Bachelor of Science/Bachelor of Engineering
Clayton
campus
Course code: 0085
On
completion of this course students should:
- have a sound knowledge and understanding of the relevant mathematics and
science, scientific method and technology;
- have developed particular and specific skills related to the major areas
of study in both science and engineering;
- have progressed from a broad fundamental knowledge base to advanced
studies in focused discipline areas of specialist engineering;
- be skilled in research techniques and the systematic organisation of
ideas and material, and creative with problem solving;
- be able to integrate knowledge from different discipline areas to
synthesise a coherent and effective approach to problem solving;
- have become proficient in oral and written communication;
- be able to use existing technology effectively and contribute towards
the development of new technology;
- have a recognition of the need for continuous change and development;
- be aware of ethical standards and responsibilities;
- have developed the appropriate attitudes to relationships with the
community and other members of the engineering profession.
The
structure of the five-year Bachelor of Science/Bachelor of Engineering is
currently being revised so that students entering from 1999 will qualify for
the BSc degree after four years of study, and for the BE after the fifth year
of study.
The course requirements for students will be set out in a faculty enrolment
guide which will be provided to all students prior to enrolment in 1999.
The
five-year double degree course qualifies students for the BSc degree after
three years of study and, after a further two years, for the degree of Bachelor
of Engineering.
In the first three years of study students' progress will be subject to Science
faculty policies and rules, including examinations.
The fourth and fifth years of the course will be pursued entirely within, and
under the control of, the Engineering faculty.
Students wishing to qualify with a BSc(Hons) may take the honours year before
proceeding to their final two years in the Engineering faculty.
Students embarking on this course pursue combinations of subjects from both
faculties. The course is structured so that progression to the BSc
qualification, ie the first three years, is governed by the BSc regulations,
except that restrictions in terms of subject choices have been imposed to
ensure that only those studies which equip students to undertake the subsequent
engineering studies can be pursued.
All students should see the double degree engineering course adviser at the end
of each year in order to finalise their engineering enrolment for the following
year.
For all students commencing in 1999, please refer to the 1999 enrolment guide.
All
students should note that if they are pursuing a computer science major they
may not enrol in ENG1602.
- CHM2011 and CHM2022
- sixteen points from another discipline listed under level two of the
science subjects listed in this handbook
- sixteen points of mathematics subjects, which shall include MAT2030,
MAT2040 and MAT2072
- CHE3071 and CHE3082
- twenty-four points from another level-three science discipline
Students
are required to take the full course of materials science subjects (MSC2011,
MSC2022, MSC3011, MSC3022), which gives them exemption from most of the second
level of the materials engineering course, and some of third level.
The remaining subject choice is only subject to the restrictions outlined
below, but students may for example, major in chemistry, physics or physiology,
where their final engineering year could concentrate on biomaterials.
- MSC2011 and MSC2022
- sixteen points from a level-two science discipline
- sixteen points which shall include MAT2030, MAT2040 and MAT2072 and
either another four-point second-year mathematics subject or a further
engineering subject from the first-year list which has not previously been taken
- MSC3011 and MSC3022
- twenty-four points from another level-three science
- MAT2901 and MAT2902
- PHS2051 and PHS2062
- ECS2310, ECS2320, ECS2340, ECS2350, ECS2360, ECS2370, ECS2380, ENG1201
and ENG1501
- twenty-four points of level-three astrophysics subjects
- either PHS3031 and PHS3042 or twenty-four points of level-three
mathematics subjects
- ATM2121
- MAT2901 and MAT2902
- PHS2051, PHS2062
- ECS1310, ECS2320, ECS2340, ECS2350, ECS2360, ECS2370, ECS2380 and ENG1501
- twenty-four points of level-three atmospheric science
- either PHS3031 and PHS3042 or twenty-four points of level-three
mathematics subjects
- CSC2240 and CSC2050
- CSC2020 and CSC2030
- ECS2310, ECS2320, ECS2340, ECS2350, ECS2360, PHS2081, ENG1501, MAT2901
and MAT2902
- forty-eight points of level-three computer science subjects, which must
include CSC2020,
- or
- twenty-four points of computer science subjects, which must included
CSC2020, with twenty-four points of level-three mathematics subjects with the
exception of CSC3060 and MAT3910
- MAT2901 and MAT2902
- PHS2051 and PHS2062
- ECS2310, ECS2320, ECS2340, ECS2350, ECS2360, ECS2370, ECS2380, ENG1201
and ENG1501
- MAT2901 and MAT2902
- PHY2011 and PHY2022
- ECS2310, ECS2320, ECS2340, ECS2360, ENG1201 and ENG1501
Students
are advised to take, in mathematics and physics subjects, any optional units in
fluid mechanics or dynamics, thermodynamics, computing, materials science,
electricity and magnetism, and mechanics or dynamics. Students in sequences
other than the physics, physiology or anatomy sequences should take the
subjects MEC2410 or MEC2414, MEC2420, MEC2450 and MEC2470 in addition to their
BSc studies during the second and third years in preparation for the third
level BE studies. Students should also consult with the double degree adviser
for mechanical engineering for further advice. The objective is to minimise the
need to take second-year engineering subjects at stage four and to take full
fourth-year mechanical engineering at stage five of the double degree.
