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We have 35 Acoustics PhD Research Projects for Self-funded Students

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Acoustics PhD Research Projects for Self-funded Students

We have 35 Acoustics PhD Research Projects for Self-funded Students

Computational Acoustics: Predicting, Simulating and/or Auralising how the world sounds

  Research Group: Acoustics Research Centre
Information on this PhD research area can be found further down this page under the details about the Widening Participation Scholarship given immediately below. Read more

Cutting-edge microphone arrays for improving smart device performance in adverse environments

PhD Supervisor. Jiahong Zhao. Project description. This project aims to explore the design of an alternative class of microphone arrays, so-called co-prime microphone arrays, for recording and processing speech in adverse environments. Read more

3D sound recreation and noise reduction for home environment

PhD Supervisor. Jihui (Aimee) Zhang. Project description. The aim of this project is to create a better spatial hearing experience for users in a large region without the need to wear headphones. Read more

Developing optical beamshaping approaches for optical trapping and optical tweezering of aerosols

These projects are open to students worldwide, but have no funding attached. Therefore, the successful applicant will be expected to fund tuition fees at the relevant level (home or international) and any applicable additional research costs. Read more

Smart Low-frequency Noise Control With Adaptive Acoustic Meta-surfaces

Supervisory Team.   Dr Felix Langfeldt; Prof Jordan Cheer. Project description. Explore the forefront of Acoustical Engineering with this PhD opportunity at the University of Southampton. Read more

Low-noise Ducted Propulsion Systems for Next-Gen eVTOL Platforms

Supervisory Team.   Phillip Joseph, Sergi Palleja Cabre and Chaitanya Paruchuri. Project description. Overview. Electrically-powered vertical take-off and landing (eVTOL) aircraft are poised to revolutionize transportation, contributing significantly to the UK economy. Read more

Non-linear cochlear mechanics: Models and measurements

Supervisory Team.   Ben Lineton. Project description. The mechanical response of the cochlea to sound exhibits an intriguing array of different non-linear phenomena, involving interactions across time and frequency. Read more

Analytical Modelling of Noise Sources in eVTOL Aircraft for Advanced Air Mobility

Supervisory Team.   Chaitanya Paruchuri, Phillip Joseph and Sergi Palleja Cabre. Project description. Overview. Electrically-powered vertical take-off and landing (eVTOL) aircraft are poised to revolutionize transportation, contributing significantly to the UK economy. Read more

Gravity separation of emulsions. Collisions of droplets

Supervisory Team.   Dr Anatoliy Vorobev. Project description. The separation of colloidal systems under the influence of gravity is a physical phenomenon encountered in a myriad of industrial processes throughout the food, chemical, petroleum, and hydrometallurgical industries. Read more

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