The MSc by Research in Air Pollution Control Using Nature-based Solutions Scholarship 2027 is a fully funded Master by Research scholarship offered by RMIT University in Melbourne, Australia. The scholarship supports research on developing nature-based solutions to reduce urban air pollution and improve environmental quality. Successful applicants receive a tax-free stipend of AUD 36,245 per year, full tuition fee coverage, and the opportunity to conduct advanced research in air pollution modelling, computational fluid dynamics (CFD), and environmental engineering. The scholarship is awarded for two years.

About the MSc by Research in Air Pollution Control using Nature-based Solutions Scholarship

RMIT University offers this Master by Research scholarship to investigate how nature-based solutions, such as green infrastructure and urban vegetation, can improve air quality in cities. The project focuses on designing and evaluating innovative strategies that reduce pollutant concentrations while enhancing ventilation in complex urban environments.

The successful candidate will use computational fluid dynamics (CFD) and advanced air pollution modelling techniques to assess the effectiveness of movable and fixed nature-based interventions. The research will contribute to sustainable urban planning by identifying practical approaches to improve air quality, reduce public health risks, and create healthier cities. The project builds on RMIT’s internationally recognised research in environmental engineering and sustainable urban systems.

Why Choose the MSc by Research in Air Pollution Control using Nature-based Solutions Scholarship?

This scholarship combines environmental engineering, air quality modelling, and sustainable urban design.

You will benefit from:

  • Fully funded Master by Research scholarship
  • Tax-free annual stipend
  • Full tuition fee coverage
  • Training in computational fluid dynamics (CFD)
  • Experience in air pollution modelling and environmental simulation
  • Access to advanced environmental engineering research facilities
  • Supervision by leading researchers in sustainable urban engineering
  • Opportunities to publish research findings
  • Preparation for careers in environmental engineering and sustainable city planning

Graduates pursue careers in:

  • Environmental Engineering
  • Air Quality Management
  • Civil Engineering
  • Urban Planning
  • Computational Fluid Dynamics (CFD)
  • Environmental Consulting
  • Sustainable Infrastructure
  • Research and Development
  • Academia

MSc by Research in Air Pollution Control using Nature-based Solutions Scholarship Summary

  • Host Country: Australia
  • Host University: RMIT University
  • Scholarship Name: MSc by Research in Air Pollution Control Using Nature-based Solutions Scholarship
  • Study Level: Master by Research (MSc)
  • Scholarship Type: Fully Funded
  • Study Mode: Full-Time
  • Duration: 2 years
  • Annual Stipend: AUD 36,245 (tax-free)
  • Tuition Fees: Full tuition fee coverage
  • Number of Scholarships: 1
  • Eligible Applicants: Domestic and International students
  • Application Mode: Email application to the project supervisor.
  • Application Deadline: September 30, 2026

Scholarship Benefits

Successful applicants receive:

  • AUD 36,245 tax-free annual stipend
  • Full tuition fee coverage for the two-year programme
  • Supervision by experienced environmental engineering researchers
  • Training in air pollution modelling and CFD simulation
  • Access to advanced modelling software and research facilities
  • Opportunities to publish research findings and present at conferences.

Eligibility Criteria

Applicants must:

  • Meet the admission requirements for a Master by Research at RMIT University.
  • Hold a First Class Honours degree in:
    • Civil Engineering
    • Mechanical Engineering
    • Environmental Engineering
    • Or a closely related discipline.
  • Demonstrate strong academic performance.
  • Have experience in air pollution science, air quality modelling, or air pollution measurement (preferred).
  • Demonstrate strong skills in computational fluid dynamics (CFD) or environmental modelling, which will receive particular consideration during selection.
  • Meet RMIT University’s English language requirements if applying as an international student.

Required Documents

Applicants must submit:

  • Curriculum Vitae (CV)
  • Cover letter explaining how their experience relates to air quality modelling, air pollution control, or CFD modelling
  • Academic transcripts
  • Any additional documents requested by the project supervisor.

Application Process & Timeline

  1. Review the research project and confirm your eligibility.
  2. Prepare your CV, academic transcripts, and cover letter.
  3. Email your application directly to Professor Aonghus McNabola.
  4. Applications will be reviewed after submission, and shortlisted candidates may be invited for further assessment or an interview.