MONASH UNIVERSITY FACULTY HANDBOOKS

Engineering Handbook 1996

Published by Monash University
Clayton, Victoria 3168, Australia

Caution Copyright © Monash University 1996
ISBN 1037-0919

Authorised by Academic Registrar, April 1996

SUBJECT LISTS - CLAYTONPart 2

CONTENTS

  1. Subject list II
  2. Subject list III

Subject list II

Branches of study for the consecutive degrees of BSc and BE

Note: Students should contact their course adviser before enrolling in any stage of the consecutive degree program, to ensure that the program they wish to follow will satisfy prerequisites necessary for higher years.

Part I - Intended candidature of BE in chemical engineering

Major sequence of BSc studies completed

+ Astrophysics

+ Biochemistry

+ Chemistry

+ Computer science

+ Microbiology

+ Physics

Level 3 (year four) The level-three subjects of the course in chemical engineering

Level 4 (year five) The level-four subjects of the course in chemical engineering

+ Materials science

Level 3 (year four) The level-three subjects of the course in chemical engineering except MTE2540 (Materials science and engineering)

Level 4 (year five) The level-four subjects of the course in chemical engineering

+ Mathematics

Level 3 (year four) The level-three subjects of the course in chemical engineering except for one or both of MAT3910 (Integral transforms and calculus of variations) and MAT3920 (Statistical methods), at the discretion of the head having regard to mathematics subjects already passed.

Level 4 (year five) The level-four subjects of the course in chemical engineering.

Requirements for the degree of Bachelor of Engineering in chemical engineering

The student requires, in addition to a completed Bachelor of Science degree, a further ninety-eight credit points for the Bachelor of Engineering degree, in subjects prescribed by this subject list and selected from the course in chemical engineering in subject list I.

Part II - Intended candidature of BE in electrical and computer systems engineering

Major sequence of BSc studies completed

+ Astrophysics

+ Mathematics/Physics

Level 3 (year four) Level three of the course in electrical and computer systems engineering

Level 4 (year five) Level four of the course in electrical and computer systems engineering

+ Computer science

Level 3 (year four) Level three of the course in electrical and computer systems engineering, but with MEC2440 (Applied mechanics) and ECS3386 (Logic circuit design) taken as compulsory subjects in place of ECS3381 (Computer systems engineering IV)*

Level 4 (year five) Level four of the course in electrical and computer systems engineering*

* Note that ECS3343 (Computer communications) cannot be taken if CSC3182 (Data communications and computer networks) has been completed; ECS3382 (Interactive computer graphics) cannot be taken if CSC3130 (Computer graphics) has been completed; ECS3383 (Computer image processing and pattern recognition) cannot be taken if CSC3140 (Image processing) has been completed; ECS3384 (Introduction to expert systems and applications) cannot be taken if CSC3091 (Artificial intelligence) has been completed.

+ Physiology

Level 3 (year four) ECS3311 Circuit theory II, ECS3312 Circuit theory III, ECS3315 Bioelectricity, ECS3316 Medical instrumentation, ECS3321 Electromagnetic theory II, ECS3331 Control systems II, ECS3343 Computer communications, ECS3361 Small-signal amplifiers, ECS3362 Large-signal circuits, ECS3371 Computer systems engineering III, ECS3381 Computer systems engineering IV, ECS3398 Clinical engineering management, ECS4393 Management III, MAT3920 Statistical methods, MTE4539 Biomaterials.

Level 4 (year five) ECS3341 Information transmission, ECS4302 Biomechanics, ECS4313 Signal processing, ECS4317 Medical signal processing, ECS4332 Modern control systems, ECS4367 Electronic systems and components, ECS4373 Computer systems engineering V, ECS4388 Medical imaging techniques, ECS4391 Electromedical equipment design, development and innovation, either ECS4394 (Thesis project A) or ECS4395 (Thesis project B) or ECS4398 (Thesis project A1) or ECS4399 (Thesis project B1); plus free electives of six cp if nine cp project chosen, three cp if twelve cp project.

