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Biomedical Science BSc

Biomedical Science BSc is a degree program that focuses on the study of biology and medicine to understand how the human body functions in health and disease. The program typically combines knowledge from various scientific fields such as biology, chemistry, physics, and medical sciences to examine the mechanisms underlying diseases and their treatments. Graduates of this program can pursue careers in healthcare, research, or industry.

Here is an overview of what a Biomedical Science BSc program typically includes:

Key Areas of Study:

  1. Human Physiology:

    • Understanding the normal functioning of the human body, including systems like the cardiovascular, respiratory, and nervous systems.

  2. Molecular Biology and Genetics:

    • Exploring DNA, RNA, proteins, and how genetic information influences health and disease.

  3. Biochemistry:

    • Investigating the chemical processes within and related to living organisms, such as enzyme function and metabolism.

  4. Microbiology:

    • Studying microorganisms like bacteria, viruses, fungi, and their roles in infections and diseases.

  5. Immunology:

    • Understanding the immune system's role in defending the body against pathogens and its involvement in diseases like autoimmune disorders.

  6. Pathology:

    • Learning about the causes and effects of diseases, including how they are diagnosed and treated.

  7. Pharmacology:

    • Investigating how drugs interact with the body and their effects on diseases.

  8. Medical Laboratory Techniques:

    • Gaining practical skills in laboratory methods used in diagnosing diseases, such as blood analysis, PCR, and microscopy.

Course Overview

This course will be structured around building a deep understanding of human biology, disease mechanisms, and medical sciences, offering a progressive learning experience across three years. Here's a detailed breakdown of the modules:

First Year Modules

The first year focuses on the fundamentals of human biology and the mechanisms that can lead to disease, including cellular, physiological, and biochemical aspects.

  1. Cellular Biochemistry and Biology
  2. Physiology
  3. Fundamentals of Life Science
  4. Cellular Biochemistry
  5. Foundation of Pharmacology
  6. Cardiovascular and Respiratory Sciences
  7. Cellular Biology

 

Second Year Modules:

The second year gives students the chance to specialize in scientific areas linked to major research themes within the institution. This year includes a mix of core modules and opportunities for student-selected projects.

  1. Oncology 
  2. Infectious Diseases 
  3. Pharmacology 
  4. Hormonal Studies 
  5. Anatomy 
  6. Physiology 
  7. Biotechnology 

Third Year Modules

In the third year, students can delve into advanced topics based on their interests, supported by research opportunities. This year includes compulsory modules for all students, with a broad range of optional specialisation modules.

Compulsory Modules:

  1. Experimental Interpretation
  2. Research Project
  3. Assignments

Optional Modules (Choose One):

Students select one module from the following options :

  1. Public Health and Disease
  2. Genetics
  3. Viral Diseases
  4. Respiratory System
  5. Reproduction
  6. Neurology

Applicants should normally have one of the following:

  • As & A Levels,
  • A Level 4 diploma or Year 1 Bachelor Degree or any equivalent overseas qualification
  • Or an academic or professional qualification at degree equivalent level

If English is not your first language, you will also need to demonstrate your English Language proficiency. For example, you should have IELTS 7.5 overall with a minimum of 6.5 in all components.


USA, UK & EU students, 2024/25 (per year)

 

USD 8,500

International students starting 2024/25 (per year)

 

USD13,100


Assessment

You’ll show your progress through a combination of written essays, problem-solving assignments and presentations.

All students take our core modules, but please note that the availability of optional modules is subject to demand.


Biomedical graduates can pursue a range of employment opportunities after completing their bachelor's degree, depending on their interests, skills, and further qualifications. The biomedical field encompasses various sectors such as healthcare, research, pharmaceuticals, and biotechnology. Here are some career paths and opportunities for biomedical graduates:

1. Healthcare Industry

  • Medical Laboratory Technician: Working in diagnostic labs to perform tests and analyze samples (blood, tissues, etc.).
  • Clinical Research Associate (CRA): Involved in clinical trials, ensuring compliance with regulations, and collecting data for new medical treatments.
  • Biomedical Equipment Technician: Maintaining, repairing, and troubleshooting medical equipment used in hospitals and clinics.
  • Regulatory Affairs Associate: Ensuring that healthcare products, such as drugs and medical devices, comply with government regulations.
  • Medical Sales Representative: Selling medical equipment, devices, or pharmaceutical products to healthcare facilities and professionals.

2. Research and Development

  • Research Assistant: Working in labs at universities, research institutions, or private companies, assisting with studies related to medical, biological, or pharmaceutical research.
  • Biotech R&D: Participating in the development of new technologies, therapies, or products, often in biotech companies.
  • Pharmaceutical Research: Working with pharmaceutical companies in the development, testing, and regulation of new drugs.

3. Biotechnology and Pharmaceuticals

  • Biotechnologist: Involved in genetic engineering, developing bio-based products, or working on industrial processes like fermentation.
  • Pharmaceutical Analyst: Researching and developing new drug formulations, conducting trials, or ensuring quality control in manufacturing.
  • Quality Control/Assurance Technician: Ensuring that biomedical products meet safety and regulatory standards.

4. Environmental and Public Health

  • Epidemiologist (with further study): Analyzing patterns and causes of diseases in populations and developing strategies to prevent outbreaks.
  • Environmental Health Specialist: Addressing health concerns related to environmental factors, such as pollution and waste management.
  • Health Informatics Specialist: Working with health data, analyzing trends, and improving the management and delivery of healthcare services.

5. Teaching and Academia (with further study)

  • Teaching Assistant: Helping with teaching undergraduate or high school students in biology or biomedical-related subjects.
  • Further Education (Master's/PhD): Many biomedical graduates pursue further education to specialize in a specific area such as molecular biology, immunology, or bioinformatics, opening up more career opportunities in academia or specialized research.

6. Entrepreneurship

  • Startups in Biotechnology: Many biomedical graduates venture into entrepreneurial roles, launching startups in areas like healthcare apps, medical devices, or biotech solutions.

7. Consultancy

  • Biomedical Consultant: Offering expert advice to healthcare organizations, research institutions, or companies involved in medical device development, pharmaceutical industries, or clinical trials.

Additional Opportunities and Skills Development:

  • Certifications and Online Courses: Gaining certifications in areas like clinical trials, laboratory techniques, bioinformatics, or health data analysis can improve employability.
  • Internships and Volunteer Work: Gaining hands-on experience through internships can help build valuable skills and expand professional networks.

Soft Skills for Biomedical Employability:

  • Communication: Ability to convey complex ideas in simple terms, especially in clinical or educational settings.
  • Problem Solving: Biomedical professionals often need to find solutions in lab settings or with medical equipment.
  • Teamwork: Working collaboratively with healthcare professionals, researchers, or engineers is common.
  • Attention to Detail: Essential in roles that involve data collection, equipment maintenance, or drug development.


Course Features

  • Credit 120
  • Course CODE U6523
  • Duration 3 YEARS
  • Study Mode DISTANCE LEARNING/ AFFILIATE CAMPUS
  • Fee USD 20,000
  • Departement BIO SCIENCE
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