Skip to main content

The University of Sydney
The University of Sydney - Future Students

  • Future students
  • Home
  • Library
  • Media
  • Contact
  • Find a course
  • Study at Sydney
    • Domestic undergraduate
    • Domestic postgraduate coursework
    • Domestic postgraduate research
    • Aboriginal and Torres Strait Islander students
    • International undergraduate
    • International postgraduate coursework
    • International postgraduate research
    • Parents
    • High school students
    • Glossary
  • Student life
    • Campus
    • Being a Sydney student
    • Student blogs
    • Clubs and societies
    • University of Sydney Union
    • Sydney Uni Sport & Fitness
  • Services & support
    • Accommodation & living costs
    • Financial support
    • Disability services
    • Learning assistance
    • Centre for English Teaching
    • Library
    • Health and welfare
    • IT services
    • Careers Centre
    • Religious facilities
    • Child care services
    • University of Sydney Union
    • Students' Representative Council
    • Sydney University Postgraduate Representative Association
    • Eating and retail
  • Study abroad & exchange
    • International students coming to Sydney
    • Partners
    • Admission
    • Costs and fees
    • Scholarships
    • Offers
    • Student visa information
    • Enrol
    • Orientation
    • FAQs
    • Contact us
  • Contact us
    • Campus locations
    • Visit Sydney
You are here: Home / Future students / Course search / Bachelor of Engineering (Mechatronic Engineering) / Bachelor of Engineering and Bachelor of Laws
Bachelor of Engineering (Mechatronic Engineering)
  • Area of interest details
  • Bachelor of Engineering and Bachelor of Arts
  • Bachelor of Engineering and Bachelor of Commerce
  • Bachelor of Engineering and Bachelor of Laws
  • Bachelor of Engineering and Bachelor of Medical Science
  • Bachelor of Engineering and Bachelor of Science
  • Bachelor of Engineering (Flexible First Year)
  • Bachelor of Engineering (Mechatronic)
  • Bachelor of Engineering (Mechatronic (Space))

Apply now Ask a question

Essentials

  • Domestic students
  • International students

Course code: BUENGLAW1000

Duration for domestic students: 6 years full time

Commonwealth Supported Place (CSP) fee: If you commence your studies after 1 January 2013, the fee is $8,800.00 per year of full-time study of 48 credit points (1.0 EFTSL). Fees are indicative and may differ based on the subjects you choose. For more information please visit our future students website.

Course abbreviation: BELLB

UAC code: 511801

ATAR for 2013: 99.7

English language requirements: IELTS: A minimum result of 7.5 overall and a minimum result of 7.0 in each band. TOEFL paper-based: A minimum result of 637 overall including a minimum result of 5.0 in writing. TOEFL IBT:A minimum result of 110 overall including a minimum result of 24 in reading, listening and speaking and 25 in writing.

Special entry schemes: Special entry schemes

Closing dates: Semester 1, 2013 30 September 2012

Commencing semesters: Semester 1 (March)

Credit points required: 288

Location: Camperdown and Darlington campuses

Study mode: On-campus day

Faculty: Sydney Law School

Course code: BUENGLAW1000

Duration for international students: 6 years full time

Fees for international students: If you commence your studies after 1 January 2013, the fee is $35,040.00 per year of full-time study of 48 credit points (1.0 EFTSL). Fees are indicative and may differ based on the subjects you choose. For more information please visit our future students website.

Course abbreviation: BELLB

UAC code: 511801

International undergraduate entry requirements: International Undergraduate Entry Requirements

CRICOS code: 032885D

Available to international students?: Yes

English language requirements: IELTS: A minimum result of 7.5 overall and a minimum result of 7.0 in each band. TOEFL paper-based: A minimum result of 637 overall including a minimum result of 5.0 in writing. TOEFL IBT:A minimum result of 110 overall including a minimum result of 24 in reading, listening and speaking and 25 in writing.

International Student Office: International Office

Closing dates: Semester 1, 2013 30 October 2012 and Semester 2, 2013 30 April 2013

Commencing semesters: Semester 1 (March) or Semester 2 (July)

Credit points required: 288

Location: Camperdown and Darlington campuses

Study mode: On-campus day

Faculty: Sydney Law School

Apply now Ask a question

Useful links

  • Scholarships Office
  • Course resolutions
  • Faculty handbooks
  • Graduate attributes
  • Bridging courses

Bachelor of Engineering and Bachelor of Laws

The information on this page applies to future students. Current students should refer to their faculty handbooks for course information.