Requirements for the degree of Bachelor of Engineering in electrical and computer systems engineering

The student requires, in addition to a completed Bachelor of Science degree, a further ninety-six credit points for those taking an astrophysics or mathematics/physics sequence, a further ninety-seven credit points for those taking the physiology sequence or a further ninety-eight credit points for those taking a computer science sequence in subjects prescribed by the head of the Department of Electrical and Computer Systems Engineering.

Part III - Intended candidature of BE in materials engineering

Major sequence of BSc studies completed

+ Astrophysics

+ Computer science

+ Chemistry

+ Chemical engineering science

+ Physics

+ Mathematics

Level 3 (year four) Such subjects as shall be approved for the candidate by the head of the Department of Materials Engineering.

Level 4 (year five) Such subjects as shall be approved for the candidate by the head of the Department of Materials Engineering.

Requirements for the degree of Bachelor of Engineering in materials engineering

The student requires in addition to a completed Bachelor of Science degree, not less than a further ninety-six credit points for the Bachelor of Engineering degree, in subjects prescribed by the head of the Department of Materials Engineering.

Part IV - Intended candidature of BE in mechanical engineering

Major sequence of BSc studies completed

+ Applied mathematics

+ Astrophysics

+ Computer science

+ Mathematics

+ Meteorology and oceanography

+ Physics

Level 3 (year four) A selection of subjects from levels two and three of the standard course in mechanical engineering as specified by the department. Individual prescriptions will depend on the subject content in the BSc already completed.

Level 4 (year five) The level-four subjects of the course in mechanical engineering.

It is recommended that candidates add a small level-two engineering subject to their enrolments in each of the second and third years of the BSc in order to make their levels three and four BE prescriptions satisfactory.

Requirements for the degree of Bachelor of Engineering in mechanical engineering

The student requires, in addition to a completed Bachelor of Science degree, not less than a further ninety-six credit points for the Bachelor of Engineering degree, in subjects prescribed by this subject list and selected from the course in mechanical engineering in subject list I.

Part V - Intended candidature of BE in civil engineering

Major sequence of BSc studies completed

+ Astrophysics

+ Computer science

+ Earth sciences

+ Mathematics

Level 3 (year four) A selection of subjects in the four levels of the course in civil engineering from those not already taken towards the BSc. The subjects chosen are not to exceed a maximum of fifty-two credit points.

Level 4 (year five) A selection of subjects in the four levels of the course in civil engineering from those not already completed. The selection is to include the required number of level-four elective subjects and must not exceed a maximum of fifty-two credit points.

Requirements for the degree of Bachelor of Engineering in civil engineering

The BE course in civil engineering requires completion of 188 credit points, comprising core subjects (154 credit points), level-four elective subjects (minimum of fifteen credit points), approved interfaculty subjects in the humanities and social sciences (six credit points) and general electives (thirteen credit points), as set out in the course in civil engineering in subject list I. Exemption from some of the core subjects may be gained for subjects completed in the BSc degree; details of exemptions available may be obtained from the Department of Civil Engineering and candidates wishing to optimise exemptions are advised to consult the department about their choice of science subjects. Candidates are exempted from the general elective requirement (thirteen credit points) on the basis of subjects completed towards the science degree.

Subject list III

Part A - Branches of study for the double degree of BE and BCom

Prerequisite: Satisfactory completion of first-year Bachelor of Engineering or Bachelor of Commerce.

Part I - Bachelor of Commerce

Listed below are the subjects available for credit towards the BCom together with details of degree structure. From this list sixteen subjects (each worth six credit points) totalling ninety-six credit points must be completed. Candidates should consult the Faculty of Business and Economics handbook for information about prerequisites, corequisites and other subject details.

