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The University of Manchester Engineering PhD Projects, Programmes & Scholarships
We have 30 The University of Manchester Engineering PhD Projects, Programmes & Scholarships
We have 30 The University of Manchester Engineering PhD Projects, Programmes & Scholarships
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EPSRC Centre for Doctoral Training in Compound Semiconductor Manufacturing
Compound Semiconductor (CS) materials are a Key Enabling Technology at the heart of modern society. Read more
Science and Engineering PhDs: transform your future at Manchester
A Manchester PhD could change your tomorrow. Imagine a future where you're funded to research your passion project, using world-leading facilities. Read more
Impact of impurity elements on the corrosion performance of high strength 6xxx aluminium alloys
Applications are invited for a full time EPSRC Industrial CASE PhD studentship in research on the impact of impurity elements on the corrosion performance of high strength 6xxx aluminium alloys at the Department of Materials, The University of Manchester and in collaboration with Constellium. Read more
GREENCDT The design and simulation of micro-reactors for space propulsion, lunar surface power and planetary defence
There is increasing interest in enabling humans to explore further into space and for longer periods of time than has historically been achieved, including a permanent presence on the lunar surface and travel to Mars. Read more
Design and Engineering of Light-activated Enzymes for Chemicals Production
In this PhD studentship, we will pioneer generalized, rule-based design of photo-biocatalysts to open up new and high-energy catalytic reaction pathways. Read more
Recycling of poly (urethane) foam mattresses using ionic liquids
Creating a sustainable furniture industry There is an increasing desire to recycle poly(urethane) (PU) foam products such as a mattresses and upholstery to prevent them going to landfill. Read more
Recycling of poly(urethane) foam mattresses using ionic liquids
Supervisors. Prof. Chris Hardacre (UoM), Prof. Ian Kinloch (UoM), and Ms. Julie Walker (VITA). Creating a sustainable furniture industry. Read more
Last chance to apply
ABM CDT Detecting and discriminating between viruses using sugar–lectin interactions on graphene field-effect transistors
Rapid, inexpensive diagnostics for viral infection are essential to curbing their spread, whether are transmitted sexually like HIV or human papilloma virus, through fomites like norovirus, or in the air like SARS-CoV-2 and influenza. Read more
Last chance to apply
ABM CDT Development of a 3D osteochondral tissue model to further understand the molecular impact of the genetic risks in osteoarthritis
Osteoarthritis (OA) is a common, complex disease, where both genes and the environment have a role in disease risk and development. Read more
Last chance to apply
ABM CDT Comparison of pluripotent and multipotent stem cells in articular cartilage bioprinting
Articular cartilage (AC) defects are one of the major causes of immobility and poor quality of life for millions of individuals worldwide, but current medical therapies fail to provide long-term restoration of pain-free function. Read more
Last chance to apply
ABM CDT Osseointegration of graphene coated implants
Supervisors. Main Supervisor. Prof. L Biant. Supporting Supervisors. Prof. J Gough, Dr K Kostarelos, Mr M McNicholas. Read more
Last chance to apply
ABM CDT Evaluation of the Healing Factors and Characteristics of a novel Advanced Biological Wound Dressing Technology
A pre-clinical characterisation assessment of the specific compositional and structural factors within an advanced biological wound dressing technology that are contributing to rapid and effective wound healing. Read more
Last chance to apply
Developing functionalised electrospun scaffolds to exploit neural–stromal interactions in wound healing (Industry Project)
The ABM CDT is a partnership between The Universities of Manchester and Sheffield. ALL APPLICATIONS should however, be submitted via the Manchester application system only. Read more
Last chance to apply
ABM CDT Development of bioinks and bioprinting methods to model the human mammary gland
Mechanical signals within a tissue are required to establish and maintain its function. Consequently, alterations in the properties of the extracellular environment can give rise to perturbed signals, leading to a range of pathological conditions including cancer. Read more
Last chance to apply
ABM CDT Spatial proteomic profiling of native human meniscus and bioprinted meniscal tissue analogues
Meniscus injuries represent a significant long-term health problem, but current treatments offer relatively poor outcomes and novel interventions are required. Read more
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