- twenty-four points of level-three astrophysics subjects
- either PHS3031 and PHS3042 or twenty-four points of level-three
mathematics subjects
- twenty-four points of level-three computer science subjects
- twenty-four points of level-three mathematics subjects
- forty-eight points of level-three mathematics subjects
- PHS2011 and PHS2022 or PHS2311 and PHS2322
- ATM2121, ATM2132, MAT2030 and MAT2040
- two subjects from GPS2O12, ESC2042, ESC2031
- eight points from ATM2211, ATM2242, PHS2031, PHS2042, ASP2031, ASP2042,
PHS2431, PHS2442, MSC2011 or any level-two mathematics subject (Note that
GPS2012 and PHS2431 are a prohibited combination.)
- twenty-four points of level-three atmospheric science subjects
- twenty-four points of level-three mathematics subjects
- CIV2204, and CIV2222 or CIV2223 (whichever of the two latter subjects is
not taken in second year must be taken in third year).
- sixteen points in each of two level-two science disciplines
- eight points of level-two mathematics subjects
- twenty-four points from one level-three science discipline
- twenty-four points from CIV2202, CIV2203, CIV2205, CIV2224, CIV2241,
CIV2261, CIV2281, CIV3202, CIV3203, CIV3225, CIV3227, CIV3228, CIV3229,
CIV3230, CIV3244, CIV3245, CIV3246, CIV3261, CIV3262, CIV3263, CIV3281, and
MAT3920.
- either CIV2222 or CIV2223 (whichever was not taken in second year).
- Students completing a computing major may apply for exemption from
CIV2205
- Students completing a maths major may apply for exemption from MAT3920
if a statistics subject has been completed.
For
details of the subjects listed below, see the Engineering handbook.
- CHE1120 Industrial chemistry
- ENG1101 Chemical engineering
- ENG1201 Civil engineering
- ENG1301 Electrical engineering
- ENG1401 Mechanical engineering
- ENG1501 Materials engineering
- ENG1601 Engineering context
- ENG1602 Engineering computing
- CIV2203 Communications
- CIV2202 Surveying
- CIV2204 Strength of materials
- CIV2205 Modelling and computing
- CIV2222 Steel-framed structures
- CIV2271 Introductory geoengineering
- ECS2310 Circuit theory I
- ECS2320 Electromagnetic theory I
- ECS2340 Telecommunications
- ECS2350 Electrical power I
- ECS2360 Electronics and control systems I
- ECS2370 Computer systems engineering I
- ECS2380 Computer systems engineering II
- MAT2901 Multivariable calculus for engineering
- MAT2902 Linear algebra and differential equations for engineering
- MEC2414 Engineering practices: drafting
- MEC2420 Engineering practices: design process
- MEC2430 Fluid dynamics
- MEC2440 Applied mechanics
- MEC2450 Engineering practices: design of machine elements
- MEC2460 Engineering design: materials selection
- MEC2470 Mechanics of solids
- MEC2490 Computer programming
- PHS2081 Physics III
- CIV3202 Civil engineering practice 3
- CIV3203 Civil engineering project management
- CIV3229 Analysis of structures
- CIV3230 Inelastic structures
- CIV3227 Elastic stress analysis
- CIV3244 Groundwater, seepage and environmental geoengineering
- CIV3246 Geoengineering: stabilityand settlement
- CIV3262 Public health engineering
- CIV3263 Hydrology
- CIV3281 Transport and traffic engineering
- CIV3245 Geoengineering geology
- MAT3910 Integral transforms and the calculus of variations
wwwdev@monash.edu.au
Wed Oct 28 14:26:02 EST 1998