+ First year

All subjects must be taken (not all in first year)

AAF1022 Accounting sequence 2

AAF1032 Accounting sequence 2

ECM1020 Business and economic statistics sequence 1

ECM1031 Business and economic statistics sequence 1

ECO1000 Economics

ECO1010 Economics

MGC1020 Introduction to management: management and organisations

MGC1030 Introduction to management: people and organisations

+ Second year

One discipline must be selected as an area of specialisation which will be carried through to third year. Three second-year subjects (eighteen credit points) must be taken in the area of specialisation. Two second-year subjects (twelve credit points) must be taken from any of the four disciplines other than the area of specialisation. Second year subjects available are:

AAF2110 Business law

AAF2120 Financial accounting

AAF2130 Management accounting

AAF2140 Business finance

AAF2160 Computers and accounting

AAF2170 Capital markets and financial institutions

AAF2180 Finance law

ECM2400 Econometrics

ECM2410 Practical econometrics

ECM2420 Survey methods and managerial statistics

ECM2430 Actuarial statistics

ECM2450 Applied forecasting for business and economics

ECM2480 Decision models for managers

ECM2490 Business simulation

ECO2020 Intermediate microeconomics

ECO2030 Intermediate macroeconomics

ECO2360 Environmental economics

ECO2720 Income distribution

ECO2810 Comparative economic systems

ECO2820 Capitalism: contrasting views

ECO2830 Industrial organisation in Australia

ECO2880 Economic and social issues

MGC2200 Marketing management 1

MGC2210 Marketing management 2

MGC2230 Organisational behaviour

MGC2240 Organisation and management

MGC2310 Introduction to public management

MGC2410 Industrial relations

MGC2420 Employee relations

MGC2430 Human resource management

+ Third year

Three third-year subjects (eighteen credit points) must be taken in the area of specialisation. Third-year subjects available are:

AAF3110 Company law

AAF3120 Advanced accountng

AAF3130 Management accounting

AAF3140 Business finance

AAF3150 Income tax law

AAF3160 Auditing and systems

AAF3170 Management of financial intermediaries

AAF3240 International finance

ECM3400 Econometric theory

ECM3410 Applied econometrics

ECM3430 Applied econometric modelling

ECM3440 Practical econometrics

ECM3450 Forecasting for business and economics

ECM3460 Financial econometrics

ECM3480 Decision analysis for managers

ECO3010 Current issues in economic policy

ECO3650 Applied general equilibrium analysis

ECO3660 Monetary economics

ECO3670 Economics of developing countries

ECO3690 International economics

ECO3710 Labour economics

ECO3730 Industrial arbitration

ECO3760 Transport economics

ECO3790 Education and manpower

ECO3800 History of economic thought

ECO3810 Public finance

ECO3840 Mathematical economics

ECO3850 Economics (honours)

ECO3880 Social economics

ECO3890 Economic development of East Asia

MGC3100 Management ethics

MGC3110 Strategic management

MGC3120 International management

MGC3220 International marketing

MGC3230 Services management and marketing

MGC3260 International industrial relations

MGC3310 Public policy process

MGC3410 Employee relations practice: policy and skills

MGC3420 Human resource development

MGC3510 Management of technology

Part II - Bachelor of Engineering

Set out below are the subjects required in each engineering stream for the BE degree together with suggested ways of combining these with commerce subjects. For some candidates timetable constraints may necessitate some adjustment of the suggested combinations. In organising a program for each year candidates should aim not to exceed fifty-six credit points.

+ First year

For students intending to apply for transfer into the double degree course at the end of first year engineering

All engineering branches of study

+ Suggested Bachelor of Commerce subjects: none

+ Bachelor of Engineering subjects: as for level one in subject list I.

Note 1: Chemical engineering students take MTE1510.04 (Mechanical properties of materials) in semester five or six of candidature (not in semester 3 or 4).

Note 2: Students committed to a BE in civil engineering may substitute either an approved BE subject from a later level or an approved BCom subject for the level-one elective subjects listed.

