Program Overview

Environmental and Biological Nanoscience MRes

The Environmental and Biological Nanoscience MRes is a collaborative endeavour between the Environmental Health Science group in the School of Geography, Earth and Environmental Sciences and the School of Biosciences. This research-focused course is designed to provide a comprehensive understanding of all aspects of nanoscience and its potential environmental and human health-related risks.

Course Overview

The programme focuses on fundamental science, applications, synthesis, policy, and regulatory responses. It includes a large project carried out in state-of-the-art laboratories, providing students with hands-on experience in nanoscience research.

Course Structure

• The programme comprises a research project and a taught component.
• The research component includes a major project based on independent research, leading to a dissertation.
• The taught component covers nanoscience fundamentals, nanomaterial synthesis, and environmental impact.

Course Highlights

• Coverage of nanoscience and its implications
• Focused teaching and learning modules
• Experimental, field-based, or modelling research project
• Ranked 17th in the UK for Environmental Sciences (QS World University Rankings 2025)
• Ranked Top 150 in the World for Environmental Sciences (QS World University Rankings 2025)
• Ranked 3rd in the UK for Earth Systems and Environmental Sciences (Research Excellence Framework 2021)

Course Delivery

• A range of assessment methods will be used, including exams, extended literature searches, essays, oral presentations, and a written proposal.
• The research project is assessed by a dissertation of approximately 15,000 words.
• Tutorial, workshop, practical assignments, online on-demand classes, and online live classes are used for the taught component.

Taught Component

• Environmental and Biological Nanoscience: Covers nanoscience fundamentals, nanomaterial synthesis, and environmental impact.
• Molecular and Cellular Mechanisms of (Nanomaterial) Toxicology: Explores toxicology principles, nanomaterial effects on biological systems, and disease consequences.
• Research Methods: Teaches research methods through lectures and exercises, covering statistical analysis, hypothesis generation, and project management.

Research Projects

• Students can apply for an advertised PhD or propose their own research topic.
• Advertised PhDs are typically part of an established research project and are usually funded by the University or another funding body.
• Self-funded research proposals are also accepted, with scholarships available.

Entry Requirements

• 2:1 or equivalent in a relevant subject
• Candidates should possess at least a second-class Honours degree awarded by an approved university or institution in an appropriate subject
• A degree without Honours, awarded by an approved university or institution in an appropriate subject, followed by at least two years of appropriate postgraduate experience

Fees and Scholarships

• £5,181 (full-time)
• Funding options include applying for a PhD with attached funding, self-funding, or searching for funding or a studentship
• A limited number of scholarships and studentships may be available to outstanding applicants

Application Process

• Applications are accepted all year round, but deadlines apply for funding opportunities
• A research proposal is required for self-funded applications, outlining the proposed research project, including main research questions and methods

Career Opportunities

• The career opportunities available are expanding, with many clinical settings appointing individuals with a strong research profile
• This MRes supports development in preparation for doctoral studies and is ideal for those interested in the health and environmental impacts of nanoparticles
• Career routes include roles in fitness and leisure, governing bodies, teaching, exercise prescription, and testing

Related Courses

• Earth Sciences Research MSc (Res)
• Environmental Health MSc

Student Experience

• The University of Birmingham offers a range of accommodation options, including dedicated postgraduate halls and private accommodation close to campus
• The campus is green and spacious, with a variety of historic and modern spaces and state-of-the-art facilities
• Student support services are available, including careers support, academic support, and wellbeing services.