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We have 286 Electrical Engineering PhD Projects, Programmes & Scholarships in the UK

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Electrical Engineering PhD Projects, Programmes & Scholarships in the UK

We have 286 Electrical Engineering PhD Projects, Programmes & Scholarships in the UK

Wave devouring propulsion for marine decarbonisation PhD

This exciting fully funded PhD is sponsored by EPSRC, with an enhanced stipend of £20,000 per annum (with fees covered). This project will develop the new technology for wave-based thrust harvesting for various floating platforms for marine decarbonisation. . Read more

Design of Superconducting Electric Machines for Zero Emission Transport

The Institute for Energy Systems, School of Engineering, at the University of Edinburgh, is inviting applications for the following fully-funded PhD project, expected to commence on 1st September 2024. Read more

Plasma-based gas conversion into value-added chemicals

  Research Group: Plasma and fusion science and technologies
Plasmas are promising technology for the conversion of gases such as CO2, CH4 or N2 into more valuable ones, e.g. CO (starting material for alcohols and hydrocarbons), H2 (clean fuel applications) and NH3 (fertilisers). Read more

Towards developing novel actuation method of soft robotic devices towards medical applications

  Research Group: Healthcare Engineering
Beating-heart procedures represent a less invasive alternative to standard open-heart surgery with fewer perioperative complications, and shorter recovery time. Read more

Novel Multi-axis MEMs Force Sensors for Robotic Applications

  Research Group: Intelligent Systems and Robotics
Robots heavily rely on sensors to interact with their environment. Among these sensors, multi-axis force sensors play a pivotal role in enabling robots to safely interact with objects. Read more

Machine learning in underwater acoustic communication modems

  Research Group: Communication Technologies
Machine learning is an approach that is useful when a practical optimisation problem is difficult to describe precisely. This approach has found multiple applications. Read more

Influence of listener movement on tonality and spatial quality in adaptive immersive surround sound systems

  Research Group: Communication Technologies
Whilst there is a significant body of work that focuses on the spatial quality and tonality of immersive surround sound systems for a sweet spot position, these qualities under a dynamic listening scenario (i.e. Read more

Improvements in headphone based 3-D audio using adaptive binaural signal processing and robust head-tracking

  Research Group: Communication Technologies
Design of immersive binaural surround systems requires an understanding of the perceptual cues for sound source localisation. Any source at a given angle of incidence to the head will create subtle time and level difference cues at the ears and is subject to spectral shaping due to the pinnae. Read more

Human Interaction with Low-Speed Autonomous Vehicles

  Research Group: Intelligent Systems and Robotics
The University of York is embarking on ground-breaking research that focuses on data-centric engineering, digital twins, and AI, revolutionizing the way systems are designed and optimized through data. Read more

How AI-driven design tools influence intrapreneurship in engineering businesses

  Research Group: Engineering Education and Management
Artificial Intelligence (AI) is profoundly influencing and revolutionizing the engineering industry by significantly enhancing productivity, efficiency, safety, and innovation across various domains. Read more

High-lifespan many-core devices

  Research Group: Intelligent Systems and Robotics
Switching activity and other technology-related parameters have a significant effect on circuit aging and can therefore affect the lifespan of devices. Read more

High-frequency underwater acoustic communication for image transmission.

  Research Group: Communication Technologies
Communication using acoustic waves is the main underwater communication technology, since electro-magnetic waves quickly attenuate underwater. Read more

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