+ Second year

Chemical engineering

+ Suggested Bachelor of Commerce subjects: first-year subjects in economics (ECO) (12 cp), econometrics (ECM) (12 cp) and either accounting (AAF) (12 cp) or management studies (MGC) (12 cp) (36 cp)

+ Bachelor of Engineering subjects:

CHE2110 Analysis of chemical processing systems I

CHE2111 Analysis of chemical processing systems II

CHE2140 Chemical engineering

CHE2150 Chemical engineering practice

MAT2910 Engineering mathematics III

MAT2920 Engineering mathematics IV

(18 cp) (Total: 54 cp)

Civil engineering

+ Suggested Bachelor of Commerce subjects: first-year subjects in economics (ECO) (12 cp), econometrics (ECM) (12 cp) and either accounting (AAF) (12 cp) or management studies (MGC) (12 cp) (36 cp)

+ Bachelor of Engineering subjects:

CIV2201 Civil engineering practice 2

CIV2221 Stress and structural analysis

MAT2910 Engineering mathematics III

MAT2920 Engineering mathematics IV

MAT2930 Numerical methods

(19 cp) (Total: 55 cp)

Electrical and Computer Systems Engineering

+ Suggested Bachelor of Commerce subjects: first-year subjects in economics (ECO) (12 cp), econometrics (ECM) (12 cp), and either accounting (AAF) (12 cp) or management studies (MGC) (12 cp)

+ Bachelor of Engineering subjects:

ECS2310 Circuit theory I

ECS2320 Electromagnetic theory I

ECS2350 Electrical energy I

MAT2910 Engineering mathematics III

MAT2930 Numerical methods

(17 cp) (Total 53 cp)

Materials engineering

Suggested Bachelor of Commerce subjects: first-year subjects in economics (ECO) (12 cp), econometrics (ECM) (12 cp) and either accounting (AAF) (12 cp) or management studies (MGC) (12 cp) (36 cp)

Bachelor of Engineering subjects:

MTE2511 Structure of engineering materials I

MTE2512 Structure of engineering materials II

MTE2520 Phase transformations

MAT2910 Engineering mathematics III

(18 cp) (Total: 54 cp)

Mechanical engineering

+ Suggested Bachelor of Commerce subjects: first-year subjects in economics (ECO) (12 cp), econometrics (ECM) (12 cp) and either accounting (AAF) (12 cp) or management studies (MGC) (12 cp) (36 cp)

+ Bachelor of Engineering subjects

MEC2440 Applied mechanics

MEC2490 Computer programming

MAT2910 Engineering mathematics III

MAT2920 Engineering mathematics IV

MAT2930 Numerical methods

(17 cp) (Total: 53 cp)

+ Third year

Chemical engineering

+ Suggested Bachelor of Commerce subjects: three second-year subjects (18 cp) from any one of accounting (AAF), econometrics (ECM), economics (ECO), management studies (MGC); first-year subjects in management studies (MGC) (12 cp) or accounting (AAF) (12 cp) (30 cp)

+ Bachelor of Engineering subjects:

CHE2100 Momentum transfer I

CHE2120 Thermodynamics I

CHE2160 Chemical engineering practice II

CHM2711 Chemistry III

MAT2930 Numerical methods

MTE1510 Mechanical properties of materials

(24 cp) (Total: 54 cp)

Civil engineering

+ Suggested Bachelor of Commerce subjects: two second-year subjects (12 cp) from any one of accounting (AAF), econometrics (ECM), economics (ECO), management studies (MGC); first-year subjects in management studies (MGC) (12 cp) or accounting (AAF) (12 cp) (24 cp)

+ Bachelor of Engineering subjects

CIV2220 Surveying

CIV2250 Civil engineering computing

CIV2260 Design of structures

CIV2270 Introduction to soil mechanics

MEC2430 Fluid mechanics

MTE2540 Materials science and engineering

One level 3 civil engineering subject from the fourth year BCom/BE double degree subject list for civil engineering except CIV3261

(26 cp) (Total: 50 cp)

