Bachelors of Biomedical Science/ Bachelor of Laws

4 Years On Campus Bachelors Program

Bond University

Program Overview

The Bond University Bachelors of Biomedical Science / Bachelor of Laws is a unique double-degree program that combines advanced biomedical science knowledge with comprehensive legal education, preparing students for careers at the intersection of healthcare, science, policy, and law. This program is ideal for students interested in medical ethics, health regulation, biotechnology law, forensic science, or legal practice, while also developing strong analytical, scientific, and communication skills across both disciplines.

Curriculum Structure

Year 1

In the first year, students establish foundational knowledge in both biomedical science and legal studies through subjects such as Cell Biology, Chemistry for Living Systems, and Australian Legal System. Students explore biological processes, scientific reasoning, and legal principles while developing academic research, critical thinking, and professional communication skills essential for both healthcare and legal environments.

Year 2

The second year deepens understanding of human biology and core areas of law through units including Human Physiology, Biochemistry, Contract Law, and Criminal Law. Students begin connecting scientific concepts with legal and ethical frameworks, examining how law interacts with healthcare systems, medical practice, and scientific innovation.

Year 3

In the third year, students engage with advanced biomedical science and specialised legal studies through subjects such as Genetics, Microbiology, Torts, and Constitutional Law. The curriculum develops expertise in disease mechanisms, molecular science, legal interpretation, and regulatory frameworks relevant to healthcare, biotechnology, and public policy sectors.

Year 4

The final year focuses on integrating professional legal training with biomedical science applications through advanced units such as Evidence, Equity and Trusts, and specialised electives in health or scientific contexts. Students refine research, advocacy, scientific analysis, and problem-solving skills while preparing for careers in legal practice, healthcare regulation, biomedical industries, or postgraduate professional study.

Focus Areas

Biomedical science, human biology, genetics, microbiology, healthcare law, medical ethics, biotechnology regulation, forensic science, legal research, public policy.

Learning Outcomes

Develop advanced understanding of biomedical science and legal systems, analyse scientific and legal issues critically, apply ethical and regulatory frameworks to healthcare and biotechnology contexts, conduct legal and scientific research, communicate effectively across professional environments, and develop interdisciplinary problem-solving capabilities.

Professional Alignment (Accreditation)

The Bachelor of Laws component is accredited by the Legal Practitioners Admissions Board and satisfies the academic requirements for admission to legal practice in Australia, subject to practical legal training. The biomedical science component provides strong scientific foundations relevant to healthcare, biotechnology, research, and medical policy sectors.

Reputation (Employability Rankings)

Bond University is internationally recognised for its personalised learning experience, accelerated trimester structure, and strong graduate employability outcomes. The university’s law and health programs emphasise practical learning, industry engagement, and professional skill development, helping graduates build versatile career pathways across legal, healthcare, and scientific industries.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bond University Bachelors of Biomedical Science / Bachelor of Laws gain interdisciplinary practical experience through biomedical laboratory training, legal advocacy exercises, research projects, and professional skills development integrated across both disciplines. The program combines scientific investigation with applied legal education, allowing students to build competencies in healthcare regulation, scientific analysis, legal reasoning, ethical decision-making, and professional communication within real-world contexts.

Through Bond University’s personalised learning environment and industry-connected approach, students engage with modern biomedical laboratories, legal practice simulations, collaborative projects, and digital research platforms that reflect contemporary healthcare and legal industries. The degree’s combination of science and law also exposes students to emerging issues in biotechnology, medical ethics, healthcare policy, and forensic regulation:

