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1
Faculty of Engineering, Computing and Mathematics
Equivalent or Alternative Units for the Combined Bachelor of Science and
Bachelor of Engineering Course (51160)
Please note
The tables of approved equivalent or alternative units have been used to identify the units which
are cross credited and also units which are common to both degrees. The figures below each
table indicate the points for each component of the combined course and the points which are
cross credited.
Course Structure
The course consists of 240 – 270 points depending on the combination of major/programme
selected.
Approved Programme Combinations
A student must complete one of the approved combinations of Science Majors and Engineering
Programmes. A full list of the available science majors and engineering programmes is available
at
http://rules.handbooks.uwa.edu.au/rules/combinedcourses/1/ddivision30/approvecombinations .
Other combinations may be available with the approval of the Faculty of Life and Physical
Sciences and the Faculty of Engineering, Computing and Mathematics.
Required Points for Completion
Bachelor of Science = 144 points.
The Bachelor of Engineering component consists of units to a total value of 126 – 150 points after
allowing for units which are cross credited from the Bachelor of Science component in accordance
with (d) below, comprising:
(a) all of the foundation core units required under Rule 6.2.2A.6(1)(a) of the UWA Handbook
– 36 points.
and
(b) the core units for the chosen Bachelor of Engineering programme as set out in the rules in
6.2 of the UWA Handbook – 90 to 138 points.
and
(c) Options from the table of options for the chosen programme as listed in the rules for the
Bachelor of Engineering and Bachelor of Science in the UWA Handbook.
except that
(d) Students may complete units in the Bachelor of Science component that will be credited to
both the Bachelor of Science and the Bachelor of Engineering components, as set out in
the tables 1 to 15 for each engineering programme (below) (i.e. students who complete
the untis on the right side of the appropriate table DO NOT have to complete the
corresponding unit on the left side of the table).
TABLE A (below) summarizes the number of points required to complete each programme in the
Bachelor of Engineering component of the Bachelor of Engineering and Bachelor of Science
combined course, including units that, under (d), count towards both the Bachelor of Science and
the Bachelor of Engineering components.
2
TABLE A: Table of Programme Core Points and Programme Option Points required for
the Engineering component.
Eng. Programme
(Table Number)
Foundation Core
Program Core
Program Options
Total
C&P
(1)
36
102
36
174
Civil
(2)
36
102
30
168
ComE
(3)
36
138
6
180
E&E
(4)
36
102
30
168
Env
(5)
36
90
42
168
Mats
(6)
36
108
24
168
Mech
(7)
36
108
30
174
Mecha
(8)
36
108
30
174
Min.
(9)
36
114
18
168
Petrol.
(10)
36
126
6
168
PIC
(11)
36
120
18
174
SW
(12)
36
120
12
168
Approved equivalent or alternative unit tables
In each of the following tables, students are permitted, up to the maximum number of points
indicated, to credit units completed in the Bachelor of Science component in place of the
corresponding units in the Bachelor of Engineering component (i.e. a student who completes the
required unit in the Bachelor of Science component does not have to complete the corresponding
unit in the Bachelor of Engineering component).
