Bachelor of Science in Industrial Biochemistry - Biological and Chemical Sciences (Common Entry)

Are you interested in biological sciences and wish to delve deeper? Would you like to understand how living things work, evolve and function at the molecular level? Do you want to prepare for a future where molecular biology will be at the coalface of human endeavour? Then this course might be for you.

Why Study Industrial Biochemistry at UL?

The B.Sc. In Industrial Biochemistry is a degree programme in biotechnology. It focuses upon the study of living cells (or components of living cells) and the medical/industrial applications of such substances. It is designed to prepare you for a career in the biotechnology sector and allied industries and has a very strong employment record.

Examples of traditional biotechnological processes include the use of microorganisms to produce alcohol or antibiotics. Examples of more modern biotechnological processes include the use of genetic engineering to produce protein-based drugs or “Biopharmaceuticals” (e.g. Insulins or Interferons), engineered plants, which are drought or pesticide resistant or transgenic animals displaying some novel characteristic, such as faster growth.

The core subjects studied include:

• Biochemistry (study of the structure and biological function of cellular molecules such as proteins and DNA, and how these molecules interact to form living cells)
• Industrial biochemistry (study of the applications of biological molecules for medical, industrial, environmental, agricultural or analytical purposes)
• Microbial technology (study of microbiology and the uses of bacteria, fungi, yeast and viruses)
• Genetic engineering (identification, isolation, engineering and expression of genes in order to gain new insights into gene function or for the generation of gene-mediated industrial/medical products)
• Bioprocess technology (aspects of industrial-scale biotechnology manufacturing/processing)
• Analytical science (methods and techniques used to detect and quantify biological molecules/chemicals in samples, for example, measurement of hormone levels in blood or pesticide levels in water)

In addition to these, a number of other relevant subjects are also undertaken, including computing, chemistry, maths and bioinformatics.