Electrical and computer systems engineering

+ Suggested Bachelor of Commerce subjects: three second-year subjects (18 cp) from any one of accounting (AAF), econometrics (ECM), economics (ECO), management studies (MGC); first-year subjects in management studies (MGC) (12 cp) or accounting (AAF) (12 cp) (30 cp)

+ Bachelor of Engineering subjects:

ECS2340 Telecommunications

ECS2360 Electronics and control systems I

ECS2370 Computer systems engineering I

ECS2380 Computer systems engineering II

MAT2920 Engineering mathematics IV

PHS2081 Physics III

(20 cp) (Total 50 cp)

Materials engineering

+ Suggested Bachelor of Commerce subjects: two second-year subjects (12 cp) from any one of accounting (AAF), econometrics (ECM), economics (ECO), management studies (MGC); first-year subjects in management studies (MGC) (12 cp) or accounting (AAF) (12 cp) (24 cp)

+ Bachelor of Engineering subjects:

MTE2514 Thermomechanical analysis

MTE2530 Polymer morphology and structure

MTE2580 Materials selection and manufacturing

MTE3503 Engineering practice I

MTE3511 Mechanical behaviour of metals and alloys

MAT2920 Engineering mathematics IV

MAT2930 Numerical methods

(26 cp) (Total: 50 cp)

Mechanical engineering

+ Suggested Bachelor of Commerce subjects: two second-year subjects (12 cp) from any one of accounting (AAF), econometrics (ECM), economics (ECO), management studies (MGC); first-year subjects in management studies (MGC) (12 cp), or accounting (AAF) (12 cp) (24 cp)

+ Bachelor of Engineering subjects:

CIV2221 Stress and structural analysis

ECS2300 Electrical engineering

MEC2410 Engineering practices: drafting (2-cp weight)

MEC2420 Engineering practices: design process

MEC2430 Fluid mechanics

MEC2450 Engineering practices: design of machine elements

MEC2480 Fundamentals of energy conversion

MTE2540 Materials science and engineering

(30 cp) (Total: 54 cp)

+ Fourth year

Chemical engineering

+ Suggested Bachelor of Commerce subjects: three third-year subjects (18 cp) in the area of specialisation

+ Bachelor of Engineering subjects:

CHE3101 Reaction engineering I

CHE3102 Heat and mass transfer I

CHE3103 Heat and mass transfer II

CHE3104 Momentum transfer II

CHE3107 Process control

CHE3108 Process design and operation I

CHE3109 Process design and operation II

CHE3111 Transport phenomena I

CHE3113 Thermodynamics II

CHE3118 Chemical engineering practice III

CHE3119 Chemical engineering practice IV

MAT3910 Integral transforms and calculus of variations

(37 cp) (Total: 55 cp)

Civil engineering

+ Suggested Bachelor of Commerce subjects: one second-year subject (6 cp) and two third-year subjects (12 cp) in the area of specialisation (18 cp)

+ Bachelor of Engineering subjects - the remainder of:*

CIV3225 Steel structures

CIV3227 Elastic stress analysis

CIV3228 Concrete structural design

CIV3229 Analysis of structures

CIV3230 Inelastic structures

CIV3241 Geomechanics: seepage and settlement

CIV3243 Geomechanics: stability of soil structures

CIV3261 Hydraulics**

CIV3262 Public health engineering

CIV3263 Hydrology

CIV3281 Transport and traffic engineering

CIV3641 Introductory geology

* One of these subjects will have been completed during the third year of the double degree. The rest of the subjects are thus completed during fourth year.

