MRes Environmental and Biological Nanoscience

at University of Birmingham

• Students engage in specialised teaching and learning modules that cover key aspects of nanoscience, ensuring a thorough academic foundation.
• The programme provides an extensive understanding of nanoscience, including its environmental and human health risks, fundamental science, applications, synthesis, and policy and regulatory responses.
• A significant portion of the programme is dedicated to an independent, supervised research project conducted in state-of-the-art laboratories, which may include experimental, field-based, or modelling research.
• The course is a joint effort between the Environmental Health Science group in the School of Geography, Earth and Environmental Sciences, and the School of Biosciences, with concurrent taught and research elements.

Modules 

• Research project
• Environmental and Biological Nanoscience
• Molecular and cellular mechanisms of (nanomaterial) Toxicology
• Research Methods

Important Dates

The programme begins in September 2024. Prospective applicants are encouraged to start the application process early, ensuring they have ample time to meet all requirements, such as English proficiency exams (IELTS or TOEFL). It is recommended to begin preparations roughly one year in advance and to submit applications around six months prior to the start date.

• Possess a second-class Honours degree or international equivalent  in a relevant subject from an accredited university or institution.
• IELTS: 6 TOEFL: 80

The MRes Environmental and Biological Nanoscience is £27,360/yr. It is crucial to thoroughly understand the associated costs and explore financing options. The university's website provides detailed information on expenses, including tuition, accommodation, and other related fees. By carefully reviewing this information, you can accurately assess the total financial commitments required for the programme.

The MRes in Nanoscience and Environmental Health prepares graduates for impactful careers at the intersection of nanotechnology and health, safety, and environmental sectors. Given the rapid expansion in the production of nanomaterials, there is a growing need for experts to understand their biological effects and environmental fate. With the unique skills acquired, they are well-equipped to contribute to advancing the safe and beneficial use of nanoparticles, addressing both socio-economic and environmental challenges.