Bachelor of Engineering Honours and Bachelor of Laws

6 Years On Campus Bachelors Program

University of Sydney

Program Overview

The Bachelor of Engineering (Honours) and Bachelor of Laws at the University of Sydney is a highly prestigious six-year double degree that combines professional engineering training with comprehensive legal education, preparing graduates to lead and regulate complex systems across infrastructure, technology, energy, environment, and corporate sectors. Campus: Camperdown/Darlington Campus, Sydney, Australia — the program suits students who are strong in mathematics and problem-solving and also interested in law, governance, policy, and how engineering projects operate within legal and regulatory frameworks.

This program is ideal for students aiming to bridge technical engineering expertise with legal knowledge, enabling them to work in industries where safety, compliance, innovation, and large-scale infrastructure intersect. Students graduate with advanced engineering design capability, analytical thinking, legal reasoning, and project management skills that are highly valued across both engineering and legal professions.

Curriculum Structure

First Year

In the first year, students build foundational knowledge in mathematics, physics, engineering principles, and introductory law. Courses such as Engineering Mechanics, Calculus 1, and Foundations of Law introduce students to technical problem-solving, scientific reasoning, and legal systems. Students also develop communication and analytical skills essential for both disciplines.

Second Year

Second-year study strengthens core engineering knowledge while introducing key legal subjects. Engineering units such as Systems Engineering, Digital Systems, or Materials Science are combined with law courses including Contracts and Torts. This year focuses on applying engineering principles alongside legal reasoning in structured problem-solving contexts.

Third Year

By third year, students progress into specialised engineering streams while continuing core legal studies. Engineering subjects may include Fluid Mechanics, Structural Analysis, or Electrical Systems, depending on the chosen major, while law subjects such as Criminal Law and Constitutional Law deepen understanding of legal systems. Students also begin engaging in design projects and case-based legal analysis.

Fourth Year

Fourth year integrates advanced engineering design with intermediate to advanced law studies. Engineering coursework becomes more specialised (e.g., civil, mechanical, electrical, or software engineering), while law subjects such as Administrative Law and Equity expand understanding of regulation and governance. Students undertake major engineering design projects and applied legal problem-solving tasks.

Fifth Year

In the fifth year, students focus on advanced engineering specialisation and higher-level law electives. Engineering studies involve complex design, simulation, and systems optimisation projects, while law courses may include Corporations Law and Intellectual Property Law. Students refine interdisciplinary skills through project-based learning and technical-legal integration.

Sixth Year

The final year focuses on completing advanced engineering honours-level work alongside specialised legal electives. Students complete a major engineering thesis or capstone project while engaging in advanced legal study areas such as commercial regulation, technology law, or environmental law. Graduates leave with strong technical expertise, legal capability, and leadership readiness for complex professional environments.

Focus areas

Engineering design, civil engineering, mechanical systems, electrical engineering, software systems, mathematics, physics, infrastructure development, contracts law, tort law, corporate law, intellectual property law, regulatory systems, project management, and technical-legal integration.

Learning outcomes

Graduates develop advanced engineering design skills, mathematical modelling ability, legal reasoning, project management expertise, analytical thinking, and interdisciplinary problem-solving capability. Students learn to design and evaluate engineering systems while understanding legal frameworks, regulatory compliance, ethical standards, and professional responsibility in engineering practice.

Professional alignment (accreditation)

The Bachelor of Laws component satisfies the academic requirements for admission to legal practice in Australia, subject to completion of Practical Legal Training (PLT). The Engineering Honours degree is accredited by Engineers Australia, enabling graduates to pursue professional engineering registration and global engineering career pathways.

Reputation (employability rankings)

The University of Sydney is internationally recognised for excellence in both engineering and law, with strong global employer reputation and graduate employability across infrastructure, technology, consulting, legal, and government sectors. Sydney Law School and the Faculty of Engineering are highly respected for research excellence, industry engagement, and producing highly skilled interdisciplinary professionals.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Engineering (Honours) and Bachelor of Laws at the University of Sydney gain hands-on experience by combining intensive engineering design work with practical legal training, allowing them to develop both technical problem-solving skills and real-world understanding of regulation, compliance, and governance. Throughout the degree, students work on engineering design projects, legal case analysis, simulations, and research tasks that mirror professional practice in engineering firms, government agencies, and legal environments. This integrated approach ensures graduates can confidently operate in both technical and regulatory contexts.