** CIV3261 may only be taken during fourth year.

(34 cp) (Total: 52 cp)

Electrical and computer systems engineering

+ Suggested Bachelor of Commerce subjects: two third-year subjects (12 cp) in the area of specialisation (12 cp)

+ Bachelor of Engineering subjects:

Core:

ECS3311 Circuit theory II

ECS3312 Circuit theory III

ECS3321 Electromagnetic theory II

ECS3331 Control systems II

ECS3361 Small-signal amplifiers

ECS3362 Large-signal circuits

ECS3371 Computer systems engineering III

ECS3381 Computer systems engineering IV

MAT3910 Integral transforms and calculus of variations

MAT3920 Statistical methods

Computer systems stream:

ECS3343 Computer communications

plus electives to a total of six cp chosen from the level-three computer systems stream elective subjects in subject list I

(43 cp)

Electrical and electronic systems stream:

ECS3341 Information transmission

ECS3351 Electrical energy II

(42 cp)

Telecommunications stream:

ECS3341 Information transmission

ECS3342 Switching and signalling

(42 cp)

Materials engineering

+ Suggested Bachelor of Commerce subjects: one second-year subject (6 cp) and two third-year subjects (12 cp) in the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

MTE3502 Physical metallurgy

MTE3504 Mechanical properties of polymers

MTE3505 Fracture and fracture mechanics

MTE3506 Plasticity and metal shaping

MTE3507 Ceramics

MTE3509 Polymer rheology and processing

MTE3510 Surfaces

MTE4521 Engineering practice II

(34 cp) (Total: 52 cp)

Mechanical engineering

+ Suggested Bachelor of Commerce subjects: one second-year subject (6 cp) and two third-year subjects (12 cp) in the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

MEC3402 Systems and control

MEC3403 Engineering practices: machine design

MEC3404 Engineering practices: design management

MEC3406 Mechanical vibrations

MEC3409 Computer-assisted engineering

MEC3491 Statistical analysis of mechanical systems

MAT3910 Integral transforms and calculus of variations

(28 cp) (Total: 46 cp)

+ Fifth Year

Chemical engineering

+ Suggested Bachelor of Commerce subjects: two second-year subjects (12 cp) from any of the four disciplines other than the area of specialisation (12 cp)

+ Bachelor of Engineering subjects:

CHE4102 Reaction engineering II

CHE4109 Process design and operation III

CHE4110 Process simulation and control

CHE4112 Environmental engineering

CHE4114 Management I

CHE4115 Management II

CHE4117 Design project

(31 cp) (Total: 43 cp)

Civil engineering

+ Suggested Bachelor of Commerce subjects: one third-year subject (6 cp) in area of specialisation; two second-year subjects (12 cp) from any of the four disciplines other than the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

CIV4210 Project A

CIV4212 Civil engineering practice 4

CIV4232 Timber, masonry and building technology

CIV4233 Concrete technology

CIV4282 Highway engineering

Electives: At least fifteen credit points required

CIV4214 Civil engineering computing applications

CIV4230 Theory of structures 4A

CIV4231 Theory of structures 4B

CIV4244 Soil engineering

CIV4245 Rock engineering

CIV4265 Hydraulic engineering

CIV4266 Public health engineering

CIV4267 Hydrology and water resources

CIV4283 Transport planning

CIV4284 Transport systems

CME4617 Finite element method (civil engineering)

CES4642 Geophysics II

(37 cp) (Total: 55 cp)

Note: Civil engineering students are required also to complete the following two additional subjects unless exemptions from the subjects are earned by successful completion of appropriate commerce subjects:

CIV3202 Civil engineering practice 3

CIV3203 Civil engineering project management

CIV4213 Civil engineering business management

Exemption from CIV3202 can be earned by successful completion of ECM2480 (Decision models for managers). Exemption from CIV3203 and CIV4213 can be earned by successful completion of a three-year `area of specialisation' sequence in accounting, econometrics or management studies.