The Bachelor of Engineering and Bachelor of Laws at the University of Sydney enables candidates to complete both degrees simultaneously. This provides graduates with the option to pursue careers in either profession, or enhance their career options with a second discipline. Whilst the Bachelor of Engineering emphasises the practical aspects of science, the Bachelor of Laws focuses on the interpretation and application of the legal system. You will take the equivalent of the first year of the Bachelor of Laws over the course of the four year engineering degree. In the fifth year, you will undertake the remaining compulsory law units of study followed by elective units in the fifth year.

Units of study

For full information on Units of Study available in this course, please visit the Sydney Courses website

Unit of Study information on faculty page

Full units of study list

  • AERO1400 - Intro to Aircraft Construction & Design
  • AERO1560 - Introduction to Aerospace Engineering
  • AERO2705 - Space Engineering 1
  • AERO2711 - Space Engineering Project 1
  • AERO3260 - Aerodynamics 1
  • AERO3261 - Propulsion
  • AERO3360 - Aerospace Structures 1
  • AERO3460 - Aerospace Design 1
  • AERO3465 - Aerospace Technology 2
  • AERO3560 - Flight Mechanics 1
  • AERO3660 - Aerospace Management
  • AERO3711 - Space Engineering Project 2
  • AERO3760 - Space Engineering 2
  • AERO4206 - Rotary Wing Aircraft
  • AERO4260 - Aerodynamics 2
  • AERO4360 - Aerospace Structures 2
  • AERO4460 - Aerospace Design 2
  • AERO4491 - Advanced Aircraft Design
  • AERO4560 - Flight Mechanics 2
  • AERO4591 - Advanced Flight Mechanics
  • AERO4701 - Space Engineering 3
  • AERO4711 - Space Engineering Project 3
  • AERO4712 - Space Engineering Project 4
  • AERO5520 - Aircraft Avionics and Systems
  • AERO5700 - Space Engineering (Advanced)
  • AMME0011 - International Exchange B
  • AMME0012 - International Exchange C
  • AMME0013 - International Exchange D
  • AMME0014 - International Exchange E
  • AMME0015 - International Exchange F
  • AMME0016 - International Exchange G
  • AMME0017 - International Exchange H
  • AMME0018 - International Exchange I
  • AMME1550 - Dynamics 1
  • AMME2200 - Thermodynamics and Fluids
  • AMME2301 - Mechanics of Solids
  • AMME2302 - Materials 1
  • AMME2500 - Engineering Dynamics
  • AMME2700 - Instrumentation
  • AMME3110 - Project A
  • AMME3500 - System Dynamics and Control
  • AMME4010 - Major Industrial Project
  • AMME4110 - Project B
  • AMME4111 - Honours Thesis A
  • AMME4112 - Honours Thesis B
  • AMME4121 - Engineering Project A
  • AMME4122 - Engineering Project B
  • AMME4210 - Computational Fluid Dynamics
  • AMME4241 - Renewable Energy
  • AMME4500 - Guidance,Navigation and Control
  • AMME4710 - Computer Vision and Image Processing
  • AMME4790 - Introduction to Biomechatronics
  • AMME4971 - Tissue Engineering
  • AMME4981 - Applied Biomedical Engineering
  • AMME4990 - Biomedical Product Development
  • AMME4992 - Regulatory Affairs in Medical Industry
  • AMME5310 - Engineering Tribology
  • AMME5510 - Vibration and Acoustics
  • AMME5951 - Fundamentals of Neuromodulation
  • ARCA1002 - Archaeology: An Introduction
  • BCHM2072 - Human Biochemistry
  • BIOL1001 - Concepts in Biology
  • BIOL1003 - Human Biology
  • CHEM1001 - Fundamentals of Chemistry 1A
  • CHEM1002 - Fundamentals of Chemistry 1B
  • CHEM1101 - Chemistry 1A
  • CHEM1102 - Chemistry 1B
  • CHEM1901 - Chemistry 1A (Advanced)
