Advanced solutions for radar or radio frequency sensors in autonomous systems

Key facts

• Opens: Wednesday 1 October 2025
• Number of places: 1
• Duration: 36 months
• Funding: Equipment costs, Home fee, Stipend, Travel costs

Eligibility

We are looking for you to have a 2:1 in MSc or BSc Electronic & Electrical Engineering or Physics.

Project Details

In the recent years uncrewed systems have become widely used in battlespace scenarios, with a wide range of capabilities and levels of autonomy. In this fast paced scenario there are a number of technical challenges still to be addressed such as navigation in GPS denial areas, anti-spoofing, countermeasure deployment and radar imaging. These advanced capabilities are currently limited by the limitations of the systems, where weight, power and dimension of sensing are constrained.

In this project future uncrewed systems will be targeted, and their sensing and autonomous capabilities will be investigated and enhanced. The solutions that will be investigated include system level approaches as well as algorithmic solutions and aimed at testbed demonstration of the capabilities by the end of the PhD. The project will benefit from the interaction with an industrial partner leading in the Defence sector.

Funding details

This project is funded under the Research Excellence Award (REA) of the University of Strathclyde and an industrial partner.

Home students

To be eligible for a fully funded UK home studentship you must:

While there is no funding in place for opportunities marked "unfunded", there are lots of different options to help you fund postgraduate research. Visit funding your postgraduate research for links to government grants, research councils funding and more, that could be available.

• Be a UK national or UK/EU dual national or non-UK national with settled status / pre-settled status / indefinite leave to remain / indefinite leave to enter / discretionary leave / EU migrant worker in the UK or non-UK national with a claim for asylum or the family member of such a person, and
• Have ordinary residence in the UK, Channel Islands, Isle of Man or British Overseas Territory, at the Point of Application, and
• Have three years residency in the UK, Channel Islands, Isle of Man, British Overseas Territory or EEA before the relevant date of application unless residency outside of the UK/ EEA has been of a temporary nature only and of a period less than six years

Professor Carmine Clemente

Electronic and Electrical Engineering

Dr Gaetano Di Caterina

Reader Electronic and Electrical Engineering

Apply

Interested applicants should contact Professor Carmine Clemente ( carmine.clemente@strath.ac.uk ) with covering letter and CV.

Number of places: 1

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Contact us

carmine.clemente@strath.ac.uk

Research areas