Bachelor of Biomedical Science Bioscience applied chemistry

4 Years On Campus Bachelors Program

Edith Cowan University

Program Overview

If you’re curious about how the human body works and love the idea of science with a purpose, the Bachelor of Biomedical Science (Bioscience) – Applied Chemistry at Edith Cowan University (ECU) is designed for you. Over four years, you’ll combine hands-on lab work with theory in areas like anatomy, genetics, and chemistry, giving you the skills to make a real impact in health, research, or lab-based careers.

Curriculum Structure

Year 1

Your first year sets the stage, introducing you to the building blocks of life. You’ll dive into Anatomy and Physiology 1 & 2 to understand how the body functions, explore Human Genetics, and get hands-on with Introduction to Organic Chemistry and Biochemistry. Along the way, courses like Society, Culture, and Health and basic statistics or chemistry units help you develop strong scientific thinking and lab skills.

Year 2

In your second year, you start connecting theory to real-world practice. Units like Applied Microbiology and Medical Biochemistry show how microbes and molecules influence health, while Applied Physiology and Advanced Biomedical Techniques let you refine your lab skills. You’ll also have the chance to choose electives that match your interests, shaping your degree as you go.

Year 3 (International Experience + Research)

Year three takes you overseas to the University of Portsmouth in the UK, where you’ll gain an international perspective. Through units like Clinical Case Studies, Contemporary Biomedical Research, and Biomedical Science Systematic Review, you’ll strengthen your research skills and see how biomedical science works on a global stage.

Year 4

Your final year is all about preparing for life after graduation. Courses like Biomedical Ethics and Professional Practice in Biomedical Science ensure you’re ready for professional settings, while options like Medical Genetics, Histopathology and Applied Histotechniques, or The Biology of Human Disease let you focus on what excites you most.

Focus Areas

Applied Chemistry, Biomedical Techniques, Human Biology, Genetics, Microbiology, Physiology, Ethical Practice

Learning Outcomes

By the end of this degree, you’ll be able to apply broad biomedical knowledge, analyse complex data, communicate your findings clearly, work confidently in teams, and act ethically and professionally in diverse environments.

Professional Alignment

This is an AQF Level 7 Bachelor Degree accredited by ECU, giving you a qualification recognised in Australia and internationally — a solid foundation if you want to continue into research, postgraduate study, or work in the biomedical field.

Reputation (Employability & Rankings)

ECU is ranked among the world’s top young universities under 50 years old and scores highly for student satisfaction and teaching quality, meaning you’ll be learning in a supportive environment that helps you succeed both during and after your degree.

Experiential Learning (Research, Projects, Internships etc.)

Students in this program gain extensive hands-on scientific experience through laboratory-intensive learning that combines biomedical science with applied chemistry techniques used in healthcare, biotechnology, and research industries. Practical learning is embedded throughout the degree, allowing students to work with modern analytical equipment, conduct biomedical investigations, and develop professional laboratory skills in real scientific environments. ECU’s science facilities and research-focused teaching approach help students build confidence in experimental methods, chemical analysis, and biomedical problem-solving:

Experiential learning includes:

Specialised biomedical and chemistry laboratories : Students undertake practical classes in biochemistry, microbiology, molecular biology, analytical chemistry, and physiology using industry-standard scientific equipment.
Hands-on analytical chemistry training : Laboratory sessions develop skills in chemical analysis, instrumentation techniques, solution preparation, and scientific measurement methods relevant to biomedical and pharmaceutical industries.
Biomedical laboratory investigations : Students work with biological samples, microscopy, molecular testing, and biochemical experiments that support disease and health science investigations.
Research-integrated scientific learning : Students participate in experimental projects and evidence-based laboratory activities that strengthen critical thinking and research capabilities.
Collaborative laboratory and group projects : Team-based investigations and scientific reporting tasks help students develop communication, teamwork, and professional scientific skills.
Modern scientific instrumentation exposure : Students gain experience with laboratory technologies commonly used in analytical science, biomedical testing, and research environments.
Digital learning systems and scientific software : Access to online laboratory resources, scientific databases, data analysis tools, and ECU’s digital learning platforms that support practical science education.
ECU Library and research resources : Students can access biomedical science journals, chemistry databases, electronic research collections, and academic support services.
Science research environment and facilities : Students benefit from ECU’s broader biomedical and environmental science research culture, supporting applied scientific learning and innovation.
Contemporary science teaching spaces : Practical learning takes place in modern laboratories and dedicated science facilities designed for biomedical and applied chemistry training.

Progression & Future Opportunities

When you graduate from the Bachelor of Biomedical Science (Bioscience) – Applied Chemistry at ECU, you’ll be ready to step straight into science-focused careers. Your hands-on lab experience, understanding of human biology, and analytical skills make you well-suited for roles like laboratory scientist, research officer, histology or haematology technician, or nutritionist. This degree not only prepares you for your first job but also sets you up for leadership or specialist roles in science and research as your career grows:

Career support: ECU’s Careers and Employability team helps you every step of the way with personalised guidance, resume and interview support, job search strategies, and industry connections to give you a head start in the workforce.
Graduate job prospects: Alumni often work in positions such as Laboratory Technician, Laboratory Scientist, Research Officer, and Nutritionist, showing how versatile the degree can be.
Industry connections: The professional practice placement in your final year gives you real-world experience and opportunities to network with employers — a stepping stone to your first role.
Accreditation and recognition: This is an AQF Level 7 Bachelor Degree, giving you a respected qualification in Australia and internationally — a solid foundation for work or further study.
Networking and alumni support: ECU’s alumni network and career resources stay available after you graduate, helping you grow professionally and keep learning on the job.

Further Academic Progression:
If you want to continue your studies, there are plenty of options to specialise or advance. Many students go on to postgraduate programs like the Master of Nutrition and Dietetics, Master of Medical and Health Science by Research, or Master of Public Health. These pathways build on your biomedical foundation and open doors to higher-level roles in health, research, or clinical science.