Biomedical Science Laboratories: Students undertake hands-on practical classes in physiology, microbiology, molecular biology, anatomy, genetics, and biochemistry using industry-standard scientific equipment and laboratory technologies.
Moot Courts and Legal Skills Training: Law students participate in courtroom simulations, legal advocacy exercises, case analysis, and mooting activities designed to develop practical legal reasoning and communication skills.
Legal Skills Centre: Bond’s law facilities provide students with practical training environments for negotiation, legal drafting, advocacy, and dispute resolution exercises.
Research and Scientific Investigation: Students engage with evidence-based scientific inquiry and legal research projects that strengthen analytical thinking across healthcare and regulatory contexts.
Interdisciplinary Learning Opportunities: The double degree encourages exploration of healthcare law, medical ethics, biotechnology regulation, and forensic science through integrated scientific and legal perspectives.
Collaborative Group Projects: Students participate in teamwork-based case studies, legal problem-solving exercises, scientific investigations, and research presentations reflecting real professional environments.
Digital Research Platforms: The program incorporates scientific databases, biomedical literature systems, and professional legal research platforms such as digital law libraries and case-law resources.
Clinical and Professional Exposure: Students gain insight into legal and healthcare systems through practical legal training activities, industry engagement, and applied scientific learning experiences.
Bond University Law Facilities: Students have access to specialised legal education spaces including moot courts, collaborative legal learning environments, and professional advocacy facilities.
Health Sciences and Biomedical Facilities: Learning takes place in contemporary biomedical teaching laboratories and science facilities that support practical experimentation and research-based education.
Library and Professional Resources: Students benefit from extensive biomedical journals, healthcare publications, legal databases, legislation resources, and academic support services available through Bond Library.
Industry-Relevant Skill Development: The program develops transferable skills in scientific analysis, legal interpretation, ethical reasoning, professional writing, and evidence evaluation valued across legal and healthcare sectors.

Progression & Future Opportunities

Graduates of the Bond University Bachelors of Biomedical Science / Bachelor of Laws are uniquely positioned for careers that combine scientific expertise with legal and regulatory knowledge across healthcare, biotechnology, government, and corporate sectors. The interdisciplinary nature of the degree prepares students for roles such as Health Lawyer, Biotechnology Policy Advisor, Medical Research Compliance Officer, Intellectual Property Consultant, Regulatory Affairs Specialist, or Legal Practitioner with expertise in healthcare and life sciences:

Career Development Centre: Bond University provides personalised employability support through its Career Development Centre, including one-on-one career coaching, resume preparation, interview training, networking events, and employer engagement programs.
Legal and Healthcare Industry Exposure: Students gain valuable professional insights through practical legal training, scientific research activities, and industry-linked learning experiences connected to healthcare and biomedical sectors.
Accredited Law Qualification: The Bachelor of Laws component is recognised by the Legal Practitioners Admissions Board and satisfies the academic requirements for admission to legal practice in Australia, subject to practical legal training requirements.
Interdisciplinary Career Opportunities: Graduates are well prepared for emerging careers in health regulation, medical ethics, biotechnology law, pharmaceutical compliance, healthcare policy, forensic science, and intellectual property law.
Professional Skill Development: The program develops highly transferable skills in legal analysis, scientific research, advocacy, communication, ethical reasoning, and evidence evaluation valued across multiple industries.
Industry and Professional Networks: Bond University’s close industry engagement and small-class teaching model allow students to build professional relationships with academics, legal professionals, healthcare practitioners, and industry experts.
Graduate Employability Reputation: Bond University is recognised for strong graduate outcomes, personalised education, and career-focused learning that supports successful transition into professional employment and postgraduate pathways.
Research and Innovation Pathways: The biomedical science component equips graduates with scientific literacy and research capabilities relevant to medical research, biotechnology innovation, and healthcare policy development.
Graduation Outcomes: Graduates leave with expertise across both scientific and legal disciplines, providing competitive advantages in specialised healthcare law and biomedical regulatory environments nationally and internationally.

Further Academic Progression:
After completing the Bachelors of Biomedical Science / Bachelor of Laws, graduates may undertake Practical Legal Training (PLT) to qualify as practising lawyers in Australia. Students may also continue into postgraduate study such as Master of Laws (LLM), Master of Public Health, Master of Bioethics, biomedical research degrees, or PhD-level research in health law, biotechnology regulation, medical ethics, or life sciences policy.