Robert Gordon University

Overview

The Advanced Water Treatment for Removal of Micropollutants and Microbes PhD program at Robert Gordon University is a research-focused degree that addresses critical challenges in water treatment. This innovative program emphasizes the removal of micropollutants and microbial hazards, utilizing advanced techniques such as photocatalysis with low-energy LEDs and natural solar irradiation, as well as strategies for controlling cyanobacteria and mitigating toxins.

What you'll study

This PhD program is designed to provide a comprehensive research-led experience, featuring the following key components:

• Research Proposal and Planning: You will define your research objectives, methodology, and expected outcomes, tailoring your study to align with departmental expertise.
• Literature Review: Establish the scientific context and technical background for your research topic.
• Research and Experimentation: Engage in laboratory or pilot work, modeling, and data analysis, depending on your specific area of focus.
• Thesis Preparation: Write and refine your final thesis based on your research findings.
• Thesis Submission and Examination: Complete the final submission of your thesis for independent assessment.

Students are encouraged to explore specific research directions, particularly in photocatalytic systems or advanced oxidative treatment strategies. The university may also offer self-funded or structured research topics that can be adapted into your project plan.

Entry requirements

• Academic Qualification: A first or upper second-class honours degree from a UK university or an equivalent qualification from an overseas institution, subject to approval.
• Research Readiness: Applicants will be evaluated based on their merits and the scope of the proposed research.
• Registration Routes: Many candidates register for an MSc/PhD or MRes/PhD, with the possibility of transferring to a PhD based on satisfactory progress. Those with a Master’s degree that includes significant research may be eligible for direct PhD registration, pending an approved research proposal.
• English Language Proficiency: A minimum TOEFL iBT score is typically required, alongside equivalent evidence of language proficiency.
• Documents Required: Commonly required documents include academic transcripts, CV, research proposal or outline, references, and proof of English language proficiency.

Career prospects

Graduates of this program will be well-prepared for a variety of careers in environmental science, water treatment, and public health sectors. The expertise gained through this research-intensive degree may lead to opportunities in academia, industry, or governmental organizations focused on water management and environmental sustainability.