Faculty of Engineering Electrical engineering and computer science

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Faculty of Engineering

Table of Contents

1. School of Electrical Engineering and Computer Science
2. Bachelor of Engineering (electrical, computer and software engineering) BE(IT) or BE
    2.1. Introduction
    2.2. BE(IT) or BE (electrical, computer or software engineering)
3. Bachelor of Computer Science (BCS)
    3.1. Bachelor of Computer Science course structure
    3.2. Bachelor of Computer Science (Bioinformatics stream)
    3.3. Bachelor of Computer Science and Bachelor of Laws (BCS/LLB)
        3.3.1. BCS requirements
        3.3.2. LLB requirements
        3.3.3. Recommended course structure
    3.4. Bachelor of Computer Science (Honours) (BCS Hons)
        3.4.1. Overview
        3.4.2. Admission requirements
        3.4.3. Honours coordinator
        3.4.4. Duration and commencement of course
        3.4.5. Assessment
            3.4.5.1. Hurdle assessment requirements
            3.4.5.2. Components of assessment
            3.4.5.3. Advanced coursework subjects
            3.4.5.4. Research project
        3.4.6. Further information
    3.5. Bachelor of Engineering (Mechatronics)/Bachelor of Computer Science (BE/BCS)
4. Bachelor of Engineering (electrical, computer, software) BE(IT) or BE combined courses
    4.1. Bachelor of Arts/Bachelor of Engineering (computer, electrical, software) BA/BE(IT) or BA/BE
    4.2. Bachelor of Engineering/ Bachelor of Commerce (computer, electrical, software) BE(IT)/BCom or BE/BCom
    4.3. Bachelor of Laws/Bachelor of Engineering (computer, electrical, software) LLB/BE(IT) or LLB/BE
    4.4. Timetabling of combined degrees
    4.5. Combined degree course structures with electrical, computer and software engineering
    4.6. Accelerated program for a major in computer science in the BSc component of the Bachelor of Engineering (computer or electrical)/ Bachelor of Science (BE(IT)/BSc) or (BSc/BE).
    4.7. Accelerated program for a major in mathematics in the BSc component of the Bachelor of Engineering (computer, electrical, software)/Bachelor of Science (BE(IT)/BSc) or (BSc/BE)
    4.8. Accelerated program for students majoring in physics in the BSc component of the Bachelor of Engineering(IT)/Bachelor of Science (BE(IT)/BSc) or (BSc/BE)
Subject Lists
    Subjects in courses of the School of Electrical Engineering and Computer Science

1. School of Electrical Engineering and Computer Science

The School of Electrical Engineering and Computer Science has responsibility for the three IT streams of the four-year Bachelor of Engineering degree: the electrical engineering stream, the computer engineering stream and the software engineering stream as detailed in Bachelor of Engineering (electrical, computer and software engineering) BE(IT) or BE.

Each of these streams of the BE and BE(IT) can be combined with degrees in arts, commerce, law and science as detailed in Bachelor of Engineering (electrical, computer, software) BE(IT) or BE combined courses.

The school also offers a three-year Bachelor of Computer Science degree which includes an optional fourth year leading to the degree BCS (Honours) as detailed in Bachelor of Computer Science (BCS).

The Bachelor of Computer Science degree is also available as a combined degree with mechanical engineering, BE/BCS (Mechatronics), see Bachelor of Engineering (Mechatronics)/Bachelor of Computer Science (BE/BCS) and in the BCS/LLB see Bachelor of Computer Science and Bachelor of Laws (BCS/LLB)

2. Bachelor of Engineering (electrical, computer and software engineering) BE(IT) or BE

2.1. Introduction

The BE and BE(IT) courses in the School of Electrical Engineering and Computer Science offer three distinct streams of the BE degree: electrical engineering, computer engineering and software engineering. The three streams have most first-year subjects in common, and with the appropriate selection of subjects it is possible to defer the choice of stream until the commencement of second year, and in some cases, until the middle of second year. Each of the three streams may be taken in the combined degrees BE/BA, BE(IT)/BA (with an arts major in any department in the Faculty of Arts); BE/BCom, BE(IT)/BCom (with a commerce major in any department in the Faculty of Economics and Commerce); BE/LLB, BE(IT)/LLB; and BSc/BE, BE(IT)/BSc (with a major in any department in the Faculty of Science, with the majority of students undertaking a major in computer science, physics or mathematics, however students in the software engineering stream of the BE or BE(IT) are not permitted to take a computer science major in the BSc). Computer science as a Science Faculty major may be combined with a BE in chemical, civil, environmental, mechanical or manufacturing through the BE/BSc degree program.