  • CHEM1902 - Chemistry 1B (Advanced)
  • CHEM2401 - Molecular Reactivity and Spectroscopy
  • CHEM2402 - Chemical Structure and Stability
  • CHEM2403 - Chemistry of Biological Molecules
  • CHEM2404 - Forensic and Environmental Chemistry
  • CHNG1103 - Material & Energy Transformations Intro
  • CHNG2801 - Conservation and Transport Processes
  • CHNG2802 - Applied Maths for Chemical Engineers
  • CHNG2803 - Energy and Fluid Systems Practice
  • CHNG2804 - Chemical & Biological Systems Behaviour
  • CHNG2805 - Industrial Systems and Sustainability
  • CHNG2806 - Materials Purification and Recovery
  • CHNG3041 - Exchange Program 3A
  • CHNG3042 - Exchange Program 3B
  • CHNG3801 - Process Design
  • CHNG3802 - Operating/Improving Industrial Systems
  • CHNG3803 - Chemical/Biological Process Design
  • CHNG3804 - Biochemical Engineering
  • CHNG3805 - Product Formulation and Design
  • CHNG3806 - Management of Industrial Systems
  • CHNG3807 - Products and Value Chains
  • CHNG3808 - Polymer Engineering
  • CHNG3809 - Laboratory and Industrial Practice
  • CHNG4041 - Exchange Program 4A
  • CHNG4042 - Exchange Program 4B
  • CHNG4203 - Major Industrial Project
  • CHNG4802 - Chemical Engineering Design A
  • CHNG4806 - Chemical Engineering Design B
  • CHNG4811 - Honours Thesis A
  • CHNG4812 - Honours Thesis B
  • CHNG4813 - Engineering Project A
  • CHNG4814 - Engineering Project B
  • CHNG5001 - Process Systems Engineering
  • CHNG5003 - Green Engineering
  • CHNG5004 - Particles and Surfaces
  • CIVL0011 - Civil Exchange A
  • CIVL0012 - Civil Exchange B
  • CIVL0013 - Civil Exchange C
  • CIVL0014 - Civil Exchange D
  • CIVL0015 - Civil Exchange E
  • CIVL0016 - Civil Exchange F
  • CIVL0017 - Civil Exchange G
  • CIVL0018 - Civil Exchange H
  • CIVL2110 - Materials
  • CIVL2201 - Structural Mechanics
  • CIVL2230 - Intro to Structural Concepts and Design
  • CIVL2410 - Soil Mechanics
  • CIVL2511 - Research Techniques
  • CIVL2611 - Introductory Fluid Mechanics
  • CIVL2810 - Engineering Construction and Surveying
  • CIVL3010 - Engineering and Society
  • CIVL3205 - Concrete Structures 1
  • CIVL3206 - Steel Structures 1
  • CIVL3235 - Structural Analysis
  • CIVL3411 - Geotechnical Engineering
  • CIVL3612 - Fluid Mechanics
  • CIVL3614 - Hydrology
  • CIVL3805 - Project Scope,Time and Cost Management
  • CIVL3812 - Project Appraisal
  • CIVL3813 - Contracts Formulation and Management
  • CIVL4022 - Honours Thesis A
  • CIVL4023 - Honours Thesis B
  • CIVL4024 - Engineering Project A
  • CIVL4025 - Engineering Project B
  • CIVL4810 - Mgmnt of People,Quality and Risk in PE
  • CIVL4811 - Engineering Design and Construction
  • CIVL4814 - Project Procurement and Tendering
  • CIVL4815 - Project Formulation
  • CIVL4903 - Civil Engineering Design
  • CIVL5266 - Steel Structures - Stability
  • CIVL5269 - Concrete Structures - Strength & Service
  • CIVL5351 - Geoenvironmental Engineering
  • CIVL5452 - Foundation Engineering
  • CIVL5458 - Numerical Methods in Civil Engineering
  • CLAW2207 - Business,Ethics and the Law
  • CLAW2209 - Intellectual Property for Business
  • COMP2007 - Algorithms and Complexity
  • COMP2121 - Distributed Systems & Network Principles
  • COMP2129 - Operating Systems and Machine Principles
  • COMP2591 - Advanced Computer Science Exchange
  • COMP2592 - Advanced Computer Science Exchange
  • COMP2907 - Algorithms and Complexity (Advanced)
  • COMP3109 - Programming Languages and Paradigms