Table 1:
Bachelor of Science and Bachelor of Engineering
(Chemical & Process Engineering)
Equivalent BE component unit(s)
BSc component unit(s)
MATH1010 Calculus and Linear Algebra
MATH1020 Calculus, Statistics and Probability
MATH1010 Calculus and Linear Algebra
MATH1020 Calculus, Statistics and Probability
MATH2040
Math2209 Calculus and Probability
AND
Math2020 Multivariable Calculus and Linear
Algebra
CITS2140 Modelling and Computer Analysis for
Engineers (610.206)
CITS1211 Found. Of Comp. Sci. (230.123)
OR
CITS1200 Java Programming (230.124) OR
CITS1210 C Programming
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CHEM1101 Inorg. & Phys. Chem. (510.101)
CHEM1101 Inorg. & Phys. Chem. (510.101)
6 pts of Grp B Options from Table 6.2.2Bb
Chemical and Process Engineering Options
Completion of the level 3 units required for the
Science Major
Points comparison:
BE component
:
Cross credit
:
Engineering units
:
BSc component
:
Total
:
174
42
132
114
246
points
points (max)
points (min)
points
points (min)
3
Table 2:
Bachelor of Science and Bachelor of Engineering
Civil Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2235
MATH2209
AND
MATH2213
MATH2040
MATH2209
AND
MATH2020
GENG2140 Modelling and Computer Analysis
for Engineers (610.206)
CITS1211 Found. of Comp. Sci. (230.123) OR
CITS1200 Java Programming (230.124) OR
CITS1210 C Programming
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CIVL2121 Eng. Geology & Geomechanics
(AMEC2121) (610.254)
Units taken for a Geology Major
Points comparison:
All Streams except Geology
BE component
: 168 points
Cross credit
:
30 points (max)
Engineering units
: 138 points (min)
BSc component
: 114 points
Total
: 252 points (min)
Table 3:
Geology
BE component
:
Cross credit
:
Engineering units :
BSc component :
Total
:
168
36
132
114
246
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Computer Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2217
MATH2218
MATH2209
AND
MATH2223
AND
MATH2213
MATH2040
MATH2209
AND
MATH2020
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CITS1200 Java Programming (230.124)
CITS1210 C Programming
CITS1200 Java Programming (230.124)
CITS1210 C Programming
Points comparison:
BE component
:
Cross credit
:
Engineering units
:
BSc component
:
Total
:
180
36
144
114
258
points
points (max)
points (min)
points
points (min)
4
Table 4:
Bachelor of Science and Bachelor of Engineering
(Electrical and Electronic Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2217
MATH2218
MATH2209
AND
MATH2223
AND
MATH2213
MATH2040
MATH2209
AND
MATH2020
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
ELEC3304 Physical Electronics (620.326)
(ENGT3304) (Pre 2007)
ANY 3 of the following (pre 2007) :
PHYS2201 Quantum Phys (560.201)
PHYS3301 Classical & Quantum Phys (560.301)
PHYS3302 Light and matter (560.302)
PHYS3312 Mesoscopic Quant. Phys (560.312)
ELEC3303 Electromagnetic Theory 331
(ENGT3303)
PHYS2201 Quantum Physics 201
AND
PHYS3301 Classical and Quantum Physics 301
Points comparison:
BE component
:
Cross credit
:
Engineering units
:
BSc component
:
Total
:
Table 5:
168
36
132
114
246
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Environmental Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
CITS1005 Comp. for Eng. & Scient. (600.105)
OR
CITS1200 Java Programming (230.124)
OR
CITS1210 C programming
MATH1010
MATH1020
MATH2209
MATH2209
AND
AND
MATH2213
MATH2020
CITS1005 Comp. for Eng. & Scient. (600.105)
OR
CITS1200 Java Programming (230.124)
OR
CITS1210 C programming
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CHEM1101 Phys. & Inorg. Chem. (510.101)
CHEM1101 Phys. & Inorg. Chem. (510.101)
BIOL1130 Concepts in Biology (139.130)
BIOL1130 Concepts in Biology (139.130)
MATH2235
MATH2040
5
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
Table 6:
:
:
:
:
:
168
42
126
114
240
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Materials Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2209
MATH2209
AND
AND
MATH2213
MATH2020
CITS1211 Found. Of Comp. Sci. (230.123)
OR
CITS1200 Java Programming (230.124)
OR
CITS1210 C Programming
MATH2235
MATH2040
GENG2140 Mod. and Comp. Analysis for Eng.
