Monash University:
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Undergraduate handbook 2005:
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Undergraduate handbook 2005 - Law
Bachelor of Engineering/Bachelor of Laws
Course code: 0094 + Course abbreviation: BE/LLB + Total
credit points required: 312 to 318, depending on engineering branch + 6.5 years
full-time, 12 years part-time + Managing faculty: Law
On-campus (Clayton)
This
double-degree program allows students to complete the requirements for the
individual Bachelor of Engineering and Bachelor of Laws programs in a minimum
of six to six and a half years of study.
The
engineering component requires that students complete 156 to 162 credit points
of study, including a specialisation in one of the following branches of
engineering: chemical engineering, civil engineering, electrical and computer
systems engineering, industrial engineering and engineering management,
materials engineering, mechanical engineering and mechatronics engineering.
Students may graduate with the Bachelor of Engineering degree after four years
of study, provided they have completed the requirements of the elected
engineering specialisation.
The law component requires that students complete 156 credit points of study
including 16 compulsory units and a further 12 elective law units.
Students
require a total of 315 credit points. The engineering component requires that
students complete 159 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW1101 Introduction to legal reasoning
- LAW1102 Law in society
- LAW1003 Skills, ethics and research A
- CHE2100 Fluid mechanics
- CHE2113 Chemical engineering fundamentals I
- CHE2114 Principles of chemical processing systems II
- CHE2120 Thermodynamics
- CHE2140 Chemical engineering fundamentals II
- CHE2150 Chemical engineering practice I
- CHE2160 Chemical engineering practice II
- CHM2733 Chemistry (organic reactions and mechanism)
- CHM2733 Chemistry (kinetics, colloids and spectroscopy)
- MAT2901 Multivariable calculus for engineering
- MAT2902 Linear algebra and differential equations for engineering
Students
require a total of 318 credit points. The engineering component requires that
students complete 162 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW3401 Property law A
- LAW3402 Property law B
- LAW 3201 Constitutional law
- LAW5104 Civil procedure
- LAW5159 Evidence
- LAW 3003 Skills, ethics and research C
- 18 points elective law units
- LAW 3101 Administrative law
- LAW4169 Equity
- LAW4170 Trusts
- LAW4171 Corporations law
- LAW5125 Lawyers, ethics and society
- LAW 4003 Skills, ethics and research D
- 24 points of elective law units
Students
require a total of 312 credit points. The engineering component requires that
students complete 156 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW1101 Introduction to legal reasoning
- LAW1102 Law in society
- LAW1003 Skills, ethics and research A
- ECE2101 Signals and systems 1
- ECE2201 Electromagnetics
- ECE2401 Telecommunications
- ECE2501 Electrical energy conversion
- ECE2601 Electronics and control systems 1
- ECE2701 Digital logic
- ECE2702 Computer organisation
- ECE2903 Physics of electronic devices
- MAT2901 Mulitvariable calculus system for engineering
- MAT2902 Linear algebra and differential equations for engineering
plus one
of the following:
- LAW2101 Contract law A
- LAW2102 Contract law B
- LAW2201 Torts A
- LAW2202 Torts B
- LAW2003 Skills, ethics and research B
- ECE4911 Thesis project 1
- ECE4912 Thesis project 2
- plus 16 credit points of elective units from level 4 ECSE elective units
coded ECEXXXX
Students
require a total of 314 credit points. The engineering component requires that
students complete 158 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW1101 Introduction to legal reasoning
- LAW1102 Law in society
- LAW1003 Skills, ethics and research A
- IND2311 Industrial engineering
- IND2332 Engineering management
- IND2352 Manufacturing processes
- IND2362 Engineering practices: drafting concepts
- IND2372 Engineering practices: design process
- IND2382 Fluids and energy
- IND2402 Systems engineering
- IND2412 Business processes
- IND2422 Engineering mechanics
- MAT2911 Mathematical methods with applications I
- MAT2912 Mathematical methods with applications II
plus two elective
units from the following:
- IND4313 Production planning and control
- IND4314 Design of productive systems
- IND4315 Computer integrated manufacturing
- IND4316 Systems reliability and maintenance
- IND4318 Managing strategic change
- IND4336 Systems modelling and simulation II
Students
require a total of 314 credit points. The engineering component requires that
students complete 158 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005. Level 2 units of the engineering
component of this new program will be offered from 2005 onwards. Level 3 units
will be offered from 2006, and level 4 units from 2007.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG 1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW1101 Introduction to legal reasoning
