Bachelor of Biomedical and Health Sciences majoring in Biochemistry

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

If you’re curious about the chemistry of life and what makes our bodies tick, this degree is for you. The Bachelor of Biomedical and Health Sciences (Biochemistry) is a hands-on, discovery-driven journey where you’ll explore how molecules, cells, and genes shape health and disease — giving you the skills to step into roles in health, research, or further study.

Curriculum Structure:

Year 1: You’ll start by building a solid foundation in biology and human health, learning how the body works from the molecular level up. Through courses like Biology 1A: Molecules, Genes and Cells, you’ll explore DNA, proteins, and cellular systems in both lectures and labs, discovering how biochemistry connects to real-world health topics.

Year 2: In your second year, you’ll dive deeper into biochemistry itself. Courses like Biochemistry 2: Metabolism and Molecular and Cellular Biology show how biochemical pathways drive life. You’ll spend more time in specialist labs, applying what you’ve learned in real experiments and seeing firsthand how molecular processes influence health and disease.

Year 3: Your final year is all about bringing it all together. Advanced courses like Biochemistry 3: Molecular and Structural Biology and Molecular Basis of Cancer deepen your understanding, while a substantial practical project or placement gives you real-world experience. By the end, you’ll be ready to step confidently from student to scientist.

Focus Areas: Molecular Biology, Metabolism, Disease Mechanisms, Structural Biology

Learning Outcomes: You’ll graduate with a strong understanding of biochemical principles, hands-on lab skills, scientific thinking, and teamwork and communication abilities — all essential for careers in health, research, or further study.

Professional Alignment: This degree blends academic excellence with practical experience. From lab work to placements, you’ll practice the skills employers value in health science and research, not just learn the concepts.

Reputation: Adelaide University consistently ranks among the top 100 universities worldwide and is known for strong graduate outcomes in medical and health sciences. Your degree will carry weight with employers and postgraduate programs alike, both in Australia and internationally.

Experiential Learning (Research, Projects, Internships etc.)

This program isn’t just lectures and textbooks — it’s designed so that you do science from early on. You’ll be in purpose‑built labs learning biochemistry techniques firsthand, using state‑of‑the‑art tools to explore molecular biology, disease mechanisms and even drug design. You’ll also have opportunities to work on real projects through professional or research‑focused placements, so you graduate with confidence in actual scientific skills and work experience under your belt. It’s the sort of hands‑on learning that makes your resume stand out and helps you feel ready for the lab bench, research team or health science industry the moment you finish.

Here’s how you’ll experience that practical learning in this program:

immersive hands‑on practical lab sessions in specialist facilities where you learn modern biochemical and molecular biology techniques
use of high‑tech learning environments to apply theory to real scientific practice
a work‑based project or placement in a relevant industry or research setting, giving you real workplace experience
exploration of structural biology and drug development concepts through practical applications
chance to gain real research experience in your final year as part of your work integrated learning
flexibility to tailor your learning with elective courses or a second major, helping you shape your skills around your interests
training in professional skills — like communication, teamwork and problem solving — through group projects and research‑oriented assessments

Progression & Future Opportunities

Graduating from this degree opens doors to meaningful roles in science and health. You’ll gain real-world knowledge about how life works at a molecular level, how diseases develop, and how they can be treated. Along the way, you’ll build strong lab skills, scientific thinking, and abilities in teamwork and communication — all of which are highly valued in research, diagnostics, and the broader health science industry. Typical roles graduates move into include biomedical scientist, biotechnologist, diagnostic technician, and clinical research associate. Many also choose to continue their studies after this degree to dive deeper into science or health fields.

Here’s what this means for you:

Career-focused support while you study – Adelaide University’s career services team is with you every step of the way. You’ll get tailored guidance, attend workshops and networking events, and tap into industry connections. Tools like AU CareerHub make it easy to explore opportunities, book career appointments, and find roles that match your interests.

Work placements and real experience – In your final year, you’ll complete a workplace or research placement. This gives you hands-on experience in a professional lab or health setting, so you graduate not just with theory but with practical skills that employers value.

Transferable practical skills – Beyond lab work, the program helps you develop communication, teamwork, and critical thinking skills. These are highly sought after across health, research, and biotech industries.

Industry and research connections – Adelaide University works closely with industries, government, research groups, and community organisations. These partnerships provide opportunities for collaboration, internships, and exposure to real scientific work.

Further academic progression – Many graduates choose to continue their studies, whether through honours programs, a Master’s by research, or a PhD. You could also use this degree as a stepping stone into postgraduate health professional programs. Building on your scientific foundation with further qualifications opens the door to more specialist roles in research, clinical science, and advanced biomedical fields.