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We have 347 Other PhD Projects, Programmes & Scholarships

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Other PhD Projects, Programmes & Scholarships

We have 347 Other PhD Projects, Programmes & Scholarships

Embarking on a PhD in Materials Science propels candidates into the cutting-edge realm of discovering and developing materials that can transform industries and improve daily life. These advanced degrees provide a unique blend of chemistry, physics, and engineering, offering students the opportunity to delve into the design, blend, and application of materials with novel properties.

Through PhDs in Materials Science, candidates explore a vast spectrum of materials, from nanomaterials and biomaterials to metals, ceramics, and polymers, aiming to address some of the most pressing technological and environmental challenges. This journey is not merely academic; it's an exploration into the future, contributing to advances in sectors such as renewable energy, healthcare, and electronics.

Why complete a PhD in Materials Science?

A PhD in Materials Science provides an unparalleled opportunity to contribute to a field that is pivotal for innovation across a broad range of industries. These programmes challenge candidates to push the boundaries of current material capabilities, offering the potential to revolutionise technologies through the development of stronger, lighter, more conductive, or more sustainable materials.

Doctoral research in materials science is inherently interdisciplinary, drawing upon principles from chemistry, physics, and engineering to create solutions that can have a profound impact on society. The research environment encourages collaboration and creativity, enabling candidates to work on cutting-edge projects that can lead to significant scientific breakthroughs.

In terms of employment, earning a PhD in Materials Science opens up a spectrum of career opportunities. Graduates are highly sought after in academia, where they can continue their research and share their knowledge through teaching.

Beyond academia, PhD holders play crucial roles in research and development within a wide range of sectors, including aerospace, automotive, biotechnology, and electronics manufacturing. Their expertise is essential for driving innovation in material design, improving production processes, and developing new applications for advanced materials. In addition, the problem-solving, analytical, and project management skills developed during these programmes are valuable assets in consultancy, policy-making, and entrepreneurship.

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Microwave Characterisation and Modelling of Novel Materials for Shielding and Stealth

Monash Engineering is a leading global centre for research consistently placing highly in international ranking lists. We engage with industry and other world leading institutes to carry out pioneering research that benefits society and changes the world around us. Read more

Programming Colloidal Self-Assembly for Advanced Materials

A PhD place is available with Dr Dwaipayan Chakrabarti in the School of Chemistry at the University of Birmingham on a project themed on designing and developing colloidal advanced materials, using high-performance computing, underpinned by theories of statistical mechanics and wave propagation in periodic structures. Read more

Theremoelectric Nanomaterials for Energy Recovery

Thermoelectric materials offer the unique capability to convert waste heat directly into electrical energy. Efficiency is related to a figure of merit (ZT S2sT/k), that is determined by the Seebeck coefficient (S), electrical conductivity (s) and thermal conductivity (k). Read more

Inspired by nature: sulfide minerals as sustainable and efficient thermoelectric materials

We have a vacancy for a PhD student to join a project at the forefront of research in thermoelectric materials, which can be used in devices for the direct conversion of waste heat into electrical power. Read more

Vapour Deposited Perovskites for High Performance Multi-Junction Photovoltaic Devices

Metal-halide perovskite based solar cells have now achieved a light to electricity conversion efficiency of 26.1%, making them the leading emerging thin-film solar cell material. Read more

Novel nanocomposites based on green resin chemistries reinforced with 2D nanofillers and natural fibres

Applications are invited for a fully funded studentship to start in October 2024. About the project. Nanocomposites based on thermosetting resin matrices are one of the most promising lightweight materials to replace metal components and reduce energy and greenhouse gas emissions in the transport industries. Read more

Locking CO2 into cement: new perspectives from advanced spectroscopic techniques

EPSRC DTP studentship in Engineering. 3.5 years starting 1st October 2024, 1st January 2025 or 1st April 2025. Project Summary. Our aim is to improve carbon capture and utilisation (CCU) in the cement and concrete industry by introducing reactive carbonates to replace clinkers. Read more

Understanding nanoparticle hydrogen fuel cell catalysts using electron microscopy

About the Project. Project Description. Solving the worlds energy crisis is the most pressing need for humanity as we move away from globally harming and unsustainable fossil fuels for energy production. Read more

Funded Studentship for Applicants with a Link to Cumbria (KEN24/MPEE/HOWATSON)

This opportunity is only available to students classed as UK students. International students are not eligible. Northumbria University is delighted to offer fully-funded three year studentships specific to applicants who have a link to Cumbria. Read more

Novel interphases for ceramic composites: a high-throughput approach

The Department of Materials at Imperial College London, as part of the new CDT in Materials 4.0, is looking for a candidate to undertake a PhD project in the field of Ceramic Matrix Composites for the next generation of aero-engines and fusion reactors. Read more

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