Year one course content
You will begin by investigating the structure and properties of biological molecules and move on to a study of cell ultrastructure through microscopy. This is followed by an introduction to the workings of the immune system. You will then be taken through an in-depth study of the respiratory and cardiovascular systems in relation to gas exchange and transport mechanisms in both plants and animals.
For the latter part of the course in year one you will explore how DNA is responsible for the variation between organisms within and between species which leads to developing an understanding of evolution and natural selection. This is finally applied to studies in classification and biodiversity.
A compulsory field trip at the end of the second term is designed to train you in the practical techniques of ecology field work. Six compulsory practicals (internally assessed) will be undertaken which form a basis for examination at the end of the second year. Basic study skills and presentations will be encouraged and will form an important area of support throughout the course.
The new curriculum in Biology means that for A-Level students, qualifying exams for first and second year studies are taken at the end of the second year.
Year two course content
The second year begins with an introduction to the physiology of the nervous system, hormones and their functions, followed by kidney and liver function.
You will then investigate the biochemical mechanisms of respiration and photosynthesis, before moving on to genetic processes such as cellular control, mitosis and meiosis, followed by analysis and evaluation of genetic engineering techniques. The course ends with investigations into ecology and conservation.
You will attend a compulsory field trip connected with advances in genetic engineering and the human genome project, and you will have the opportunity to attend a day long biology conference in London. As in the first year, six internally assessed practicals will be undertaken which will form part of the terminal examination.
