Advanced Biological Sciences MSc

Program Overview

The University of Exeter's MSc Advanced Biological Sciences program offers a research-intensive experience in seven specialized areas. Students immerse themselves in world-leading research environments and develop advanced laboratory and data analysis skills. The program provides tailored modules and an independent research project to prepare graduates for careers in research, industry, government agencies, and beyond. The program emphasizes the development of advanced laboratory skills and data processing training to equip students for independent research.

Program Outline

Degree Overview:

The MSc Advanced Biological Sciences program at the University of Exeter offers a comprehensive and research-intensive experience in the field of biology. It provides students with the opportunity to specialize in one of seven areas: Animal Biology, Bioinformatics, Ecotoxicology, Frontiers in Plant Science, Microbiology and Infectious Disease, Molecular and Cellular Biology, or Sustainable Aquaculture. The program aims to:

• Immerse students in a world-leading research environment: Students will work within one of the UK's leading Biosciences departments, ranked 6th in the UK for research power (REF 2021).
• Develop advanced laboratory skills and data processing training: The program includes a dedicated module focusing on advanced laboratory skills, preparing students for their independent research projects.
• Tailor the degree to individual career ambitions: Students can choose a specialist pathway that aligns with their interests and future career goals.

Outline:

The MSc Advanced Biological Sciences program is structured as follows:

• Core Modules: These modules provide a foundational understanding of biological sciences and equip students with the necessary skills for research.
• Specialist Pathways: Students can choose to specialize in one of seven areas, each with its own set of modules.
• Research Project: A substantial research project is undertaken within one of the university's world-leading research groups, allowing students to delve deeper into their chosen specialization.
• Optional Modules: Students can select additional modules from a range of biosciences topics to further tailor their studies.

Module Descriptions:

The program offers a variety of modules, including:

• BIOM551: Biology of Marine Vertebrates: This module explores the biology of marine vertebrates, focusing on their adaptations, physiology, and ecology.
• BIOM553: Current Issues in Marine Biology: This module examines current challenges and research in marine biology, including topics like climate change, pollution, and conservation.
• BIOM554: Advanced Applications of Physiology: This module delves into advanced physiological concepts and their applications in various biological contexts.
• BIOM4043: Rewilding the UK: This module explores the concept of rewilding and its potential for restoring biodiversity and ecosystem function in the UK.
• PSYM205: Advances and Methods in Animal Behaviour: This module examines the latest research methods and findings in animal behavior.
• PSYM213: Current Research Issues in Animal Behaviour: This module explores current research questions and controversies in animal behavior.
• BIOM567: Applications of Genomics in Infectious Disease: This module explores the use of genomics in understanding and combating infectious diseases.
• CSC4007: Medical Genomics: This module focuses on the application of genomics in medicine, including diagnosis, treatment, and prevention of diseases.
• CSC4005: Pharmacogenomics: This module examines the role of genetics in drug response and the development of personalized medicine.
• HPDM041: Bioinformatics, Interpretation and Data Quality Assurance in Genome Analysis: This module covers data quality assurance and interpretation in genome analysis.
• NSCM005: Mathematical Modelling in Biology and Medicine: This module introduces students to mathematical modeling techniques used in biological and medical research.
• BIOM568: Blue Planet: This module explores the challenges and opportunities facing the world's oceans.
• BIOM544: Ecotoxicology: This module examines the effects of pollutants on ecosystems and organisms.
• BIOM543: Ecology of Environmental Change: This module explores the ecological impacts of environmental change, including climate change and habitat loss.
• BIOM545: Frontiers in Plant Biology: This module explores cutting-edge research in plant biology, including topics like plant development, genetics, and biotechnology.
• BIOM546: Living in a Microbial World: This module examines the diverse world of microbes and their interactions with other organisms.
• GEOM149: Green Planet: This module explores the challenges and opportunities facing the planet's ecosystems.
• BIOM525: Molecular Basis of Infection: This module examines the molecular mechanisms underlying infectious diseases.
• BIOM515: Cellular Basis of Immunity: This module explores the cellular mechanisms of the immune system.
• BIOM534: Medical Mycology: This module focuses on the study of fungi and their role in human health.
• BIOM547: Frontiers in Molecular Cell Biology: This module explores cutting-edge research in molecular cell biology.
• BIOM548: Cell Biology of Disease: This module examines the role of cell biology in disease development and progression.
• NSCM009: Bioimaging: This module introduces students to various bioimaging techniques and their applications.

Assessment:

Assessment methods for the MSc Advanced Biological Sciences program include:

• Individual and group-based coursework assignments: These allow students to apply their knowledge to real-world problems and develop their critical thinking skills.
• Oral presentations: These provide students with the opportunity to communicate their research findings effectively.
• In-module tests and reports or essays: These assess students' progress throughout the modules.
• Research project: A significant portion of the marks is based on the research project, including the associated paper submitted in August.

Teaching:

The program employs a variety of teaching methods, including:

• Lectures: These provide students with a foundational understanding of key concepts.
• Seminars: These allow for in-depth discussions and critical analysis of specific topics.
• Laboratory work: This provides students with hands-on experience in conducting experiments and analyzing data.
• Group discussion: This encourages students to engage with each other and develop their communication skills.
• Independent study: This allows students to explore topics of interest in greater depth.

Careers:

Graduates of the MSc Advanced Biological Sciences program are well-equipped for a variety of careers, including:

• Research careers in industry: Graduates can pursue research roles in pharmaceutical companies, biotechnology firms, and other research-intensive organizations.
• Government agencies: Graduates can work for agencies like CEFAS and DEFRA, applying their knowledge to environmental and conservation issues.
• Other careers: Graduates can also pursue careers in education, science communication, and policy analysis.

Other:

• The program is designed to support students in achieving the program's learning outcomes.
• The advanced laboratory skills module is a key component of the program, providing students with essential practical skills.
• The program is highly regarded by external examiners, who praise its structure, content, and teaching methods.

2024/25 entry UK fees per year: £14,300 full-time; £7,150 part-time International fees per year: £29,700 full-time; £14,850 part-time