- LAW1102 Law in society
- LAW1003 Skills, ethics and research A
- MAT2921 Mathematical methods for materials engineering I
- MAT2922 Mathematical methods for materials engineering II
- MTE2541 Nanostructure of materials
- MTE2542 Microstructural development
- MTE2545 Engineering materials
plus two of the following:
- MTE2543 Materials selection and design
- MTE2544 Introduction to functional materials
- MTE2546 Mechanics of materials
- LAW3301 Criminal law and procedure A
- LAW3302 Criminal law B
- MTE3541 Materials durability
- MTE3542 Microstructural design in structural materials
- MTE3543 Mechanical behaviour of materials
- MTE3544 Functional materials and devices
- MTE3545 Engineering materials
- MTE3546 Materials characterisation
- MTE3547 Management and practice in materials engineering
- LAW2101 Contract law A
- LAW2102 Contract law B
- LAW2201 Torts A
- LAW2202 Torts B
- LAW2003 Skills, ethics and research B
- MTE4541 Materials engineering design and practice
- MTE4542 Polymer composite processing and engineering
- MTE4543 Processing and engineering of metals and ceramics
- MTE4525 Materials engineering project I
- MTE4526 Materials engineering project II
Students
require a total of 312 credit points. The engineering component requires that
students complete 156 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW1101 Introduction to legal reasoning
- LAW1102 Law in society
- LAW1003 Skills, ethics and research A
- ECE2002 Electrical engineering
- MEC2414 Engineering practices: drafting
- MEC2420 Engineering practices: design process
- MEC2430 Fluid mechanics
- MEC2440 Applied mechanics
- MEC2460 Mechanical design: materials selection
- MEC2470 Mechanics of solids
- MEC2480 Thermodynamics
- MEC2490 Computer programming
- MAT2901 Multivariable calculus for engineering
- MAT2902 Linear algebra and differential equations for engineering
- LAW3301 Criminal law and procedure A
- LAW3302 Criminal law B
- MEC3401 Fundamentals of heat transfer
- MEC3403 Engineering practices: machine design
- MEC3404 Engineering practices: design management
- MEC3406 Mechanical vibrations
- MEC3408 Deformation of solids
- MEC3462 Systems and control
- MEC3465 Fluid mechanics
- MEC3469 Computer-assisted engineering
- MEC3494 Statistical analysis of mechanical systems
- LAW2101 Contract law A
- LAW2102 Contract law B
- LAW2201 Torts A
- LAW2202 Torts B
- LAW2003 Skills, ethics and research B
- MEC4401 Engineering practices project thesis A
- MEC4402 Engineering practices project thesis B
- MEC4424 Engineering practices: industrial innovation
- one six-point unit (level 4 elective) set out in the course list for the
Bachelor of Engineering (Mechanical) (the unit ENG4614/ENG4616 (Schools technology
project) may not be taken as one of these electives).
- LAW3101 Administrative law
- LAW4169 Equity
- LAW4170 Trusts
- LAW4171 Corporations law
- LAW5125 Lawyers, ethics and society
- LAW 4003 Skills, ethics and research D
- 24 points elective law units
Students
require a total of 318 credit points. The engineering component requires that
students complete 162 credit points of study as specified in the course outline
below. The course structure for level 1 of this program is currently under
review and may be subject to change for 2005. Level 2 units of the engineering
component of this new program will be offered from 2005 onwards. Level 3 units
will be offered from 2006, and level 4 units from 2007.
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- ENG1603 Engineering systems
- ENG1902 Engineering mathematics B
(Subtotal: 36 credit points)
Group A units
None, one or two units (depending on prerequisites) selected from:
- ENG1701 Chemistry A
- ENG1801 Physics A
- ENG1901 Engineering mathematics A
Elective units
One, two or three units (depending on prerequisites) from the following, of
which at least one must be either ENG1702 or ENG1802:
- ENG1702 Chemistry B
- ENG1802 Physics B
- CHE1120 Industrial chemistry
- ENE1620 Environmental engineering
- ENG1302 Engineering in medicine and biology
- ENG1803 Physics C
- IND1332 Engineering management
- MAE1415 Theory of flight
- MEC2414 Engineering practices: drafting
- LAW3301 Criminal law and procedure A
- LAW3302 Criminal law B
- TRC2201 Mechanics
- TRC3000 Mechatronics project II
- TRC3200 Dynamical systems
- TRC3300 Microprocessor systems
- TRC3500 Sensors and artificial perception
- TRC3600 Modelling and control
- TRC3801 Mechatronics and manufacturing
- LAW2101 Contract law A
- LAW2102 Contract law B
- LAW2201 Torts A
- LAW2202 Torts B
- LAW2003 Skills, ethics and research B
- TRC3501 Power electronics and drives
- TRC3800 Materials
- TRC4000 Mechatronics final year project I
- TRC4800 Robotics
- TRC4801 Communications and networking
Students have a maximum time limit of
12 years to complete the course from the date of commencement.
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