Course summary

Biochemistry is the chemistry of life and on this course we bring it off the page. You’ll not only discover how this subject is vital to humanity, but even play a part in applying it to global challenges. Your journey will start with discovery of disease at a molecular level – preventing, diagnosing and treating – before looking at drug development, biological tools and genetically modified products. We show you how this fascinating subject can be applied in everyday life in from diabetes to cancer. There‘s no substitute for doing it yourself, so that’s why we give you lots of chances to apply your skills in our labs so you’re a confident, work-ready graduate. Why study BSc (Hons) Biochemistry at NTU? Get industry experience Through group work and the Practical Techniques for Biology and Molecular Bioscience in Practice modules you’ll develop problem solving skills by testing and learning. These are valuable skills for any graduate to have and we make sure you get this experience right from the start of your course. We’ve also embedded employability skills in the course, so you are not only learning theory and skills, but you know where to find your dream job and how to apply for it. Alongside your course our Biochemistry Cafe programme runs throughout the year. You’ll get to take part in biochemistry focused employability workshops and job fairs – another chance to boost your skills before graduation. What you'll study You’ll develop an understanding of what is happening inside the cells of living organisms and how this has changed through the evolutionary process. With a focus on understanding the data, you’ll look at DNA / RNA synthesis, proteins and genetics and learn how these can unlock the diagnosis of biochemical disorders and human diseases. Understanding, analysing and drawing meaning from data is becoming increasingly important in industry. We’ve recently redeveloped this course to include bioinformatics skills across all years of your course. If you are really interested in this growing area of biochemistry, then you can also immerse yourself further by focusing on bioinformatics for your final year research project. As the course is highly practical, you’ll get experience in cutting edge molecular biology techniques such as DNA/RNA technology, protein analysis, diagnostics, as well as bioinformatics. You will also gain key biochemical skills such as biochemical catalysis, protein purification and enzyme kinetics.