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We have 84 optoelectronics PhD Projects, Programmes & Scholarships
optoelectronics PhD Projects, Programmes & Scholarships
We have 84 optoelectronics PhD Projects, Programmes & Scholarships
Wideband fibre optical parametric amplifiers for space division multiplexing technology
This project aims at developing a novel idea of fibre optical multimode parametric amplification where four-wave-mixing between different fibre modes is exploited to amplify several modes in a wide bandwidth covering the main telecom windows (C+L bands). Read more
Optical Levitation in Hollow Core Fibres
This project will explore the radiation pressure of laser light, to levitate, guide and accelerate particles within novel hollow core fibres (HCFs), targeting both fundamental studies and new applications such as radiation sensing and hypervelocity particle acceleration. . Read more
Water-based THz optoelectronics
Supervisory Team. Prof Tim Freegarde and Dr Fabio Novelli. Explore and develop quantum-enabled, water-based emitters and receivers for terahertz (THz) radiation. Read more
Multimode fibre lasers
This project aims to develop novel fibre lasers where the interaction among spatial modes is the keystone to achieve light generation over a wide spectral bandwidth, well beyond what is possible with current fibre laser technology. Read more
Laser-based fabrication of medical diagnostic devices in paper
The aim of the project is to use a laser-based direct-writing technique developed and patented by our group to pattern microfluidic devices in paper for the creation of the diagnostic sensors or tests. . Read more
Advancing respiratory care at the bedside using machine learning assisted on-chip vibrational spectroscopy
This project is focused on transforming respiratory care at the bedside to develop a user-friendly, palmtop spectrometer that brings rapid bedside biomarker diagnosis within easy reach for clinicians. . Read more
Interaction of light and sound in Emerging hollow core optical fibres
This project aims to study how light propagating in the hollow-core fibres interacts with vibrations and sound waves. Examples of this could include ultra-stable interferometers for studying interaction of quantum states with gravity or to obtain lasers with unprecedented stability. Read more
Advanced sensors for planetary missions & astrophysics
Co-Supervisors. Professor Nathalie Wheeler, Professor Radan Slavik. Read more
Interaction of light and sound in Emerging hollow core optical fibres
Co-supervisors. Dr Ali Masoudi, Professor Francesco Poletti. This project aims to study how light propagating in the hollow-core fibres interacts with vibrations and sound waves. Read more
Mid-infrared hollow-core fibre and laser development for environmental monitoring, non-invasive surgery and advanced manufacturing
In this project we will develop hollow-core optical fibres (HCFs) for mid-infrared laser delivery. HCFs offer a radically new solution for laser delivery as they guide light in a gas-filled core, instead of the glass in conventional optical fibres. . Read more
High-performance computer simulation of laser-driven X-ray microscopy
New femtosecond fibre laser-based ultrafast pulse sources and novel hollow-core optical fibres have the potential to produce brighter and shorter-wavelength X-ray pulses. Read more
Core and core-shell nanomaterials synthesis for Optoelectronics
Research Group:
Chemistry and Biosciences
Nanoscience and technology, which involves the manipulation of materials using the property of size to bring about specific desired changes in the electronic structure of materials, has proven to be a powerful additional tool permitting the materials scientist to effect greater control over the charge transport properties in materials. Read more
Accelerating Organic Semiconductor Discovery with Generative AI Algorithms
Organic semiconductors are critical components for advancing next-generation flexible and lightweight electronic devices, including organic photovoltaics (OPVs), organic light-emitting diodes (OLEDs), and organic field-effect transistors (OFETs). Read more
Energy Efficient Multicore Fibre Amplifier Development for Sustainable Optical Communications
Closing date. 31st December 2025. This PhD project will focus on developing cutting-edge optical fibre amplifier technologies designed to reduce power use, lower the cost-per-bit, and enhance overall data capacity. Read more
Advanced beam shaping for next-generation fibre lasers
Closing date. 31st December 2025. Join our pioneering PHD project and be part of the future of laser technology. Fibre lasers are revolutionizing the field, providing unmatched stability without the need for moving parts or mirrors, making them an ideal solution for next-generation laser systems. Read more