrate Understanding
Effective, residue free washing has long been a result sought by automatic dishwasher users. Read more
Accelerating the Design of Patient-Specific Fracture Fixation
The design and advanced manufacturing of patient-specific biomedical implants is set to revolutionise healthcare. However, the costly design framework which is currently required to create personalised 3D digital models is a huge barrier to implementation in most clinical settings. Read more
EPSRC supported ENGD Project. Inverse Modelling of Reaction Vessels for Optimal Control
Johnson Matthey [JM] makes formulated products, catalysing the net zero transition. These are heavily characterised and tested during product development and manufacturing. Read more
Microfluidic devices for sustainable water desalination
Microfluidics is the manipulation of fluids at the micron-scale (one-millionth of a meter). Microfluidics devices have many applications to address the urgent needs of society and industries in engineering, biology, chemistry, pharmaceutical industries, and, recently water desalination. Read more
Low carbon marine propulsion systems using hydrogen and hydrogen carrying fuels
Join our Research Team in Hydrogen Technologies. Read more
Hydrogen Integration for Accelerated Energy Transition
Join our Research Team in Hydrogen Technologies. Read more
EPSRC supported EngD: Developing digital tools for sustainable surface cleaning towards net zero solutions
Surface cleaning is a key and fundamental process in many domestic and industrial applications. Despite considerable amount of research on cleaning, there exists some knowledge gaps about the microscale interactions between cleaning agents and foulants on the surface. Read more
EPSRC supported EngD: Optimising a novel Carbon Capture Technology using Numerical Modelling
In a world facing climate crisis, it is vital to develop new ways to mitigate climate change. This project, funded by Origen Carbon Solutions, focuses on the modelling and optimisation of innovative Carbon Capture and Storage (CCS) and Direct Air Capture (DAC) technologies. Read more