  • COMP3308 - Introduction to Artificial Intelligence
  • COMP3419 - Graphics and Multimedia
  • COMP3456 - Computational Methods for Life Sciences
  • COMP3520 - Operating Systems Internals
  • COMP3556 - Computer Science Exchange
  • COMP3591 - Advanced Computer Science Exchange
  • COMP3592 - Advanced Computer Science Exchange
  • COMP3593 - Advanced Computer Science Exchange
  • COMP3594 - Advanced Computer Science Exchange
  • COMP3608 - Intro. to Artificial Intelligence (Adv)
  • COMP3615 - Software Development Project
  • COSC3011 - Scientific Computing
  • COSC3911 - Scientific Computing (Advanced)
  • ECON1001 - Introductory Microeconomics
  • ECON1002 - Introductory Macroeconomics
  • ELEC1103 - Fundamentals of Elec and Electronic Eng
  • ELEC1601 - Foundations of Computer Systems
  • ELEC2004 - Electrical Engineering: Foundations
  • ELEC2103 - Simulation & Numerical Solutions in Eng
  • ELEC2104 - Electronic Devices and Circuits
  • ELEC2302 - Signals and Systems
  • ELEC2602 - Digital System Design
  • ELEC3104 - Engineering Electromagnetics
  • ELEC3203 - Electricity Networks
  • ELEC3204 - Power Electronics and Applications
  • ELEC3206 - Electrical Energy Conversion Systems
  • ELEC3304 - Control
  • ELEC3305 - Digital Signal Processing
  • ELEC3404 - Electronic Circuit Design
  • ELEC3405 - Communications Electronics and Photonics
  • ELEC3505 - Communications
  • ELEC3506 - Data Communications and the Internet
  • ELEC3607 - Embedded Systems
  • ELEC3608 - Computer Architecture
  • ELEC3609 - Internet Software Platforms
  • ELEC3610 - E-Business Analysis and Design
  • ELEC3702 - Management for Engineers
  • ELEC3802 - Fundamentals of Biomedical Engineering
  • ELEC3803 - Bioelectronics
  • ELEC3901 - Electrical Exchange Unit 1A
  • ELEC3902 - Electrical Exchange Unit 1B
  • ELEC3903 - Electrical Exchange Unit 1C
  • ELEC3904 - Electrical Exchange Unit 2A
  • ELEC3905 - Electrical Exchange Unit 2B
  • ELEC3906 - Electrical Exchange Unit 2C
  • ELEC4505 - Digital Communication Systems
  • ELEC4702 - Practical Experience
  • ELEC4710 - Engineering Project A
  • ELEC4711 - Engineering Project B
  • ELEC4712 - Honours Thesis A
  • ELEC4713 - Honours Thesis B
  • ELEC4714 - Industrial Project
  • ELEC5101 - Antennas and Propagation
  • ELEC5203 - Topics in Power Engineering
  • ELEC5204 - Power Systems Analysis and Protection
  • ELEC5205 - High Voltage Engineering
  • ELEC5206 - Sustainable Energy Systems
  • ELEC5303 - Computer Control System Design
  • ELEC5403 - Radio Frequency Engineering
  • ELEC5507 - Error Control Coding
  • ELEC5508 - Wireless Engineering
  • ELEC5509 - Mobile Networks
  • ELEC5510 - Satellite Communication Systems
  • ELEC5511 - Optical Communication Systems
  • ELEC5512 - Optical Networks
  • ELEC5514 - Networked Embedded Systems
  • ELEC5614 - Real Time Computing
  • ELEC5616 - Computer and Network Security
  • ELEC5618 - Software Quality Engineering
  • ELEC5619 - Object Oriented Application Frameworks
  • ELEC5701 - Technology Venture Creation
  • ELEC5803 - Advanced Bioelectronics
  • EMHU3001 - Electron Microscopy and Imaging/Theory
  • EMHU3002 - Electron Microscopy and Imaging/Prac
  • ENGG1061 - Advanced Engineering 1A
  • ENGG1800 - Engineering Disciplines (Intro) Stream A
  • ENGG1801 - Engineering Computing
  • ENGG1802 - Engineering Mechanics
  • ENGG1803 - Professional Engineering 1
  • ENGG1805 - Professional Engineering and IT
  • ENGG1960 - Introduction to Biomedical Engineering
