Bachelor of Science (Genetics and Genomics)

Course Overview
** NEW IN SEPTEMBER 2020 **
Genetics and Genomics is an exciting area of science involving the study and use of DNA based data in the life sciences. Genetics is the study of how DNA is the blueprint for functionality in every cell and is also the code that passes information from one generation to the next. New sequencing technologies can now generate vast quantities of data from DNA. Genomics is the study of these data to make important discoveries in areas such as medicine, agriculture, evolution, the environment and biotechnology.

This new programme - beginning in 2020 – aims to provide students with a unique inter-disciplinary educational experience that combines biology with mathematics and data science.
1st Year: Students will receive a foundational scientific understanding of principles that govern the complex nature of living systems through studying biology, chemistry, mathematics and computer science. In parallel, students will be introduced to key concepts that underpin genetics and genomics, as well as developing scientific research and communication skills. 

2nd Year: Students will learn about the biology of living cells and organisms, including their evolutionary origin. Students will be introduced to the techniques that allow us to study humans, animals, plants and microbes at a genetic level. This extends to understanding how genetics underpins and drives innovation in areas such as medicine, agriculture and the environment. Students will learn about data analysis and computer programming and how these are important for interpretation of genetic data. Students will continue to develop their teamwork and communication skills while learning about latest biomedical research.

3rd Year: Within core modules, students will learn about molecular genetic processes that control cell cycle, DNA replication and gene expression. Students will learn about the application of genomic tools to study bacteria and viruses. Students will extend their knowledge of evolutionary biology. Students will develop a deeper understanding of human, plant and agricultural genetics. Students will receive practical training in molecular biology techniques and in the analysis of genetics and genomics data. Elective modules will give students the opportunity to gain specific knowledge and further develop skills in areas such as cell biology, developmental biology, immunology, microbiology, statistics, computer programming or the application of mathematical methods in genomic analysis.

4th Year: A large portion of the students’ efforts will be dedicated to an independent research project supervised by an academic member of staff, usually as part of a research team. A student-driven literature review project carried out with guidance and direction of an academic member of staff will also be completed. In parallel, students will further develop their skills in genetics and genomics and chose elective pathways (e.g. plant genetics, computer and data science, molecular and cell biology or microbial genetics) to deepen their knowledge and understanding in these specific areas.