BSc Molecular Biology and Genetics with a Placement Year
About this course
Molecular biology and genetics addresses the most fundamental questions about how living organisms work and how the characteristics that define them are encoded, transmitted, and expressed. At the molecular level, life is governed by DNA, RNA, and proteins, and the interactions between them determine everything from cellular metabolism to developmental processes and the response to disease. Genetics provides the framework for understanding how traits are inherited, how mutations arise and spread through populations, and how variation at the molecular level connects to the diversity of living things we observe in the world. At the University of East Anglia, this four-year degree incorporates a placement year in which you spend an extended period working in a relevant research or industrial environment. During your academic years, you will build a rigorous grounding in cell biology, biochemistry, molecular genetics, and genomics, developing both the conceptual knowledge and the laboratory skills that careers in this field require. You will learn to work with modern molecular biology techniques, interpret genetic and genomic data, and engage with the scientific literature at an advanced level. UEA's biological sciences provision benefits from an active research environment, and the placement year is typically taken after the second year, giving you professional experience that informs your final year of study and frequently leads to graduate employment with the host organisation. Graduates move into careers in academic and industrial research, where molecular biology and genetics skills underpin work on topics from cancer biology to agricultural biotechnology. The pharmaceutical and biotechnology industries employ graduates in research and development, quality assurance, and regulatory affairs. Roles in genomic medicine, clinical genetics services, and the rapidly expanding field of personalised medicine are increasingly available as genomic technologies move into healthcare. Some graduates continue to postgraduate study, including research degrees, and others train for roles in science communication, patent work, or bioethics. The placement year is an important bridge between academic study and professional employment.
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