  • ENGG2005 - Engineering Studies C
  • ENGG2062 - Engineering Project: Business Plan 2 Adv
  • ENGG3062 - Technology Education (Advanced)
  • ENGG4000 - Practical Experience
  • ENGG4061 - Innovation/Technology Commercialisation
  • ENGG4064 - Advanced Engineering Design A
  • ENGG4065 - Advanced Engineering Design B
  • GEOL1501 - Engineering Geology 1
  • GEOL1551 - Geology Exchange
  • GEOL2553 - Geology Exchange
  • GEOL2554 - Geology Exchange
  • GEOL2555 - Geology Exchange
  • GEOL3551 - Geology Exchange
  • GEOL3552 - Geology Exchange
  • GEOL3553 - Geology Exchange
  • GEOL3554 - Geology Exchange
  • GEOS1001 - Earth,Environment and Society
  • GEOS1002 - Introductory Geography
  • GEOS1003 - Introduction to Geology
  • GEOS1901 - Earth,Environment and Society Advanced
  • GEOS1902 - Introductory Geography (Advanced)
  • GEOS1903 - Introduction to Geology (Advanced)
  • GEOS2114 - Volcanoes,Hot Rocks and Minerals
  • GEOS2121 - Environmental and Resource Management
  • GEOS2124 - Fossils and Tectonics
  • GEOS2914 - Volcanoes,Hot Rocks and Minerals Adv
  • GEOS2921 - Environmental & Resource Management Adv
  • GEOS2924 - Fossils and Tectonics (Advanced)
  • HPSC2100 - The Birth of Modern Science
  • HPSC2101 - What Is This Thing Called Science?
  • HPSC2551 - History & Philosophy of Science Exchange
  • HPSC2552 - History & Philosophy of Science Exchange
  • HPSC2553 - History & Philosophy of Science Exchange
  • HPSC2900 - The Birth of Modern Science (Advanced)
  • HPSC2901 - What Is This Thing Called Science? (Adv)
  • INFO1003 - Foundations of Information Technology
  • INFO1103 - Introduction to Programming
  • INFO1105 - Data Structures
  • INFO1903 - Informatics (Advanced)
  • INFO1905 - Data Structures (Advanced)
  • INFO1911 - IT Special Project 1A
  • INFO1912 - IT Special Project 1B
  • INFO2110 - Systems Analysis and Modelling
  • INFO2120 - Database Systems 1
  • INFO2315 - Introduction to IT Security
  • INFO2820 - Database Systems 1 (Advanced)
  • INFO2911 - IT Special Project 2A
  • INFO2912 - IT Special Project 2B
  • INFO3220 - Object Oriented Design
  • INFO3315 - Human-Computer Interaction
  • INFO3402 - Management of IT Projects and Systems
  • INFO3404 - Database Systems 2
  • INFO3504 - Database Systems 2 (Adv)
  • INFO3911 - IT Special Project 3A
  • INFO3912 - IT Special Project 3B
  • ISYS2140 - Information Systems
  • ISYS3400 - Information Systems Project
  • ISYS3401 - Analytical Methods & Information Systems
  • LAWS1006 - Foundations of Law
  • LAWS1012 - Torts
  • LAWS1013 - Legal Research I
  • LAWS1014 - Civil and Criminal Procedure
  • LAWS1015 - Contracts
  • LAWS1016 - Criminal Law
  • LAWS1017 - Torts and Contracts II
  • LAWS1019 - Legal Research II
  • LAWS1021 - Public Law
  • LAWS1023 - Public International Law
  • MATH1001 - Differential Calculus
  • MATH1002 - Linear Algebra
  • MATH1003 - Integral Calculus and Modelling
  • MATH1004 - Discrete Mathematics
  • MATH1005 - Statistics
  • MATH1014 - Introduction to Linear Algebra
  • MATH1901 - Differential Calculus (Advanced)
  • MATH1902 - Linear Algebra (Advanced)
  • MATH1903 - Integral Calculus and Modelling Advanced
  • MATH1905 - Statistics (Advanced)
  • MATH1906 - Mathematics (Special Studies Program) A
  • MATH1907 - Mathematics (Special Studies Program) B
  • MATH2061 - Linear Mathematics and Vector Calculus
  • MATH2065 - Partial Differential Equations (Intro)
  • MATH2067 - DEs and Vector Calculus for Engineers
