A-levels: AAB - ABB, including at least two relevant science subjects from Biology, Chemistry, Maths, Physics or Psychology. We may consider two AS-levels in place of one A-level. General Studies not accepted
EPQ with A-levels: ABB-BBB + EPQ grade B. A-level subjects to include two relevant science subjects from Biology, Chemistry, Maths, Physics or Psychology. General Studies not accepted.
GCSE: At least Grade C/4 in both English and Maths (if not held at A2/AS-level).
Access to HE Diploma: Pass Science diploma with 45 credits at level three, 30 of which must be at distinction
International Baccalaureate: Pass Diploma with 30 points to include grade 6 and 5 in at least two relevant HL science subjects from Biology, Chemistry, Maths, Physics or Psychology. Minimum of 3 in HL Maths or 4 in SL Maths, or 5 in Maths Studies required if grade C/4 not held at GCSE. Minimum of 4 in English Language required if grade C/4 not held at GCSE.
BTEC Nationals: Pass Applied Science Diploma with D*DD plus five GCSEs at B/5 or above including two relevant sciences
IELTS 6.5 or equivalent.
Genetics covers many aspects of society including human health, forensic science, food production, environmental quality, species conservation, ethics and law. On this course you will learn how genetic engineering, molecular and developmental genetics, human genetics and evolutionary genetics all contribute to a greater understanding of the discipline. You will gain a balanced understanding of modern genetics focusing on the organisation, inheritance, expression and evolution of genes in organisms ranging from bacteria to Homo sapiens.
You will work alongside leading geneticists who are investigating some of the most important questions in genetic research in order to gain insight into the mechanisms of life and evolution. Geneticists study these processes in all types of organisms and discover how errors in them can cause disease, and they help discover how genes work across the biological sciences. You will also gain a broad understanding of fundamental biological processes, while developing analytical skills and gaining experience in handling complex information. By studying genetics alongside options in other biological sciences, you will be able to apply your knowledge across the boundaries of traditional disciplines and gain a valuable and powerful asset in scientific environments and in many other walks of life.
The first three years of this course are identical to the Biological Sciences (Genetics) BSc, including the option to spend a Year in Industry or a Year Abroad between Years 2 and 3. Your fourth year then lets you focus on refining your research and lab skills - while also putting into practice your employability skills - by conducting a research project in one of six specialist areas.
The analytical and critical skills you acquire by studying an MBiolSci in Biological Sciences are particularly valued by PhD supervisors, researchers and employers in non-scientific fields.
UCAS code: C403
More Info: click here
Year 1
Modules
The Molecules of Life: An Introduction to Biochemistry and Molecular Biology
The Cell: An Introduction to Cell Biology and Microbiology
From Individuals to Populations: An Introduction to Genetics
Multicellular Organisation: An Introduction to Physiology, Pharmacology and Neuroscience
Biodiversity and Behaviour: An Introduction to Zoology
Year 2
Core modules
Genomes
Research Topic
Bioinformatics
Option modules
Overall, you must choose at least one module from those marked *
Choose two option modules from:
Molecular Cell Biology*
Physiology and Pharmacology
Physiology of Excitable Cells
Principles of Microbiology
Global Change Biology and Conservation
Medical Microbiology
Then choose three option module from:
Genes, Development and Inheritance*
Contemporary Techniques in Biological Data Analysis
Exercise Physiology and Pharmacology
Immunology and Eukaryotic Microbiology
Immunology and Eukaryotic Microbiology (with science enterprise trip)
Behavioural Neurobiology
Neurobiology and Animal Behaviour
A Field Guide to Evolution
Biochemistry of Nucleic Acids
Protein Control in Cellular Regulation
Year in Industry or Abroad (optional)
If you want to, you can spend your third year studying abroad at one of our partner institutions or working in an industrial placement (eligibility is dependent on your academic performance in Years 1 and 2). Alternatively, you can opt to continue studying at the University and complete your degree in three years.
Year 3
Core modules
Evolutionary Genetics
Human Genetics
Option modules
Overall, you must choose at least one of those modules marked *.
Choose three option modules from:
Microbial Pathogenesis and Genomics*
Genes and Development*
Conservation and Ecological Genetics*
Human and Environmental Microbiomics
Microbial Pathogenesis
Neuroscience Futures
Physiology, Pharmacology and Behaviour
Cellular Physiology of the Cardiovascular System
Current and Future Therapeutics
Behavioural Ecology
Then choose one pair of option modules from:
Analytical Research Project (double module) plus one additional option module from the list above
Steered Research Project (double module) plus one additional option module from the list above
Experimental Research Project A plus Experimental Research Project B (double module)
Education Research Project A plus Education Research Project B (double module)
Field Research Project A (Operation Wallacea) plus Experimental Research Project B (double module)
Final Year
In your final year, you will conduct a research project within one of six themes. Which project you choose determines which additional modules you study.
Option 1: Cancer Cell Biology
Introduction to Molecular Techniques
Research Methods in Cell Biology
Research Methods in Cancer Biology
Advanced Topics in Cancer Biology
MBiolSci Research Project (Cancer Cell Biology)
Option 2: Molecular Genetics
Introduction to Techniques in Molecular Genetics and Data Analysis
Experimental Design and Application of Molecular Genetic Techniques to Research
MBiolSci Research Project (Molecular Genetics)
Option 3: Cancer Molecular Pathology and Therapeutics
Molecular Pathology and Cell Biology of Cancer
Molecular Methods and Experimental Design
Cancer Therapeutics
MBiolSci Research Project (Cancer Molecular Pathology and Therapeutics)
Option 4: Chronic Disease and Immunity
Theory and Techniques in Chronic Disease and Immunity
Immunity and Inflammation
MBiolSci Research Project (Chronic Disease and Immunity)
Option 5: Infection and Immunity
Theory and Techniques in Infection and Immunity
Infection and Immunity
MBiolSci Research Project (Infection and Immunity)
Option 6: Neuroscience and Behaviour
Advanced Research Methods: Evaluating, Planning and Analysing Research
Professional Research Skills: Finding Your Path in the World of Research
MBiolSci Research Project (Neuroscience/Psychology/Behaviour)
Our 'Careers After Biological Sciences' series of lectures features Leicester graduates giving insights into their career experiences and good advice for finding jobs.
In the summer vacation between Years 2 and 3, a range of internal research placements are available in research labs, giving you the chance to develop your scientific skills.
We run bespoke bioscience careers events in the summer term each year, based on what our students tell us about their career intentions.
As a student in the School of Biological Sciences, you are welcome to attend seminars in any department, presented by national and international experts in the biosciences. This allows you to enhance your knowledge and get useful insights into current topics.
OSHC - $12276 GBP / per year
