Bachelors of Human Movement and Nutrition Sciences / Science(Biomedical Science)

4 Years On Campus Bachelors Program

University of Queensland

Program Overview

The Bachelor of Human Movement and Nutrition Sciences / Bachelor of Science (Biomedical Science) at The University of Queensland combines expertise in human health, movement, nutrition, and biomedical science to give students a broad understanding of how the human body functions in both health and disease. This dual degree is ideal for students interested in healthcare, medical science, rehabilitation, nutrition, sports science, or biomedical research, offering a balance of practical health sciences and advanced biomedical study.

Curriculum Structure

Year 1

In the first year, students develop foundational scientific knowledge across biology, chemistry, nutrition, and human physiology. Courses such as BIOL1020 Genes, Cells & Evolution, CHEM1100 Chemistry 1, and HMST1021 Human Structure and Function introduce students to cellular biology, chemical principles, anatomy, and physiological systems while building essential laboratory and scientific communication skills.

Year 2

Second year expands students’ understanding of nutrition, biomechanics, and biomedical systems through both theoretical and practical learning. Subjects including HMST2012 Nutrition and Metabolism, BIOM2012 Systems Physiology, and HMST2007 Functional Anatomy help students explore human metabolism, physiological regulation, musculoskeletal function, and the biological mechanisms underlying human performance and health.

Year 3

During third year, students begin integrating advanced biomedical science with human movement and health applications. Courses such as BIOM3015 Integrative Physiology and Pathophysiology, HMST3106 Exercise Physiology, and BIOM3401 Systems Pharmacology allow students to investigate disease processes, exercise responses, pharmacological interventions, and human performance through evidence-based scientific approaches and laboratory analysis.

Year 4

In the final year, students complete advanced disciplinary studies and research-focused learning across biomedical science and human movement or nutrition sciences. Students may undertake specialised electives and research projects while strengthening clinical reasoning, scientific investigation, and professional communication skills relevant to healthcare, biomedical industries, and postgraduate study pathways.

Focus Areas

Biomedical science, human physiology, nutrition, exercise science, anatomy, metabolism, pharmacology, biomechanics, neuroscience, health sciences, human performance, disease mechanisms, and biomedical research.

Learning Outcomes

Graduates develop strong laboratory, analytical, and scientific research skills together with expertise in human health, nutrition, physiology, and biomedical systems. Students gain the ability to evaluate scientific evidence, understand disease and human performance, apply research methods, and communicate health and biomedical information effectively.

Professional Alignment (Accreditation)

The Human Movement and Nutrition Sciences component is professionally aligned with health, exercise, nutrition, and rehabilitation industries, while the Biomedical Science component supports pathways into biomedical research, healthcare science, and postgraduate medical or allied health programs. The dual degree structure provides broad interdisciplinary preparation for both scientific and health-related careers.

Reputation (Employability Rankings)

The University of Queensland is internationally recognised for excellence in life sciences, sports-related subjects, and biomedical research, with strong global rankings in Life Sciences & Medicine and Sports-Related Subjects in the QS World University Rankings. UQ’s reputation for research excellence and graduate employability strengthens career opportunities across healthcare and biomedical sectors.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Human Movement and Nutrition Sciences / Bachelor of Science (Biomedical Science) at The University of Queensland develop practical expertise through laboratory classes, movement analysis training, nutrition studies, biomedical experimentation, and research-focused scientific learning. The dual degree gives students access to both health science and biomedical research environments, allowing them to apply scientific concepts to human performance, disease prevention, rehabilitation, and healthcare innovation. Throughout the program, students engage with advanced laboratory facilities, anatomy and physiology learning spaces, biomedical research environments, and evidence-based health science training that strengthen both clinical and scientific capability:

Human Movement Laboratories: Students use specialised teaching and research laboratories for biomechanics, exercise physiology, functional anatomy, and human performance assessment.
Biomedical Science Laboratories: Practical classes provide hands-on experience in molecular biology, physiology, pharmacology, genetics, and cell biology using advanced biomedical laboratory equipment and experimental techniques.
Exercise Physiology & Performance Testing: Students participate in practical exercise testing, physiological monitoring, and human performance analysis to understand body systems during movement and physical activity.
Nutrition Science Learning: Nutrition-focused subjects develop practical understanding of metabolism, dietary assessment, and human health through scientific and evidence-based approaches.
Anatomy & Physiology Facilities: Students study within advanced anatomy and physiology learning environments that support practical investigation of musculoskeletal and human body systems.
Research-Based Learning: Biomedical science courses incorporate experimental design, scientific data analysis, and laboratory investigation to prepare students for research and healthcare-related careers.
Institute & Research Exposure: Students benefit from UQ’s internationally recognised research environment, including proximity to institutes such as the Institute for Molecular Bioscience and Queensland Brain Institute.
Collaborative Group Projects: Many laboratory and health science subjects involve teamwork, scientific reporting, case-based discussions, and collaborative problem-solving activities.
Scientific & Digital Resources: Students access UQ’s digital scientific databases, biomedical journals, anatomy software resources, and online learning systems that support scientific research and evidence-based study.
Health & Biomedical Research Facilities: The program gives students exposure to research spaces and scientific facilities connected to human movement science, biomedical innovation, and health-related investigation.
Library & Academic Support Services: UQ libraries provide extensive access to biomedical, nutrition, and health science literature collections, research support tools, and academic development services.
Professional Skill Development: Through practical laboratory work, scientific presentations, and applied health science learning, students strengthen communication, analytical, and professional skills relevant to healthcare and biomedical industries.

Progression & Future Opportunities

Graduates of the Bachelor of Human Movement and Nutrition Sciences / Bachelor of Science (Biomedical Science) at The University of Queensland graduate with a versatile combination of biomedical knowledge, human physiology expertise, nutrition science understanding, and practical health science skills. The dual degree opens pathways across healthcare, biomedical research, rehabilitation, sports science, nutrition, and biotechnology industries, making graduates highly adaptable in both scientific and health-focused careers. Typical career opportunities include biomedical scientist, exercise physiologist, nutrition advisor, clinical research assistant, rehabilitation consultant, laboratory scientist, and health research officer:

UQ Careers & Employability Services: Students receive support from UQ’s dedicated Careers and Employability team through career planning consultations, employer networking sessions, résumé workshops, interview preparation, mentoring programs, and graduate employment resources tailored to science and health students.
Interdisciplinary Career Advantage: The combination of biomedical science with human movement and nutrition sciences gives graduates a broader professional skill set valued across healthcare, wellness, rehabilitation, sports performance, and biomedical sectors.
Industry-Relevant Practical Skills: Graduates develop expertise in laboratory investigation, physiology assessment, scientific analysis, health evaluation, and evidence-based problem solving applicable to clinical, research, and health science environments.
Research & Healthcare Connections: Students study within UQ’s internationally recognised research environment and gain exposure to biomedical institutes, health science researchers, and scientific collaboration opportunities linked to healthcare and biotechnology sectors.
Biomedical & Health Sector Opportunities: Graduates may pursue employment in hospitals, research laboratories, pharmaceutical companies, sports science organisations, health promotion agencies, rehabilitation centres, nutrition industries, and government health departments.
Professional Skill Development: The program develops strong communication, teamwork, scientific reporting, analytical thinking, and research skills that support long-term employability across multidisciplinary health and science careers.
Global University Reputation: UQ’s international reputation in life sciences, biomedical research, and sports-related subjects enhances graduate recognition with employers both in Australia and internationally.
Research Pathway Preparation: Biomedical science components of the degree provide strong preparation for research-focused careers and postgraduate scientific study, while human movement and nutrition sciences support pathways into applied health professions.
Long-Term Qualification Value: The dual-degree structure provides flexibility for graduates to move between healthcare, scientific research, biotechnology, wellness, and allied health industries as career interests evolve.
Graduation Outcomes: Graduates are well prepared for careers in biomedical laboratories, health science organisations, exercise and rehabilitation settings, nutrition-related industries, pharmaceutical companies, and medical research environments.

Further Academic Progression:
After completing this dual degree, students may continue into postgraduate coursework or research programs in biomedical science, nutrition science, exercise physiology, public health, clinical research, neuroscience, pharmacology, or allied health disciplines. Graduates may also pursue higher research degrees such as a Master of Philosophy (MPhil) or Doctor of Philosophy (PhD), as well as professional pathways in medicine, physiotherapy, dietetics, or other healthcare-related fields.