学习理学硕士课程是致力于科学家专注于相关领域的兴趣或实践并获得高级资格的机会。授课的大师将为您提供所选领域的专业培训，而研究大师将与理学院的研究人员一起发展高级研究技能，其中许多人是该领域的主要贡献者。生物信息学利用快速增长的数据库，包括与生物多样性，基因组学，蛋白质组学和结构生物学有关的数据库，来开发和应用生物学，生物技术和医学中的计算方法。该计划主要借鉴现有的生物学，数学和计算机科学课程。制定生物信息学综合学位课程的基本原理源于关于如何进行现代生物学和生物医学研究的迅速变化的哲学。人类，动物，植物和微
Studying for an MSc is an opportunity for committed scientists to focus on a relevant area of interest or practice and pursue an advanced qualification. While a taught masters will provide you with specialist training in your chosen field, a research masters will develop advanced research skills, working alongside Faculty of Science researchers - many of whom are major contributors in their field. Bioinformatics involves the development and application of computational methods in biology, biotechnology and medicine, taking advantage of rapidly expanding databases including those related to biodiversity, genomics, proteomics and structural biology. The programme draws mainly on existing courses in biology, mathematics and computer science. The rationale to develop a comprehensive degree programme in bioinformatics stems from a rapidly changing philosophy of how modern biological and biomedical research is conducted. The global availability of genome sequence information for human, animal, plant and micro-organism systems has led to the development of these new technologies. Scientists require the combined skills of molecular biology and computer science to exploit these data for the various applications. As these disciplines have traditionally been taught separately, there is now a severe world-wide shortage of people with these combined skills, and demand is expected to grow strongly throughout the next several decades as the new technologies are further developed.