(610.206)
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CHEM1101 Inorg. & Phys. Chem. (510.101)
6 points of Group B Options from Table 6.2.2Gb
Materials Engineering Options
CHEM1101 Inorg. & Phys. Chem. (510.101)
Completion of the level 3 units required for the
Science major
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
Table 7:
:
:
:
:
:
168
42
126
114
240
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Mechanical Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2209
MATH2209
AND
AND
MATH2213
MATH2020
CITS1211 Found. Of Comp. Sci. (230.123)
OR
CITS1200 Java Programming (230.124)
OR
CITS1210 C Programming
MATH2235
MATH2040
GENG2140 Mod. and Comp. Analysis for Eng.
(610.206)
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
12 points of Group B Options from Table
6.2.2Hb Mechanical Engineering Options
Completion of the level 3 units required for the
Science major
6
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
Table 8:
:
:
:
:
:
174
42
132
114
246
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Mechatronics Engineering)
NOTE:
a maximum of 48 points can be cross-credited to the BE. This can
however be achieved by various combinations of units.
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2235
MATH2209
AND
MATH2213
MATH2040
MATH2209
AND
MATH2020
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CITS4240 Computer Vision
CITS4240 Computer Vision
CITS3241 Robotics
CITS3241 Robotics
CITS2200 Data Structures and Algorithms
CITS2200 Data Structures and Algorithms
CITS1200 Java Programming
CITS1200 Java Programming
CITS1210 C Programming
CITS1210 C Programming
12 points of Group B Options from Table
6.2.2Ib Mechatronics Engineering Options
Completion of the level 3 units required for the
Science major
Points comparison:
BE component
:
Cross credit
:
Engineering units
:
BSc component
:
Total
:
174
48
126
114
240
points
points (max)
points (min)
points
points (min)
7
Table 9:
Bachelor of Science and Bachelor of Engineering
(Mining Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2040 AND
6 pts Level 2 OR
3 Maths option
MATH2235
MATH2209
AND
MATH2213
MATH2209
AND
MATH2020
CITS1005 Computing for Eng. and Scientists
OR
CITS1200 Java Programming (230.124)
OR
CITS2140 Mod. and Comp. Analysis for Eng.
CITS1005 Computing for Eng. and Scientists
OR
CITS1200 Java Programming (230.124)
OR
CITS1210 C Programming
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CIVL2121 Engineering Geology and
Geomechanics
Completion of units for Geology major
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
Table 10:
:
:
:
:
:
168
42
126
114
240
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Petroleum Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2209
AND
MATH2213
MATH2217
MATH2218
MATH2040
MATH2209
AND
MATH2020
GENG2140 Mod.& Comp. Ana. for Eng.
CITS1210 C Programming
CITS1200 Java Programming
CITS1200 Java Programming
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
6 points from the list of options
Completion of the level 3 units required for the
Science major
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
:
:
:
:
:
168
42
126
114
240
points
points (max)
points (min)
points
points (min)
8
Table 11:
Bachelor of Science and Bachelor of Engineering
(Process Instrumentation and Control)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2209
AND
MATH2213
MATH2235
MATH2040
PHYS1101 Physics (560.101)
MATH2209
AND
MATH2020
PHYS1101 Physics (560.101)
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
Table 12:
:
:
:
:
:
174
24
150
114
264
points
points (max)
points (min)
points
points (min)
Bachelor of Science and Bachelor of Engineering
(Software Engineering)
BE component unit(s)
BSc component unit(s)
MATH1010
MATH1020
MATH1010
MATH1020
MATH2040
MATH2209
AND
MATH2213
PHYS1101 Physics (560.101)
PHYS1101 Physics (560.101)
CITS1200 Java Programming
CITS1200 Java Programming
CITS1210 C Programming
CITS1210 C Programming
6 points of Group B Options from Table 6.2.2Qb
Software Engineering Options
Completion of the level 3 units required for the
Science major
Points comparison:
BE component
Cross credit
Engineering units
BSc component
Total
:
:
:
:
:
168
42
126
114
240
points
points (max)
points (min)
points
points (min)
MATH2209
AND
MATH2020
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