Bachelor of Engineering (Honours) - Bachelor of Laws

7 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Engineering (Honours) - Bachelor of Laws at the University of Wollongong prepares students for careers where engineering innovation meets legal regulation, including areas like infrastructure, technology, environmental systems, and intellectual property. This program suits students who are analytical, problem-solving focused, and interested in combining technical engineering skills with a strong understanding of law and legal systems.
Campus Location: University of Wollongong Wollongong Campus (main) and Sydney CBD Campus

Curriculum Structure

Year 1

In the first year, students build foundational knowledge across both engineering and law. Engineering study typically begins with introductory technical subjects such as Engineering Materials, Engineering Design and Innovation, and Engineering Mechanics, while law introduces core legal thinking through units like Foundations of Law and Legal Reasoning and Methods. This year focuses on developing problem-solving skills and understanding how engineering systems and legal frameworks operate.

Year 2

In Year 2, students begin strengthening both disciplines with more structured technical and legal learning. Engineering studies expand into areas such as Electrical Systems Fundamentals and Engineering Mathematics, while law coursework progresses into Contracts Law and Torts Law. Students start connecting technical design principles with legal responsibilities and real-world compliance issues.

Year 3

Year 3 deepens disciplinary expertise, with engineering students engaging in subjects like Fluid Mechanics and Structural Analysis, alongside legal study in Criminal Law and Constitutional Law. This year is focused on applying technical knowledge alongside legal frameworks, especially in regulated industries and professional standards.

Year 4

Students move into advanced engineering concepts such as Control Systems and Engineering Project Management, while law studies include more specialised areas like Administrative Law and Property Law. Practical thinking becomes central as students begin tackling industry-style engineering projects and complex legal case analysis.

Year 5

Engineering Honours-level study begins, with advanced technical electives and a major research or design project, while law students engage in electives such as Commercial Law or Environmental Law. This year builds independent research capability and professional-level analytical skills across both disciplines.

Year 6

Students focus on advanced engineering specialisation and continued law electives, often involving applied legal problem-solving and engineering design integration. Subjects may include advanced engineering systems design alongside legal practice-oriented units, preparing students for multidisciplinary professional environments.

Year 7

The final year is typically dedicated to completing the Engineering Honours research thesis/project and advanced legal electives. Students consolidate both disciplines through high-level technical research and applied legal study, preparing for transition into professional engineering practice and legal pathways.

Focus Areas:

Engineering systems design, infrastructure development, environmental and sustainable engineering, legal frameworks for engineering projects, contract and commercial law, regulatory compliance, intellectual property, and professional ethics in engineering practice.

Learning Outcomes:

Graduates develop strong technical engineering capability combined with legal reasoning skills, enabling them to design, manage, and evaluate engineering projects within complex legal and regulatory environments. They gain the ability to solve multidisciplinary problems, assess risk, and operate effectively in both engineering and legal professional settings.

Professional Alignment (Accreditation):

The engineering component is designed to align with professional engineering accreditation standards in Australia (Engineers Australia recognition pathway), while the law component provides an academic pathway toward legal practice (subject to completion of Practical Legal Training after graduation).

Reputation (Employability & Rankings):

University of Wollongong is recognised internationally for strong performance in engineering, technology, and law-related disciplines, with global rankings systems such as QS reflecting its strength in engineering and technology-focused fields and its strong graduate employability outcomes.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Wollongong, the Bachelor of Engineering (Honours) - Bachelor of Laws is built around immersive, career-ready learning where you develop both technical engineering capability and strong legal reasoning through real-world application. Students don’t just study theory—they work with industry-standard engineering systems, legal research platforms, and hands-on design environments that reflect actual professional practice in both engineering firms and legal settings. From engineering design challenges to courtroom-style legal advocacy, the program trains you to think and perform across two highly demanding disciplines:

integrating engineering innovation with legal analysis, compliance, and professional practice :

Engineering Design & Simulation Software : hands-on use of industry tools such as CAD systems, modelling platforms, and engineering analysis software used in real infrastructure and product design workflows
Engineering Laboratories & Technical Workshops : access to specialised labs for mechanics, materials, electronics, and systems engineering, supporting practical experimentation and prototype development
Moot Court & Legal Skills Training : simulated courtroom environments where students develop advocacy, legal argumentation, and dispute resolution skills
Legal Research Platforms : training in professional databases such as Westlaw and LexisNexis for case law research, statutory interpretation, and legal writing
SMART Infrastructure Facility Exposure : engagement with advanced research environments focused on infrastructure, engineering innovation, and data-driven systems thinking
Work-Integrated Learning (Internships) : opportunities to gain industry experience in engineering firms, government agencies, and legal organisations through structured placements
Group Engineering Design Projects : collaborative capstone-style projects where students solve real engineering problems in teams, mirroring industry workflows
UOW Library & Research Resources : access to extensive engineering journals, legal collections, technical standards, and digital research databases supporting both disciplines

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) - Bachelor of Laws at the University of Wollongong are uniquely positioned at the intersection of engineering innovation and legal expertise. This powerful combination prepares you for careers where technology, infrastructure, regulation, and policy overlap. Many graduates move into roles such as engineering consultant with legal expertise, intellectual property lawyer, construction or infrastructure law specialist, or regulatory compliance engineer: working across both technical and legal domains in high-impact industries.

Career pathways (typical roles): Engineering Lawyer, Construction & Infrastructure Legal Advisor, Intellectual Property Specialist, Regulatory Compliance Engineer
University employability support: University of Wollongong Careers & Employability Service offers personalised career planning, internship and placement support, interview coaching, and access to graduate employment networks and industry connections
Employment outcomes & salary figures: graduates in engineering and law fields typically earn in the approximate range of AUD $75,000–$140,000+ per year, with higher earning potential in specialised areas such as infrastructure law, intellectual property, and engineering consultancy
University–industry partnerships: strong links with engineering firms, construction and infrastructure organisations, government agencies, and legal practice environments support internships, industry projects, and work-integrated learning experiences
Long-term accreditation value: the engineering component is professionally accredited (supporting progression toward Chartered Engineer pathways), while the law component supports the academic pathway toward legal practice (subject to completion of Practical Legal Training)
Graduation outcomes: graduates are highly competitive in both engineering and legal sectors, with strong demand in infrastructure development, technology regulation, intellectual property, and corporate compliance roles

Further Academic Progression:

After completing this double degree, graduates can pursue the Juris Doctor (JD) or Graduate Diploma in Legal Practice to qualify for admission as a lawyer. They may also continue with postgraduate engineering study such as a Master of Engineering or specialise further in areas like construction law, intellectual property law, or engineering management, leading to senior leadership roles across legal, technical, and regulatory fields.