Bachelor of Biomedical Science / Bachelor of Commerce

5 Years On Campus Dual-bachelors Program

University of Notre Dame Sydney

Program Overview

The The University of Notre Dame Australia Bachelor of Biomedical Science / Bachelor of Commerce is designed for students who want to combine scientific knowledge with business and commercial expertise, creating career opportunities across healthcare, biotechnology, pharmaceuticals, research management, and corporate sectors. This dual degree develops strong analytical, scientific, and leadership skills while allowing students to study biomedical science alongside core business disciplines such as management, marketing, economics, and finance.

Curriculum Structure

Year One

In the first year, students establish strong foundations in both biomedical science and commerce. Biomedical subjects such as Introduction to Biological Sciences, Human Structure and Function, and Introduction to Physical Sciences introduce students to human biology, physiology, and scientific principles, while commerce units including Accounting for Business, Principles of Management, and Microeconomics develop understanding of business operations and organisational structures. Students also begin building communication, analytical, and problem-solving skills across both disciplines.

Year Two

Second year expands students’ scientific and commercial knowledge through more specialised study areas. Biomedical science units including Molecular and Cell Biology, Biochemistry, and Anatomy and Physiology of Body Systems help students explore disease mechanisms, cellular biology, and laboratory science in greater depth. At the same time, commerce studies such as Marketing Principles, Business Economics, and Financial Management strengthen business strategy, consumer behaviour, and financial decision-making capabilities.

Year Three

In the third year, students develop advanced biomedical understanding alongside applied business and management skills. Subjects such as Immunology, Human Genetics, and Infectious Disease provide insight into modern healthcare challenges and biomedical research, while commerce units including Organisational Behaviour, Business Analytics, and Commercial Law focus on leadership, data-driven decision-making, and regulatory frameworks. Students also strengthen interdisciplinary problem-solving abilities relevant to healthcare and biotechnology industries.

Year Four

Fourth year focuses on integrating biomedical science with strategic business applications. Biomedical studies continue through specialised areas such as Neuroscience, Clinical Biochemistry, and the Biomedical Science Practicum, providing practical scientific and research experience. Commerce studies may include Strategic Management, International Business, and Entrepreneurship, preparing students to understand innovation, healthcare management, and global business environments.

Year Five

In the final year, students refine their expertise through advanced electives, practical projects, and industry-focused learning. Biomedical science electives allow students to deepen knowledge in healthcare and research-related areas, while commerce electives support specialisation in management, marketing, finance, or business innovation. Graduates complete the program with a unique blend of scientific literacy and commercial expertise suited to leadership roles in healthcare and biomedical industries.

Focus Areas

Biomedical science, healthcare management, biotechnology, immunology, genetics, neuroscience, business strategy, finance, marketing, leadership, commercial analytics, healthcare innovation, scientific research.

Learning Outcomes

Graduates develop scientific research capabilities, laboratory competency, business management skills, financial and analytical abilities, leadership qualities, and professional communication skills. Students also learn to apply biomedical knowledge within commercial settings, evaluate scientific and business data, manage organisational challenges, and contribute to innovation in healthcare and biotechnology industries.

Professional Alignment (Accreditation)

The program aligns with workforce needs across healthcare, biotechnology, pharmaceuticals, research management, and commercial sectors. The commerce component provides strong professional preparation for business and management careers, while the biomedical science component supports pathways into healthcare, research, and scientific industries.

Reputation (Employability Rankings)

The University of Notre Dame Australia is recognised for its industry-focused learning, personalised teaching environment, and strong graduate employability outcomes. The combination of biomedical science and commerce creates versatile career opportunities in rapidly growing sectors where scientific expertise and business knowledge are increasingly interconnected.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Biomedical Science / Bachelor of Commerce at The University of Notre Dame Australia gain practical experience through laboratory-based scientific learning, business-focused projects, and industry-relevant analytical training. The program combines biomedical investigations with commercial problem-solving, allowing students to build both technical laboratory expertise and professional business capabilities in real-world learning environments. Through scientific practicums, collaborative projects, and business case studies, students develop adaptable skills suited to healthcare, biotechnology, pharmaceutical, and corporate sectors:

Biomedical Science Practicum provides hands-on industry experience where students apply laboratory and research skills in professional biomedical settings.
Specialised Biomedical Laboratories support practical learning in molecular biology, microbiology, immunology, genetics, anatomy, physiology, and clinical biochemistry.
Scientific Research Training develops competencies in laboratory investigation, experimental design, scientific reporting, and evidence-based analysis.
Business Case Studies and Commercial Projects allow students to apply management, marketing, and financial concepts to real business and healthcare scenarios.
Collaborative Group Projects strengthen teamwork, leadership, communication, and interdisciplinary problem-solving across both biomedical science and commerce disciplines.
Digital Learning Platforms and Research Databases provide access to biomedical journals, business analytics resources, scientific publications, and online learning tools.
Data Analysis and Analytical Skills Training help students work with scientific datasets, business metrics, and evidence-based decision-making processes.
Industry-Relevant Scientific Equipment gives students exposure to laboratory technologies commonly used in healthcare and biomedical industries.
Commerce and Management Learning Activities develop practical understanding of organisational strategy, financial planning, and business operations.
Library and Research Facilities provide extensive access to healthcare literature, commercial databases, scientific journals, and academic research support.
Academic Mentorship and Industry-Informed Teaching allow students to learn from experienced academics and professionals across science and business sectors.
Interdisciplinary Learning Environment helps students understand how biomedical science and commerce interact within healthcare innovation, biotechnology, and pharmaceutical industries.

Progression & Future Opportunities

Graduates of the Bachelor of Biomedical Science / Bachelor of Commerce at The University of Notre Dame Australia are well positioned for careers that bridge science, healthcare, and business, giving them a strong advantage in industries such as pharmaceuticals, biotechnology, healthcare management, and commercial research. This unique combination of disciplines prepares students for roles where scientific understanding and business decision-making work together, supporting innovation and leadership in modern healthcare systems. Graduates may pursue careers as Biotechnology Analyst, Healthcare Business Manager, Pharmaceutical Sales and Marketing Specialist, or Research Commercialisation Officer:

Career Development and Employability Services at Notre Dame provide support through résumé workshops, interview preparation, career counselling, networking events, and employer engagement opportunities.
Industry-Relevant Dual Skillset strengthens employability by combining biomedical laboratory expertise with business, finance, and management capabilities.
Work-Integrated Learning Opportunities through applied projects and industry-focused learning help students connect academic study with real healthcare and commercial environments.
Strong Demand in Healthcare and Biotechnology Sectors supports graduate opportunities in pharmaceutical companies, medical technology firms, research organisations, and healthcare enterprises.
Commercial and Scientific Integration Advantage enables graduates to contribute to innovation, product development, and healthcare business strategy.
Professional Communication and Analytical Training enhances readiness for roles involving data interpretation, scientific reporting, and business decision-making.
University Industry Engagement provides exposure to healthcare, science, and business networks that support career development and graduate pathways.
Long-Term Qualification Value comes from the versatility of combining biomedical science with commerce, allowing graduates to adapt to evolving global industries.
Graduate Outcomes reflect Notre Dame’s focus on producing work-ready graduates with interdisciplinary expertise and practical industry skills.

Further Academic Progression:

After completing this double degree, students may pursue postgraduate study in areas such as Master of Business Administration (MBA), Master of Public Health, Master of Biotechnology, or specialised biomedical science and commerce-related master’s programs. Graduates may also continue into Honours, Master by Research, or PhD pathways in biomedical science, health economics, business analytics, or healthcare innovation.