The University of Sydney provides a highly practical learning environment through advanced engineering laboratories, design studios, legal training spaces, industry-standard software, research institutes, and professional engagement opportunities that prepare students for careers across engineering, infrastructure, technology, law, and government:

Engineering Design Studios & Project Labs : Students complete hands-on design projects using modern engineering laboratories and workshops where they test materials, build prototypes, conduct simulations, and develop solutions across civil, mechanical, electrical, and software engineering disciplines.
Capstone Engineering Projects : In later years, students undertake major capstone design projects that involve solving real-world engineering problems, working in teams, applying technical knowledge, and presenting professional engineering solutions to industry-style scenarios.
Sydney Law School Moot Courts & Simulations : Law students develop advocacy, negotiation, and legal reasoning skills through structured mooting competitions, mock trials, dispute resolution exercises, and legal simulations held in dedicated moot court facilities.
Engineering Software & Digital Tools : Students gain experience using industry-standard engineering software such as CAD design tools, structural modelling programs, simulation platforms, programming environments, and data analysis tools widely used in professional engineering practice.
Legal Research Platforms & Databases : Students use professional legal systems including Westlaw, LexisNexis, and other legal research databases for case analysis, statutory interpretation, and legal research similar to those used in law firms and courts.
Industry Placements & Internship Pathways : The University of Sydney supports internships, vacation programs, and industry placements with engineering firms, infrastructure companies, government agencies, construction companies, and legal organisations, helping students gain real professional experience before graduation.
Research Institutes & Engineering Centres : Students engage with leading research centres in engineering innovation, infrastructure systems, sustainability, robotics, energy systems, and technology development, gaining exposure to cutting-edge engineering research and interdisciplinary collaboration.
Fieldwork & Applied Engineering Experience : Depending on specialisation, students may participate in field studies, site visits, infrastructure inspections, environmental engineering assessments, and applied engineering investigations in real-world settings.
Interdisciplinary Law and Engineering Projects : Students complete integrated assignments that explore topics such as infrastructure regulation, construction law, intellectual property in engineering, environmental compliance, and technology governance.
Libraries & Learning Facilities : Students access specialised engineering libraries, law libraries, digital research hubs, and collaborative learning spaces designed to support both technical design work and legal research.
Career Development & Employer Engagement Programs : Students benefit from networking events, employer presentations, mentorship programs, and professional workshops connecting them with leading engineering firms, law firms, government departments, and multinational organisations.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) and Bachelor of Laws at the University of Sydney are highly sought after for their rare ability to combine advanced engineering expertise with legal knowledge, enabling them to lead projects where technology, infrastructure, regulation, and governance intersect. The degree prepares students for influential careers across engineering design, infrastructure development, technology regulation, corporate law, government policy, and consulting, where both technical and legal understanding are essential for decision-making. Typical career pathways include professional engineer, infrastructure project manager, construction lawyer, intellectual property lawyer, regulatory compliance specialist, technology consultant, and government adviser.

The University of Sydney strengthens graduate employability through structured career support, professional engineering accreditation pathways, industry partnerships, and a strong global reputation in both engineering and law:

Sydney Careers & Employability Services : Students receive dedicated support including internship programs, graduate pathway guidance, résumé workshops, interview coaching, networking events, employer panels, and mentoring programs tailored to engineering, infrastructure, technology, and legal careers.
Professional Engineering Accreditation (Engineers Australia) : The Engineering Honours component is accredited by Engineers Australia, ensuring graduates meet the academic requirements for professional engineering registration and recognition in Australia and internationally.
Legal Practice Qualification Pathway : The Law component satisfies the academic requirements for admission to legal practice in Australia, subject to completion of Practical Legal Training (PLT), enabling graduates to pursue careers in legal, regulatory, and corporate environments.
Strong Industry & Government Partnerships : Students benefit from connections with leading engineering firms, construction companies, infrastructure organisations, technology companies, government departments, and major law firms that support internships, clerkships, graduate roles, and industry projects.
High Graduate Employability Outcomes : University of Sydney graduates are consistently recognised for strong employment outcomes across engineering, infrastructure, construction, legal practice, consulting, and government sectors, reflecting high demand for interdisciplinary expertise.
Median Graduate Salary : Based on Australian graduate outcomes data across engineering and law professions, graduates commonly achieve median full-time salaries ranging between approximately AUD $85,000–$115,000 depending on engineering specialisation, industry sector, and professional role progression.
Global Career Opportunities : The combination of engineering and law opens pathways into multinational engineering firms, global infrastructure companies, international legal practices, technology organisations, and government agencies involved in large-scale development and regulation.
Infrastructure & Technology Leadership Pathways : Graduates are equipped to lead complex engineering projects involving regulatory compliance, safety standards, environmental law, intellectual property, and large-scale infrastructure development.
Long-Term Professional Flexibility : Students develop transferable skills in engineering design, legal reasoning, project management, risk assessment, and strategic decision-making, enabling careers across engineering, law, consulting, government, and corporate leadership roles.

Further Academic Progression:
After completing this dual degree, graduates may pursue postgraduate study such as a Master of Engineering, Master of Laws (LLM), Master of Construction Law, Master of Infrastructure Engineering, Master of Project Management, or Master of Technology and Innovation. High-achieving graduates may also continue into Honours or PhD research programs in Engineering, Law, Infrastructure Systems, or Technology Policy, leading to careers in advanced engineering research, legal academia, government advisory roles, or senior leadership positions in global engineering and legal organisations.