2.2. BE(IT) or BE (electrical, computer or software engineering)

The recommended or standard course structures are listed below. When setting the timetable every effort will be made to avoid clashes between the times of classes associated with these sets of subjects. Students should be aware however, that if it proves to be impossible to achieve a timetable without clashes in these sets of subjects, the faculty reserves the right to modify course structures in order to eliminate the conflicts. Students will be advised during the enrolment period of the semester if the recommended courses need to be varied. Where the courses include elective subjects these should be chosen so that timetable clashes are avoided. In particular, students in combined degrees should plan their courses so that the subjects chosen in the other faculty do not clash with those recommended for the engineering component.

The subject 640-121 Physics A (Advanced) or 640-141 Physics A is optional in the software engineering stream, and students not wishing to retain electrical engineering as a choice may replace it.

Computer engineering students are required to complete 431-325 Stochastic Signals and Systems (or alternatively 620-201 Probability) and 431-327 Communication Systems in their third year if they wish to take 400-level electrical engineering optional subjects in their fourth year of study. These subjects are prerequisites for many of the 400-level electrical engineering elective subjects.

Elective subjects may be used for additional electrical engineering or computer science subjects. However, at least 25 points of non-technical subjects must be completed during the degree.

Elective subjects may be taken from electrical engineering electives, 300-level and 400-level computer science subjects and subjects offered by other departments.

Computer Engineering students choosing the elective subjects are reminded they must include 25 points from management or non-technical subjects. The selection of elective subjects may be restricted by timetable and prerequisite requirements.

Elective subjects may be used for additional electrical engineering or computer science subjects. However, at least 25 points of non-technical subjects must be completed during the degree.

Elective subjects may be used for additional electrical engineering or computer science subjects. However, at least 25 points of non-technical subjects must be completed during the degree.

Elective subjects may be taken from fourth-year electrical engineering electives, 300-level and 400-level computer science subjects and subjects offered from other departments.

Electrical engineering students choosing the elective subjects are reminded that they must include 25 points from management or non-technical subjects. The selection of elective subjects may be restricted by timetable and prerequisite requirements.

Elective subjects may be used for additional electrical engineering or computer science subjects, or for subjects from other departments.

The subject 431-204 Digital Systems 2: System Design may be replaced by 433-313 Computer Design, taken in third year.

Within the 62.5 points of computer science electives in third and fourth years, students must complete at least four of 433-332, 433-342, 433-351, 433-353, 433-371, 433-441. Subject 615-335 Distributed Systems may also be taken as a CSSE option. Other elective subjects may be used for additional computer science or electrical engineering subjects, or for subjects in other departments.

Within the 62.5 points of computer science electives in third and fourth years, students must complete at least four of 433-332, 433-342, 433-351, 433-353, 433-371and 433-441. Subject 615-335 Distributed Systems may also be taken as a CSSE option. The selection of elective subjects may be restricted by timetable and prerequisite requirements.

Enrolment in directed study subjects must be approved by the department.

3. Bachelor of Computer Science (BCS)

The course aims to develop skilled computer scientists with the technical knowledge to develop well-designed and robust computer-based solutions to a range of problems in business and industry. Studies include computer science (including introduction to computer programming, algorithms and problem solving, software development) and mathematics. Electives may be chosen from a wide variety of other disciplines including digital electronics and information systems. Subjects in later years include artificial intelligence, software engineering, computer networks, operating systems, graphics and computer design.

Computer science graduates work in government, the manufacturing industry, the information industry, commerce and education. Some graduates spend their time on software development and systems support and remain in a mostly technical environment. Others move to a mixture of consulting and advice-giving roles which place more emphasis on talking to others about the use of the technology. In all types of work environments, whether with small companies or large, success in employment involves a mixture of technical expertise and strong communication skills. The knowledge and qualifications gained will enable you to work in any country.

