Research Supervisor Connect

Environmental pollution caused by tire and brake wear

Summary

Research Area:

Environmental Engineering, Transport Engineering, Mechanics, Urban and Infrastructure Planning, Soil Physics and Biogeochemistry

Supervisor

Associate Professor Federico Maggi.

Research location

Civil Engineering

Synopsis

The project covers the environmental pollution caused by automobile tire and brake wear and emphasizes the generation and environmental fate of micro and nano particulate originated from wearing across typical tire and brake life cycles. Tire- and brake-generated  particulates are a very underrepresented source of pollution but at the same time the problem is highly diffused worldwide with radically unknown consequences. Tire and break wear contamination in the environment is not yet fully unraveled but it is potentially as pervasive and detrimental to the environment and biodiversity as the one related to microplastics. The project may cover various cross-disciplinary topics, including mechanics, environmental engineering, hydrological processes, and land and soil processes. The project can have wide applications including in environmental quality assessment, urban and infrastructure planning, soil physics and biogeochemistry and others.

Additional information

Offering:

This scholarship is offered to both international and domestic PhD applicants for 3.5 year (fulltime) at the RTP stipend rate of $40,109 p.a.

Successful candidates must have:

  • Bachelor degree (Honours or Honours Class 1 equivalent) or a Master degree.
  • Good proficiency in programming languages and computation.

Candidates with the following skills will be considered favourably:

  • background in theoretical or computational reaction-advection-diffusion processes, eco/hydrology or soil physics, data science (statistics or econometrics or machine learning) and supply chains,
  • be willing to learn mathematical concepts needed to develop advanced computational tools including mechanics, chemistry, and chemical kinetics.
  • willing to undertake occasional high workload to meet milestones and project deadline commitments.

How to Apply:

To apply, please email federico.maggi@sydney.edu.au, with the subject line “PhD Application:” and your name. You will need to provide the following:

  • CV
  • Transcripts
  • Cover letter

Want to find out more?

Opportunity ID

The opportunity ID for this research opportunity is 3521

Other opportunities with Associate Professor Federico Maggi