Electrical and computer systems engineering

+ Suggested Bachelor of Commerce subjects: one third-year subject (6 cp) in area of specialisation; two second-year subjects (12 cp) from any of the four disciplines other than the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

Core:

ECS4394 Thesis project A (9 cp)

or ECS4395 Thesis project B (12cp)

Computer systems stream:

ECS4367 Electronic systems and components

ECS4373 Computer systems engineering V

plus electives to a total of 20/17 cp (#) chosen from the level-four computer systems stream elective subjects in subject list I

(37 cp)

Electrical and electronic systems stream:

ECS3391 Electrical design

ECS4313 Signal processing

ECS4332 Modern control systems

ECS4353 Electrical energy systems I

ECS4367 Electronic systems and components

plus electives to a total of 10/7 cp (#) chosen from the level-four electrical and electronic systems stream elective subjects in subject list I

(38 cp)

Telecommunications stream:

ECS4313 Signal processing

ECS4322 Microwave and mobile radio systems

ECS4344 Digital transmission and optical systems

ECS4373 Computer systems engineering V

plus electives to a total of 14/11 cp (#) chosen from the level-four telecommunications stream elective subjects in subject list I

(38 cp)

# Higher credit points if 9-cp project chosen, lower if 12-cp project

Materials engineering

+ Suggested Bachelor of Commerce subjects: one third-year subject (6 cp) in area of specialisation; two second-year subjects (12 cp) from any of the four disciplines other than the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

MTE4522 Engineering design

MTE4526 Project II

MTE4560 Polymer engineering

MTE4561 Metallurgical engineering

MTE4562 Ceramics engineering

Plus any two electives to a total of not less than six credit points chosen from the level-four elective subjects in subject list I (course in materials engineering). In most cases these will be taken in the first semester (33 cp) (Total: 51 cp)

Mechanical engineering

+ Suggested Bachelor of Commerce subjects: one third-year subject (6 cp) in area of specialisation; two second-year subjects (12 cp) from any of the four disciplines other than the area of specialisation (18 cp)

+ Bachelor of Engineering subjects:

MEC3401 Fundamentals of heat transfer

MEC3405 Fluid mechanics

MEC3408 Deformation of solids

MEC4401 Engineering practices: project thesis A

MEC4402 Engineering practices: project thesis B

MEC4424 Engineering practices: industrial innovation

Three of the following subjects:

MEC4410 Control systems

MEC4413 Heat and mass transfer

MEC4414 Energy systems

MEC4430 Industrial noise and its control

MEC4431 Refrigeration and air conditioning

MEC4432 Environmental fluid mechanics

MEC4433 Computer integrated manufacturing

MEC4435 Energy management

MEC4436 Fracture and fatigue

MEC4437 Maintenance engineering

MEC4438 Dynamics of structures and machines

MEC4439 Advanced design

MEC4440 Composite structure: analysis and design

MEC4441 Turbulent flow

MEC4442 Aeronautical and industrial aerodynamics

MEC4452 Robotics

MEC4453 Automation with fluid power

MEC4454 Mechatronics

CME4616 Finite element method (mechanical engineering)

ENG4611 Schools technology project

(38 cp) (Total: 56 cp)

Requirements for the degree of Bachelor of Engineering in chemical engineering

The student requires 188 credit points for the Bachelor of Engineering degree, of which not less than 154 credit points must be obtained in subjects prescribed by this subject list which are also listed in the course in chemical engineering in subject list I.

Requirements for the degree of Bachelor of Engineering in civil engineering

The student requires 188 credit points for the Bachelor of Engineering degree, of which not less than 156 credit points must be obtained in subjects prescribed by this subject list which are also listed in the course in civil engineering in subject list I.

Requirements for the degree of Bachelor of Engineering in electrical and computer systems engineering

The student requires 188 credit points for the Bachelor of Engineering, of which not less than 161 credit points must be obtained in subjects prescribed by this subject list which are also listed in the course in electrical and computer systems engineering in subject list I.

Requirements for the degree of Bachelor of Engineering in materials engineering

The student requires 188 credit points for the Bachelor of Engineering degree, of which not less than 154 credit points must be obtained in subjects prescribed by this subject list which are also listed in the course in materials engineering in subject list I.

Requirements for the degree of Bachelor of Engineering in mechanical engineering

The student requires 188 credit points for the Bachelor of Engineering degree, of which not less than 157 credit points must be obtained in subjects prescribed by this subject list which are also listed in the course in mechanical engineering in subject list I.

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