EPSRC Centre for Doctoral Training in Future Open SecuRe NeTworks (CDT-FORT) - Secure and Trustworthy Hardware
Applications are now CLOSED
Overview
JOIN US IN SHAPING THE FUTURE OF SECURE AND RESILIENT COMMUNICATION TECHNOLOGIES! 5+ places available for 2025 entry. The Centre for Doctoral Training in Future Open SecuRe NeTworks (CDT-FORT) is a groundbreaking initiative funded by EPSRC, bringing together the world-leading expertise of the University of Surrey and Queen's University Belfast. In an increasingly interconnected world, the need for open, secure, and resilient communication systems has never been more critical. CDT-FORT addresses this national need by nurturing the next generation of industry-conscious thinkers and leaders with unique expertise across wireless communications, cybersecurity, networking, and AI. The programme aligns with EPSRC's Digital Futures research priority and the 2022 National Cyber Strategy, which emphasize the importance of resilient, secure-by-design digital technologies. Currently, the UK faces a shortage of skilled professionals capable of addressing the challenges in future open, secure, and resilient Networks of Networks. CDT-FORT aims to fill this gap, meeting the growing demand from industry partners and government bodies for expertise in this crucial field. To address these research challenges, the CDT-FORT research projects will focus on four thematic areas. • Space/ Terrestrial Comms and Security • Trustworthy AI for Secure Future Open Networks • Secure and Trustworthy Hardware • AI- Assisted Physical Layer Security
Project Theme: Secure and Trustworthy Hardware
Future communication systems toward 6G and beyond are expected to be open, secure and resilient integrations of different networks with the goals of overcoming the digital divide, whilst still being economically viable. This requires seamless integrations of space and terrestrial mobile systems into a uniform Network of Networks (NoN). Today’s digital society involves a wide variety of networks, such as public cellular, satellite/UAV (Unmanned Aerial Vehicle), optical, WiFi and personal body-area networks. Despite the benefits in their integration for mitigating the fundamental digital divide, there remain profound research challenges in terms of interoperability, highly reliable end-to-end performances, seamless cross-network mobility, network automation, security and resilience.
We need to ensure that the hardware that will underpin future comms infrastructure is secure and trustworthy. Cyber vulnerabilities in hardware cannot be easily patched (unlike software). PhD projects on this topic will address the open research challenge of how to deliver trusted and resilient hardware for future fully virtualised communications systems. Research into post-quantum cryptography and linking advanced cryptographic approaches (e.g identity-based encryption) and hardware security to achieve hardware-rooted security could provide verifiability, anti-tampering, anti-counterfeiting properties to future communication infrastructures. Such technologies could also be used to mitigate against the possible leakage of sensitive information in integrated communications and sensing systems of the future.
Further Details:
A CDT is a PhD programme that provides structured training for researchers to address scientific challenges. CDT Fort is a 4-year PhD programme with Year 1 offering access to a selection of compulsory and optional MSc level taught modules to enhance technical capability before moving onto a standard 3 year PhD timeline in Years 2-4.
Successful candidates will have the opportunity to enjoy:
• Joint training between University of Surrey and Queen's University Belfast with potential joint supervision with academics from both institutions and industry partners
• Industry-led research projects in cutting-edge areas of open, secure networks (projects determined at end of Year 1)
• Industry collaborative opportunities, including internship options from 20 industry partners
• Focus on enterprise, leadership ( CMI Level 7 Accreditation) and public engagement skills
• Use of world class facilities including Queen’s University’s Cyber Range, hardware security test platforms and industry standard Wireless labs, and Surrey’s state of the art Future Network testbed
• Being part of a cohort with tailored cohort activities including an Annual Research Showcase and Summer school
Detailed Programme Info
Year 1: 4 compulsory and 2 optional modules followed by a group research project.
Compulsory modules in:
• Foundations of Cybersecurity (Short block mode Autumn @ QUB)
• Machine Learning (Host Institution Autumn)
• Open Secure Networks (Short block mode Spring @University of Surrey)
• Data Privacy and Law (Short block mode Spring @QUB)
Optional Modules in:
• Architectural Thinking for Security
• Asymmetric and Symmetric Cryptography
• Satellite Communication Fundamentals
• Internet of Things
• Advanced 5G Wireless Technologies
• Advanced Satellite Communication Techniques
• Network Security
• Cloud Security
• Applied Cryptography
• Software Assurance
• Cyber AI
Group Research Project.
Researchers will be expected to pass 4 of the 6 modules and the Group Research project to progress to the Research Phase.
Year 2-4: Research phase:
Towards the end of Year 1, researchers will select their main PhD research project. Topics are proposed and co-designed by academic supervisors in conjunction with our industry partners.
Researchers are also encouraged to propose their own topics for discussion with relevant academic staff.
Please refer to the Course Content tab for standard PhD progression timelines.
You can visit https://cdt-fort.squarespace.com/ for a list of industry partners and to hear more about the programme.
If you have any questions please email the CDT Manager, Adele Ward on cdtfort@qub.ac.uk
Funding Information
Enhanced fully-funded 4 year PhD scholarships that include a tax free stipend of ~£22.2k (equivalent to a starting salary of ~£24.5k in industry).
In addition, the scholarship includes generous funding for a laptop and from Year 2 an allowance for conference travel, training and travel and subsistence for industry partner visits and team building activities.
Access to EDI bursaries for those with caring responsibilities.
Funding Eligibility:
Please note that the majority of funding is available to candidates who qualify as a ‘Home’ student. To be classed as a Home student, candidates must meet the following criteria and the associated residency requirements:
• Be a UK National,
or • Have settled status,
or • Have pre-settled status,
or • Have indefinite leave to remain or enter the UK.
Candidates from ROI may also qualify for funding.
A small number of international awards will be available for allocation across the CDT (1 place for 2025 entry). An international award is not guaranteed to be available for this project, and competition across the CDT for these awards will be highly competitive.
Academic Requirements:
The minimum academic requirement for admission is normally an Upper Second Class Honours degree from a UK or ROI Higher Education provider in a relevant discipline, or an equivalent qualification acceptable to the University.
Project Summary
Prof Jesus Martinez del Rincon
Full-time: 4 years