BSc (Hons) Biomedical Sciences

Program Overview

The BSc (Hons) Biomedical Sciences program at the University of Cumbria provides a comprehensive understanding of human health, disease, and medical therapies. It equips students with the knowledge and skills to become biomedical scientists who can contribute to patient care and groundbreaking research. The program offers flexibility to explore various areas of biology and includes practical experience, industry connections, and a potential pathway to medical school.

Program Outline

Degree Overview:

The BSc (Hons) Biomedical Sciences program at the University of Cumbria focuses on the study of human health, disease, and the development of life-saving medical therapies. It aims to equip students with the knowledge, skills, and inspiration to become biomedical scientists who can make a significant impact on patient care and contribute to groundbreaking research. The program is aligned with the educational standards set by the Institute of Biomedical Science, offering flexibility to explore various areas of biology based on student interests. This program is also a potential pathway to applying to Study Medicine at the Pears Cumbria School of Medicine.

Outline:

The program's content is designed to provide students with an in-depth understanding of the complex science behind the cause, consequence, diagnosis, and treatment of diseases. The curriculum includes a diverse range of modules covering essential aspects of biomedical sciences, including:

Year One:

• Introductory Biochemistry: This module focuses on the key aspects of macromolecules, cell structure, function, and interrelationships.
Students explore the processes and components that make up life at the molecular level.
• Cell Biology: Students study the interactions between molecules and systems in eukaryotic cells, focusing on how cells control division and differentiation to form specialized tissues.
• Anatomy and Physiology: This module provides a comprehensive understanding of basic human anatomy and physiology, with particular emphasis on the musculoskeletal, nervous, cardiovascular, and respiratory systems.
• Introductory Immunology and Microbiology: This module introduces students to various groups of microbes, their structure, function, and roles.
It emphasizes the importance of the microbial world, the biology of microorganisms, and their potential in industry.
• Molecular Biology: This module covers the fundamental concepts of genetics and genetic analysis, focusing on the processes of inheritance and mutation and their relationship to disease onset and susceptibility.
• Practical Laboratory Science: Students acquire the essential laboratory and research skills necessary to succeed in subsequent advanced modules.

Year Two:

• Exploring Research: This module equips students with the skills required to conceive, design, conduct, and interpret scientific research.
Students learn to evaluate quantitative and qualitative research methods and when it is appropriate to use them.
• Human Genetics: This module covers the organization of the human genome, the basis of genetic variation, and the relationship between mutations and disease phenotype.
• Infection and Immunity: Students delve into recent developments in the study of immunological and infectious diseases, exploring how the immune system protects against different pathogens.
• Medical Microbiology: This module examines the biology of major pathogens, their interactions with hosts, virulence factors, and methods for prevention, diagnosis, and treatment.
• Pharmacology and Physiology: Students gain a detailed knowledge of human anatomy and physiology, focusing on the major body systems.
They learn about the molecular mechanisms by which neurotransmitters regulate cell physiology.
• Cellular and Molecular Pathology: This module explores the role of molecular and cellular diagnosis in various pathological conditions, covering key processes involved in diagnosis, especially fixation mechanisms.

Year Three:

• Bioethics: This module examines social and ethical issues in bioscience and provides knowledge on current public policy concerning the governance and regulation of developing technology.
• Clinical Biochemistry: Students explore the principles of clinical biochemistry in relation to the diagnosis, treatment, and monitoring of disease.
• Haematology and Transfusion Science: This module investigates the components of blood, differences between normal and diseased states, technology used in blood component identification, and the importance of transfusion science.
• Dissertation Module: Students undertake an independent research project on a topic of their choice.
This module helps them develop their research skills and gain valuable experience in project management.
• Parasitology (Optional): Students delve into major human and veterinary eukaryotic pathogens, gaining a deeper understanding of key concepts in parasitology.
• Toxicology (Optional): This module focuses on the principles of toxicology, providing an in-depth understanding of the effects of toxic chemicals on the body and the environment.
• Advanced Genetics (Optional): This module explores the application of molecular genetics to clinical diagnostics, microbial biotechnology, forensic science, and disease treatment, providing an overview of current biotechnological advances.

Assessment:

The program employs a variety of assessment methods to evaluate student learning, including:

• Online tests
• Time-constrained coursework
• Short note class tests
• Laboratory reports
• Problem-solving exercises
• Critical analysis of case studies
• Oral, audio-visual, and poster presentations
• Dissertations
• Peer and self-assessment
• Group work
• Practical skills tests

Teaching:

The teaching and learning approach is designed to support students in progressively acquiring subject knowledge and skills. The curriculum emphasizes independent learning and encourages students to develop a reflective approach to their personal progress. Key considerations include:

• A clear appreciation of the scientific approach
• The knowledge, skills, and capacities needed for employment or further study
• Engaging and enriching learning experiences that are both enjoyable and intellectually stimulating.

Careers:

A biomedical science degree offers diverse career paths in various settings, including:

• Research Laboratories: Biomedical scientists can work in research labs, conducting experiments, analyzing data, and contributing to the development of new treatments and technologies.
• Pharmaceutical Industries: Careers in the pharmaceutical industry involve research and development, testing, and quality control of drugs and other medical products.
• Healthcare Settings: Biomedical scientists play a vital role in hospitals and other healthcare facilities, performing diagnostic tests, analyzing samples, and contributing to patient care.
• Government Agencies: Careers in government agencies often involve research, regulation, and policy development related to public health and safety.
• Academia: Biomedical scientists can pursue careers in academia, teaching, conducting research, and mentoring future generations of scientists.

Other:

The program emphasizes practical experience, with opportunities for work experience, clinical expert talks, visits, and early intelligence about job opportunities. It also fosters collaboration among students from different science courses to broaden their understanding of the biosciences in various contexts, including industrial, academic, economic, and social.

Tuition Fees and Payment Information:

• Tuition Fees
2024 - 2025 £9,250 - UK £13,575 - International The figures above don't include accommodation and living costs. Tuition fees are set annually and are subject to review each year. The University may therefore raise tuition fees in the second or subsequent years of a course, in line with inflation and/or the maximum permitted by law or Government policy. Students will be notified of any changes as soon as possible.