Bachelor of Laws/Bachelor of Science - Physics

5 Years On Campus Bachelors Program

La Trobe University

Program Overview

The Bachelor of Laws (Honours)/Bachelor of Science with a Physics major at La Trobe University is a unique five-year degree that combines legal expertise with a deep understanding of scientific principles, especially in physics. This integrated program suits curious thinkers who want to solve complex problems at the intersection of science and regulation — preparing you for careers in law, technology, policy, or research with practical science knowledge.

Curriculum Structure

Year 1:
In your first year, you build a strong foundation in both law and physics. You’ll explore core legal subjects such as Legal Institutions and Methods to understand how the law operates, while also completing essential physics units like Big Ideas in Science and beginning your physics major sequence, grounding you in mechanics and fundamental scientific thinking. Over the year, you’ll also develop analytical skills and logical reasoning that underpin both legal argument and scientific problem-solving.

Year 2:
In the second year, you deepen your legal understanding with units like Contract Law A & B and Principles of Tort Law, learning how legal principles apply to real-world disputes. On the science side, you’ll take intermediate physics subjects from the physics major, integrating more advanced concepts, and continue to enhance your laboratory and analytical skills in physics contexts. This stage helps you think both like a scientist and an advocate.

Year 3:
By year three, you’ll tackle substantial law units such as Principles of Constitutional Law and Foundations of Property Law, which challenge you to apply legal reasoning across complex scenarios. Simultaneously, your physics major advances into higher-level topics, with broader scientific coursework and potentially elective physics units that align with your interests. These combined studies strengthen your ability to communicate complex ideas clearly and confidently.

Year 4:
In year four, your law training takes you into subjects like Evidence and Criminal Procedure and Company Law, preparing you for professional legal practice with real case studies. Your physics component continues with advanced physics or science electives tailored to your interests, allowing you to push your scientific knowledge into specialist areas. The blend of legal and science study this year sharpens your capacity to interpret research and evidence — essential skills in both scientific and legal careers.

Year 5:
The final year focuses on professional readiness and capstone learning. Law units such as Legal Practice and Conduct or the Law Internship give you hands-on insights into legal work environments and professional legal conduct. Your physics major wraps up concurrently with upper-level physics coursework or electives that demonstrate your mastery of scientific concepts. By graduation, you’ll have a diploma that reflects both breadth and depth across law and physics.

Focus areas: law and science integration, legal reasoning, physics principles, analytical and problem-solving skills, interdisciplinary critical thinking.

Learning outcomes: ability to interpret complex legal frameworks, apply scientific method and physics knowledge, communicate technical and legal ideas, and bridge science and law in real-world situations.

Professional alignment (accreditation): This double degree meets the academic requirements for admission to legal practice in Victoria and provides a recognised science qualification under the Australian Qualifications Framework (AQF Level 8).

Reputation (employability rankings): La Trobe University is ranked among the top 1% of global universities according to the QS World University Rankings 2026, with strong research performance in physics and science disciplines.

Experiential Learning (Research, Projects, Internships etc.)

In this dual degree at La Trobe University, you won’t just absorb theory — you’ll actively apply what you learn through real-world legal and scientific experiences. You’ll develop practical skills in law with interactive simulations, placements and internships, while in the science stream you’ll gain hands-on experience in physics labs and research settings, using advanced equipment to investigate real scientific questions. These opportunities build confidence, give you professional insights, and help you stand out to employers and postgraduate programs alike. Here’s what that looks like in practice:

Law Internships and Clinical Programs: Participate in structured legal placements or simulated client work through La Trobe Law School’s Professional Practice components, where you’ll draft legal documents, work on case studies, and engage in practical legal problem-solving.
Collaborative Legal Skills Workshops: Take part in group projects, mooting and negotiation exercises hosted by the Law School to sharpen your advocacy, legal communication and teamwork skills.
Physics Laboratories and Research Facilities: Access well-equipped science and physics labs where you’ll run experiments, collect and analyse data using specialised tools like optical instruments and measurement software as part of your science coursework and projects.
Department of Mathematical and Physical Sciences Support: Use facilities within the physics department — including microscopy and surface science equipment — as you progress into advanced units in your major.
La Trobe Libraries and Digital Tools: Tap into extensive research resources, including e-journals, legal databases (e.g., Westlaw or LexisNexis access via the library) and scientific publications essential for preparing assignments, literature reviews and research.
Group Projects and Interdisciplinary Collaboration: Across both law and science subjects, you’ll work in teams on problem-based tasks that mimic professional settings and require integrating scientific understanding with legal reasoning.

These practical experiences ensure you gain not just knowledge, but the skills and confidence to apply it in professional contexts — whether you’re analysing experimental results or drafting legal arguments.

Progression & Future Opportunities

Graduates of the Bachelor of Laws/Bachelor of Science (Physics) at La Trobe University develop a rare combination of analytical, legal, and scientific expertise, equipping them for diverse professional paths. Typical career roles include: Intellectual Property Lawyer, Legal Analyst in Science & Technology, Research Consultant, or Policy Advisor in scientific regulation, allowing graduates to bridge law, technology, and research:

University services supporting employment: The La Trobe University Careers Service offers tailored law and science career guidance, mentorship programs, internship placements in legal firms and research organisations, and workshops on professional networking and job applications.
Employment stats and salary figures: La Trobe data shows that over 80% of combined law and science graduates secure employment or further study within six months, with starting salaries typically ranging from AUD 70,000 to 85,000 depending on role and sector.
University–industry partnerships: Students gain practical experience through collaborations with organisations such as the IP Australia and research-intensive companies, providing exposure to intellectual property law, scientific consultancy, and regulatory compliance.
Long-term accreditation value: The law component is accredited by the Legal Practitioners Admissions Board Victoria, while the science component is recognised by the Australian Institute of Physics, ensuring graduates meet professional standards in both disciplines.
Graduation outcomes: Graduates leave with a robust interdisciplinary skill set, capable of analysing complex legal issues in science and technology, conducting advanced research, and contributing strategically to regulatory, corporate, or academic environments.

Further Academic Progression:
Graduates can pursue a Juris Doctor or Master of Laws (LLM) to specialise in areas such as intellectual property or technology law, or a PhD in Physics to deepen scientific expertise. This pathway supports careers in high-level legal practice, research leadership, policy-making, or consultancy at the intersection of law and science.