Project outline
This PhD project tackles one of the most pressing challenges in modern construction: how to optimize vibration isolation systems to minimize concrete usage, reduce environmental impact, and enhance urban living. By combining advanced Finite Element modelling, laboratory and field testing, and collaboration with industry leader, Farrat Isolevel, the research will deliver practical design recommendations and performance prediction tools. The outcomes will directly support net-zero goals, improve health and well-being by reducing noise and vibration, and set new standards for sustainable building design.
Project Partners
This project is in partnership with the University of Salford and industry leader, Farrat Isolevel. The project partner is offering a widening participation stipend top-up of £10,000 for UK home fees applicants from underrepresented groups.
Further project information
The research will utilize advanced Finite Element modelling to simulate a range of building vibration isolation scenarios, complemented by laboratory and field testing to ensure robust validation of these models. Key areas of investigation will include the influence of soil and ground pressure, as well as the optimization of structural components such as columns and cores, with the aim of enhancing both performance and material efficiency in vibration isolation systems. Ultimately, the project seeks to deliver practical, evidence-based design recommendations and predictive tools that can be directly applied to real-world building projects.
Subject Areas
- Vibration isolation
- Structural dynamics
- Finite Element Analysis (FEA)
- Sustainable construction
- Building acoustics and noise control
- Urban design and net-zero construction
- Experimental testing and validation.
Required qualifications/skills
Essential
- You are must have or are expected to achieve a first-class or 2:1 Honours degree or Master’s degree in civil or structural engineering.
- A strong background and keen interest in structural dynamics and vibration.
- Hands-on experience in measurements, experimentation, and Finite Element modelling techniques.
- A commitment to advancing net-zero goals and enhancing quality of life in urban environments through innovative construction practices is essential.
The project partner is offering a widening participation stipend top-up of £10,000 for UK home fees applicants from underrepresented groups.
Student
Commencing in October 2026