UG Prospectus 2025

52 WhyDCU? − Emphasis on investigative science − Extensive hands-on training in laboratory-based and computational experiments − Biopharmaceutical streamoption − 9month paidwork placement (INTRA) at home or abroad in Year 3 − Final year project in research lab − Multidisciplinary academic staff within the School of Biotechnology About You Do you enjoy studying biology? Do you have an interest in recent scientific breakthroughs in human disease, molecular biology and research at the cellular level? Then the BSc in Genetics andCell Biology is for you. Additional Requirements In addition to the general entry requirements for admission to the University (see page 174), the following entry requirements apply: minimum of O3 or H6 inMathematics PLUS minimumof O3 or H5 in one of Physics, Chemistry, Biology, Physics with Chemistry, Agricultural Science or Computer Science. Understanding: Genetics andCell Biology Science is progressing at an extraordinary and unprecedented pace. This is especially true of genetics and cell biology. With our ever-increasing knowledge of genetics, we can better understandwhat controls and contributes to our development and individuality. We can apply these new findings in cell biology to explore exciting scientific applications that benefit all. Our improved understanding of the genetic basis for life has opened up newapproaches for the investigation, diagnosis and treatment of disease. As a result, we are in a newera in the development and production of medical devices, therapies and drugs. The course has been developed to incorporate the theoretical and practical aspects of molecular and cellular biology, providing youwith the knowledge and expertise youwill need for future careers in industry, research and beyond. Youwill have the opportunity to develop your interest in biology and learn the laboratory and computational skills that are the basis for key scientific breakthroughs. Youwill also gain a full appreciation of how the improved knowledge of genetics and cell biology affects society. Course Structure Part of Year 1 is taken in commonwith other science courses, so youwill be studying biology, chemistry, physics, biostatistics and bioinformatics. Prior knowledge of a science subject andmathematics is required. In Year 2, youwill develop a deeper understanding of genetics, biochemistry, microbiology, cell biology, bioinformatics and pharmacology. In the first semester of Year 3, youwill gain the practical skills and techniques that form the basis of cell and gene technologies, including cell manipulation, gene cloning and genomics. In Year 4, youwill explore the advances arising from research in genetics, cancer research and cell biology as well asmedical products. If you take theGenetics and Life Science stream, youwill do a semester- long research project. If you opt for the Biopharma Stream, youwill study courses related to biopharmaceutical science, industry and production processes. INTRAWork Placement In Year 3, youwill have the opportunity to undertake a 7month long paid work placement (INTRA) giving you a unique opportunity to enhance your CV, increase your employability, and apply your knowledge and skills in the real world. Our experience has been that students who have been on INTRA have a significant competitive edgewhen seeking employment after graduation. For more information, please visit dcu.ie/intra BSc inGenetics andCell Biology Explore biology frommolecules to cells to systems