  • MATH2069 - Discrete Mathematics and Graph Theory
  • MATH2070 - Optimisation and Financial Mathematics
  • MATH2961 - Linear Mathematics & Vector Calculus Adv
  • MATH2962 - Real and Complex Analysis (Advanced)
  • MATH2965 - Partial Differential Equations Intro Adv
  • MATH2968 - Algebra (Advanced)
  • MATH2969 - Discrete Mathematics & Graph Theory Adv
  • MATH2970 - Optimisation & Financial Mathematics Adv
  • MBLG1001 - Molecular Biology and Genetics (Intro)
  • MBLG1901 - Molecular Biology and Genetics (Adv)
  • MBLG2071 - Molecular Biology and Genomics
  • MBLG2971 - Molecular Biology and Genomics (Adv)
  • MBLG2972 - Genetics and Genomics (Adv)
  • MECH1400 - Mechanical Construction
  • MECH1560 - Introduction to Mechanical Engineering
  • MECH2400 - Mechanical Design 1
  • MECH2901 - Anatomy and Physiology for Engineers
  • MECH3260 - Thermal Engineering
  • MECH3261 - Fluid Mechanics
  • MECH3361 - Mechanics of Solids 2
  • MECH3362 - Materials 2
  • MECH3460 - Mechanical Design 2
  • MECH3660 - Manufacturing Engineering
  • MECH3661 - Engineering Management
  • MECH3921 - Biomedical Design and Technology
  • MECH4241 - Energy and the Environment
  • MECH4255 - Air Conditioning and Refrigeration
  • MECH4265 - Combustion
  • MECH4310 - Advanced Engineering Materials
  • MECH4460 - Mechanical Design 3
  • MECH4601 - Professional Engineering 2
  • MECH4720 - Sensors and Signals
  • MECH4902 - Orthopaedic and Surgical Engineering
  • MECH4961 - Biomechanics and Biomaterials
  • MICR2021 - Microbial Life
  • MICR2022 - Microbes in Society
  • MKTG1001 - Marketing Principles
  • MKTG3110 - Electronic Marketing
  • MTRX1701 - Mechatronics Engineering Introductory
  • MTRX1702 - Mechatronics 1
  • MTRX2700 - Mechatronics 2
  • MTRX3700 - Mechatronics 3
  • MTRX4700 - Experimental Robotics
  • NEUR3003 - Cellular and Developmental Neuroscience
  • NEUR3004 - Integrative Neuroscience
  • NEUR3903 - Cellular & Developmental Neurosci. (Adv)
  • NEUR3904 - Integrative Neuroscience (Advanced)
  • PHYS1001 - Physics 1 (Regular)
  • PHYS1002 - Physics 1 (Fundamentals)
  • PHYS1003 - Physics 1 (Technological)
  • PHYS1004 - Physics 1 (Environmental & Life Science)
  • PHYS1500 - Astronomy
  • PHYS1901 - Physics 1A (Advanced)
  • PHYS1902 - Physics 1B (Advanced)
  • PHYS2011 - Physics 2A
  • PHYS2012 - Physics 2B
  • PHYS2213 - Physics 2EE
  • PHYS2911 - Physics 2A (Advanced)
  • PHYS2912 - Physics 2B (Advanced)
  • PHYS3015 - Topics in Senior Physics A
  • PHYS3025 - Topics in Senior Physics B
  • PHYS3040 - Electromagnetism and Physics Lab
  • PHYS3068 - Condensed Matter Phys/Optics & Lab
  • PHYS3069 - High Energy Physics/Optics & Lab
  • PHYS3074 - Condensed Matter/High Energy & Lab
  • PHYS3080 - Condensed Matter/High Energy/Optics
  • PHYS3915 - Topics in Senior Physics A (Advanced)
  • PHYS3925 - Topics in Senior Physics B (Advanced)
  • PHYS3940 - Electromagnetism and Physics Lab (Adv)
  • PHYS3941 - Electromagnetism & Special Project (Adv)
  • PHYS3968 - Condensed Matter Phys/Optics & Lab (Adv)
  • PHYS3969 - High Energy Physics/Optics & Lab (Adv)
  • PHYS3974 - Condensed Matter/High Energy & Lab (Adv)
  • PHYS3980 - Condensed Matter/High Energy/Optics(Adv)
  • PSYC1001 - Psychology 1001
  • PSYC1002 - Psychology 1002
  • STAT2012 - Statistical Tests
  • STAT2912 - Statistical Tests (Advanced)
  • WORK1003 - Foundations of Work and Employment
  • WORK3922 - Researching Work and Organisations
  • WRIT1001 - Writing and Rhetoric 1: Academic Essays

