Overview
PhD in Engineering
Description
PhD in Engineering
Eligibility
Applicants must:
Hold or expect a First Class or Upper Second Class (2:1) honours degree in Physics or Electrical and Electronic Engineering. Be classified as a UK/Home student. Demonstrate strong motivation to work in optics, nanotechnology, and computational imaging.
Additional Information
Degree Level
PhD in Engineering
Available Subjects
AI-driven metamaterial lens design Photonics Computational optics
About The Research Project
The project aims to design flat metamaterial optics—artificial nanostructured materials engineered to intelligently manipulate light. Unlike traditional bulky glass lenses, metamaterials are ultrathin, microelectronics-compatible, and capable of delivering enhanced imaging functionalities.
By integrating artificial intelligence (AI), deep learning, and computational imaging, the project will create compact, high-performance imaging systems with applications in:
Virtual Reality (VR) and Augmented Reality (AR)
Quantum technologies
Life sciences and biomedical imaging
Computing and advanced sensing
The PhD will be supervised by Dr. Mitchell Kenney, in collaboration with Prof. Melissa Mather, Prof. Dmitri Veprintsev, and Dr. Sendy Phang.
Skills And Training
The PhD student will gain expertise in:
AI and deep learning for optical design
Nanofabrication of metamaterials
Computational modelling of electromagnetic structures
Algorithmic coding for metasurface design
Construction and testing of optical imaging systems
Benefits
Full tuition fees + stipend for 3 years
Eligible Nationalities
Open to UK/Home students only.
Eligibility Criteria
Applicants must:
Hold or expect a First Class or Upper Second Class (2:1) honours degree in Physics or Electrical and Electronic Engineering. Be classified as a UK/Home student. Demonstrate strong motivation to work in optics, nanotechnology, and computational imaging.
Application Procedure
Closing Date: Monday, 17 November 2025 How to Apply: Contact Dr. Mitchell Kenney ( ezzmgk@nottingham.ac.uk ) for details on the application process.
Why Apply
Study at a Russell Group university with a globally recognized research environment. Contribute to groundbreaking advancements in imaging, VR/AR, and biomedical optics. Gain multidisciplinary training in AI, nanotechnology, and photonics. Work alongside leading academics in a collaborative research environment.
Final Thoughts
The PhD Studentship in AI Design of Ultrathin Lenses at the University of Nottingham offers a unique chance to work on transformative imaging technologies. Covering tuition and living costs for three years, this opportunity for the 2025/26 academic year will allow motivated students to push the boundaries of optics, photonics, and AI-driven lens design.
Apply by 17 November 2025 to secure your place.
Frequently Asked Questions Faqs
Who is eligible to apply for the PhD studentship? Only UK/Home students with a strong academic background in Physics or Electrical and Electronic Engineering are eligible.
What academic year does this scholarship cover? This fully funded PhD studentship is for the 2025/26 academic year.
Does the studentship cover living expenses? Yes. In addition to covering full tuition fees, the scholarship provides a stipend for 3 years to support living costs.
Can international students apply? No. This studentship is currently limited to UK/Home students only.
What skills will I gain from this PhD? You will gain expertise in AI, deep learning, nanofabrication, computational optics, and metamaterial design, along with hands-on experience in building and testing imaging systems.
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Card
Funding
Full tuition fee
Organization
University of Nottingham
Degree
PhD
Subjects
Photonics, Artificial Intelligence
Nationality
Domestic Students
Country
UK
Source
Information provided by scholarships_ads.