Bachelor of Science(Physics) and Bachelor of Laws

5 Years On Campus Bachelors Program

University of Sydney

Program Overview

The Bachelor of Science (Physics) and Bachelor of Laws at University of Sydney is a distinctive 5-year double degree that blends scientific thinking with legal expertise, preparing you for careers at the intersection of technology, policy, and justice. It’s ideal for students who enjoy problem-solving and critical thinking, and want to study both the fundamental laws of physics and the legal systems that shape society.

Curriculum Structure

Year 1:
You’ll build strong foundations in both disciplines, studying core units such as Fundamentals of Physics 1A, Chemistry 1A, and legal subjects like Foundations of Law and Legal Research and Writing. This year introduces you to scientific reasoning alongside essential legal principles and analytical skills.

Year 2:
Your learning deepens with units like Fundamentals of Physics 1B, Linear Algebra, and Torts. You’ll begin to connect structured scientific thinking with legal problem-solving, developing skills in both quantitative analysis and case interpretation.

Year 3:
You’ll move into more specialised topics such as Quantum Physics, Thermodynamics and Statistical Physics, alongside core law units like Contracts and Criminal Law. This year strengthens your ability to analyse complex systems—whether physical or legal.

Year 4:
Advanced study continues with units such as Electromagnetism and Photonics and Computational Physics, paired with legal studies including Administrative Law and Evidence. You’ll refine both your technical expertise and your understanding of how laws are applied in real-world contexts.

Year 5:
In your final year, you’ll complete higher-level electives such as Astrophysics or Medical Physics, alongside advanced law units like Equity and International Law. This year prepares you for professional practice or further study, bringing together your scientific and legal knowledge.

Focus Areas (in a string):
Theoretical and applied physics, legal systems and policy, technology law, analytical problem-solving, interdisciplinary expertise

Learning Outcomes (in a string):
Strong scientific and legal reasoning, advanced analytical and research skills, ability to interpret complex data and legal frameworks, effective communication and argumentation

Professional Alignment (Accreditation):
The law component is accredited by the Legal Profession Admission Board of New South Wales, enabling graduates to pursue admission as a legal practitioner in Australia (subject to further practical legal training).

Reputation (Employability Rankings):
The University of Sydney is ranked among the world’s top universities for both law and science in QS rankings, with strong graduate employability outcomes across both fields.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Sydney, the Bachelor of Science (Physics) and Bachelor of Laws is designed to give you hands-on, real-world experience across both disciplines. You’ll actively apply theoretical knowledge through advanced physics labs, legal simulations, and industry-linked opportunities, using the same tools and environments professionals rely on. From conducting experiments and coding simulations to participating in moots and legal clinics, your learning is practical, collaborative, and career-focused:

Physics laboratory experience: Work in dedicated physics labs exploring areas like optics, quantum mechanics, and electromagnetism, using precision instruments and data acquisition systems.
Scientific computing and software: Use tools such as Python, MATLAB, and computational modelling platforms for simulations, numerical analysis, and physics-based problem-solving.
Research and project work: Undertake independent and group-based research projects in physics, developing skills in experimentation, data interpretation, and scientific communication.
Law moot courts and advocacy training: Participate in mock trials and mooting competitions in purpose-built courtrooms, developing courtroom skills, legal reasoning, and persuasive argumentation.
Legal clinics and practical placements: Gain real-world legal experience through clinical legal education programs, working on supervised cases and community legal projects.
Internships and industry exposure: Access opportunities for internships with law firms, government agencies, and policy organisations, supported by the university’s strong industry connections.
Problem-based and collaborative learning: Engage in case-based discussions and group projects, combining scientific and legal perspectives to solve complex, real-world problems.
Libraries and specialist facilities: Study in world-class facilities like the Fisher Library and Law Library, with access to legal databases, scientific journals, and collaborative learning spaces.
Research institutes and centres: Connect with leading centres such as those focused on science, technology, and public policy, supporting interdisciplinary learning and research opportunities.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Physics) and Bachelor of Laws at University of Sydney are uniquely positioned to bridge the gap between science, technology, and the legal system. With strong analytical, technical, and legal reasoning skills, you’ll be ready to work in fast-evolving fields where science meets regulation and policy. Common career paths include Lawyer, Technology or Intellectual Property (IP) Lawyer, Policy Advisor, and Scientific or Technical Consultant:

Career support and employability services: Benefit from the University’s Careers Centre, offering tailored services such as career coaching, employer networking events, internships guidance, and workshops for law and science students.
Employment outcomes and salary potential: The University of Sydney reports high graduate employability, and law graduates in Australia often secure roles with strong starting salaries, especially in corporate and IP law sectors, with long-term earning potential.
University–industry partnerships: Strong links with top law firms, government bodies, and regulatory agencies, along with opportunities to engage in internships and clerkships, help you build real industry connections.
Long-term accreditation value: The law component is accredited by the Legal Profession Admission Board of New South Wales, enabling you to pursue admission as a practising lawyer (subject to Practical Legal Training).
Graduation outcomes: You’ll graduate with a rare combination of scientific expertise and legal qualification, making you highly competitive in areas like technology law, environmental law, and science-driven policy roles.

Further Academic Progression:
After completing this degree, you can undertake Practical Legal Training (PLT) to qualify as a solicitor or pursue admission to the bar as a barrister. You may also continue with postgraduate study such as a Master of Laws (LLM), or pursue a PhD in Physics or interdisciplinary research areas, opening pathways into academia, advanced research, or leadership roles in science and law.