Further course information

Study plan

In this six year degree, candidates spend the first three years undertaking a combination of engineering and law units of study to a value of 48 credit points in each year. In the fourth year, you will take units of study offered by the Faculty of Engineering and Information Technologies only, completing an engineering specialisation of your choice. You may undertake the degree in any engineering stream across aerospace, chemical and biomolecular, civil, electrical, mechanical, or mechatronic engineering. The name of your stream will appear on your testamur. In the fifth year, students take a fixed curriculum, comprising units of study in a range of areas of law including administrative law, federal constitutional law, and property and commercial law. The sixth year will allow you to choose elective units of study from the Sydney Law School allowing you to specialise in a particular area of the law.

Progression rules

Candidates in a combined law program must successfully complete LAWS1006 Foundations of Law before enrolling in any other Bachelor of Laws units of study. Candidates are required to complete the Bachelor of Laws units of study in the order listed in the Sydney Law School Undergraduate Table. Except with permission of the Dean of the Sydney Law School, candidates must complete the requirements for the Bachelor of Engineering before proceeding to Year Five of the Bachelor of Laws. Students are required to attend all lectures, tutorials and performance-related activities prescribed for their units of study.

What is a major?

The Bachelor of Engineering does not have majors, but all students will complete core and elective units of study specific to their engineering specialisation.

What is an elective?

An elective is a unit of study within a degree, usually an option within a course. Electives allow more detailed study of a particular subject. Electives can be selected from the Faculty of Engineering and Information Technologies and the Sydney Law School. Engineering electives are often recommended within an engineering stream as they are directly related to, or build a more comprehensive understanding of content taught in core units of study within the stream. Each stream will also list acceptable alternative units of study, and free electives, providing a flexible study plan. Sydney Law School offers one of Australia's most diverse undergraduate elective programs in law. Students must complete eight elective units of study in their final year. A maximum of 42 credit points are taken from Table 1, and a minimum of 6 credit points are taken from Table 2 electives.

Course opportunities

Eligible students may apply to take part in an international exchange program for one or two semesters. Study undertaken at a partner institution is counted towards the award of the degree.

Course outcomes and further study

Graduate opportunities

The Faculty of Engineering and Information Technologies enjoys strong professional and research links with Australian and global industry, affording unparalleled opportunities for engineering graduates. Graduates of the combined course who wish to become legal practitioners complete an accredited program of practical legal training following completion of award requirements. Our graduates are proficient in research and inquiry, and demonstrate personal and intellectual autonomy, and ethical, social and professional understanding, qualities sought after by leading employers all over the world.

Course accreditation

The Sydney Bachelor of Laws (LLB) and Sydney Juris Doctor (JD) are accredited by the Legal Profession Admission Board (LPAB) and meets the academic requirements to practise law in the State of New South Wales. In relation to professional recognition and course accreditation for interstate and overseas, please see our detailed information sydney.edu.au/law/fstudent/jd/professional_recognition.shtml

Further study

After completing the Bachelor of Engineering, further study is available through the Graduate School of Engineering and Information Technologies (GSE) http://www.eng.usyd.edu.au/gse/index.shtml
The GSE provides a link between postgraduate students in the different engineering streams and offers a welcoming and supportive environment in which to undertake challenging coursework programs and research. The faculty's postgraduate coursework and research are focused on industrial applications supported by strong fundamental research programs run by internationally recognised academics. Sydney Law School is an international leader in postgraduate legal education and, in addition to the Master of Laws, offers master's degrees and graduate diplomas in 16 specialist areas. These include: taxation; business; commercial and corporate law; labour relations; health; the environment; international law; criminology and jurisprudence.

About honours

Honours is available to meritorious candidates in all streams of the Bachelor of Engineering who complete an alternative set of units of study in the final year of the course. Admission to the honours year is by permission of the academic coordinator after the completion of third year. Honours in the Bachelor of Laws is also integrated in the final year of the course and students eligible to undertake honours will enrol in two specified six credit point units of study and undertake a dissertation.

Admission

Admission requirements

Admission to this course is on the basis of a secondary school leaving qualification such as the NSW Higher School Certificate (including national and international equivalents), tertiary study or an approved preparation program. English language requirements must be met where these are not demonstrated by sufficient qualifications taught in English. Special admission pathways are open for educationally disadvantaged applicants and for Aboriginal and Torres Strait Islander people. Applicants are ranked by merit and offers for available places are issued according to the ranking.

If you do not obtain the ATAR cut-off into Combined Law at Sydney you may like to consider the option of transferring. You can enrol in another degree, in any subject and at any university, including Sydney, and once you near the completion of your first year, you apply through UAC for a transfer place into Combined Law.

Admission requirements for transferring students are based on your ATAR (50 per cent) and Tertiary Grade Point Average (50 per cent), or the Tertiary Grade Point Average (100%), depending which is higher. Entry to Combined Law is extremely competitive and experience shows that as a guide an ATAR above 96 and/or a Tertiary Grade Point Average at a Distinction level are necessary for a competitive application to transfer into Combined Law.

Assumed knowledge

HSC Mathematics Extension 1, Physics and Chemistry. If you attempt engineering without this prior level of knowledge you may experience difficulty, so you are strongly advised to undertake an appropriate bridging course.

How to apply

Domestic students

How to apply

Applications for the University's undergraduate courses are made though the Universities Admission Centre (UAC). On-time applications for the March Semester close on the last working day of September. On-time applications for the July Semester close in May. Please note: not all courses are offered in the July semester intake.

International students

How to apply

Overseas applicants may apply (i) directly to the University's International Office, (ii) through a University overseas representative (education agent), or (iii) through the Universities Admissions Centre, for students applying on the basis of a current Australian Year 12 secondary school examination, or studying either an International Baccalaureate in Australia or a New Zealand Certificate of Educational Achievement (NCEA) Level 3.

Fee disclaimer

Domestic students

Indicative Undergraduate Student Contribution Amount

This student contribution amount for a Commonwealth Supported Place is an indication only of the fees that are payable by you in the calendar year you commence your course, commencing in 2013 for a standard annual full time load of 48 credit points (1.0 EFTSL). The exact student contribution that you pay will depend on the specific units of study in which you ultimately enrol. If you are a Commonwealth supported student and was enrolled in a University course before 1 January 2012 your student contribution may differ.

For further information about how to calculate your specific total student contribution, please refer to the University's Future Students' website.

Annual review

Importantly, student contribution amounts are subject to annual review by the University, and are likely to increase each year of your period of study (subject to a Commonwealth specified cap), effective at the start of each calendar year.

Additional incidental fees

For some courses there are incidental fees additional to the student contribution. Some of those fees are significant, for example, faculty-specific materials, tools, protected clothing, and equipment. For further information about these additional incidental fees, please visit the University's Future Students' website.

Potential for inaccuracy

Whilst every reasonable effort has been made to include correct and up to date information here, you are also advised to consult directly with the Student Centre for domestic students or the International Office for international students so that they can provide you with specific and up to date information about those fees.

International students

Indicative international tuition fees for undergraduate students

This international tuition fee is an indication only of the fees that are payable by you in the calendar year you commence your course, commencing in 2013, for a standard annual full time load of 48 credit points (1.0 EFTSL). The exact tuition fees that you pay will depend on the specific units of study in which you ultimately enrol.

For further information about how to calculate your specific total tuition fees, please refer to the University's Future Students' website.

Annual review

Importantly, tuition fees are subject to annual review, and are likely to increase each year of your period of study, effective at the start of each calendar year.

Additional incidental fees and health insurance

For some courses there are incidental fees additional to the tuition fees. Some of those fees are significant, for example, faculty-specific materials, tools, protected clothing, and equipment. For further information about these additional incidental fees, please visit the University's Future Students' website.

In addition to the fees indicated here for the course of study, International Students studying on an Australian Student Visa must have appropriate health insurance for the duration of their studies on a Student Visa through an approved provider of the Overseas Student Health Cover (OSHC) scheme. This is a requirement of the Australian Government, unless otherwise exempted by the Government.

Potential for inaccuracy

Whilst every reasonable effort has been made to include correct and up to date information here, you are also advised to consult directly with the Student Centre for domestic students or the International Office for international students so that they can provide you with specific and up to date information about those fees.

© 2002-13 The University of Sydney. Last updated: 05 May 2013

ABN: 15 211 513 464. CRICOS number: 00026A. Phone: +61 2 9351 2222.

Authorised by: Director, Student Recruitment Unit

Contact the University | Disclaimer | Privacy | Accessibility | Feedback

Usage disclaimer

The course information on this website applies only to future students. Current students should refer to faculty handbooks for current or past course information.

Print disclaimer

The information provided here was as accurate as possible at the time of printing. The University reserves the right to make changes to the information as appropriate. Future students must ensure to check online at http://sydney.edu.au/courses for the most up to date course information.