The recommended or standard course structures are listed below. When setting the timetable every effort will be made to avoid clashes between the times of classes associated with these sets of subjects. Students should be aware however, that if it proves to be impossible to achieve a timetable without clashes in these sets of subjects, the faculty reserves the right to modify course structures in order to eliminate the conflicts. Students will be advised during the enrolment period of the semester if the recommended courses need to be varied. Where the courses include elective subjects these should be chosen so that timetable clashes are avoided. In particular, students in combined degrees should plan their courses so that the subjects chosen in the other faculty do not clash with those recommended for the engineering component.

3.1. Bachelor of Computer Science course structure

Students in the Bachelor of Computer Science are required to take the following subjects:

The subject 431-102 Digital Systems 1: Fundamentals may be taken in second year, swapping an additional elective into first year.

The subjects listed as 620-1xx represent 25 points of 100-level mathematics and statistics. The recommended combination of subjects for students who have completed both Mathematical Methods 3/4 and Specialist Mathematics 3/4 in Year 12 is 620-141 Mathematics A and 620-143 Applied Mathematics, or the corresponding pair of advanced subjects. The recommended combination of subjects for students who have completed Mathematical Methods 3/4 but not Specialist Mathematics 3/4 is 620-161 Introductory Mathematics and 620-140 Intermediate Mathematics.

Students considering extending their study by enrolling in the BCS (Honours) degree should note that study of mathematics or statistics at the second year level is strongly recommended.

The 75 points listed as computer science subjects may be any 300-level subjects taught by the department except for 433-340 Software Engineering Project and 433-344 Legal Issues in Computing. Subject 615-335 Distributed Systems may also be taken as an option within the 75 points of computer science subjects.

Students in the BCS are required to complete at least 12.5 points of non-technical studies from outside the Department of Computer Science. To satisfy non-technical study requirements, students may take suitable subjects from any department in the University prepared to accept their enrolment, subject to prerequisite and timetabling constraints. Subjects that meet the requirements include the management subjects offered in the Faculty of Engineering and in the Faculty of Economics and Commerce, and subjects from the Faculty of Arts. Students are especially encouraged to consider subjects where the study and assessment requirements include written and oral presentation components.

Within the BCS, students are entitled to complete 25 points from departments which are not budget departments of the Faculty of Science or the Faculty of Engineering. Students who wish to include additional subjects from departments which are not budget departments of the Faculty of Science or the Faculty of Engineering can do so within the BCS, with approval from the Department of Computer Science and Software Engineering, up to a total of 62.5 points. Normally, approval would not be given for students to undertake more than 25 of the 62.5 points at 100-level. Students in the BCS may not take more than 62.5 points of studies from outside the Faculties of Science and Engineering.

At most 125 points of the 300 points in a BCS degree may be at 100 level.

3.2. Bachelor of Computer Science (Bioinformatics stream)

* The chemistry sequence of 610-141 and 610-142 is available to students who have completed VCE chemistry. Students who have not completed VCE chemistry will be required to take 610-171 followed by 610-141 and 610-142 over summer. Some students who are required to take 610-171 may be granted exemption from 610-141. Students intending to undertake chemistry 610-142 upon successful completion of 610-171 must achieve a high level in the examination component of chemistry 610-171 in order to meet prerequisites for later-year chemistry or biochemistry subjects.

Students enrolled on a HECS basis who are required to pursue the sequences 610-171 followed by 610-141 and 610-142 may enrol in 610-142 in the Summer Semester on a HECS basis.

Local and international students enrolled on a full-fee basis who are required to pursue the sequences 610-171 followed by 610-141 and 610-142 note that the normal pro rata fee will apply for each subject.

Recommended 300-level computer science electives include 433-371 Interactive System Design, 433-353 Networks and Communications, 433-380 Graphics and Computation and 433-385 Modelling Analysis and Visualisation.

Students who fulfil the faculty requirements for overloading may be interested in the subjects 521-303 Molecular and Cell Biology and 521-307 Biomolecular Structure and Bioinformatics.

3.3. Bachelor of Computer Science and Bachelor of Laws (BCS/LLB)

3.3.1. BCS requirements

To be awarded the BCS in the combined BCS/LLB degree program, students must have completed a total of 200 points not counted towards their LLB degree, including:

• 433-151 Introduction to Programming (Advanced) or 433-171 Introduction to Programming, and 433-152 Algorithmic Problem Solving (Advanced) or 433-172 Algorithmic Problem Solving (25 points);

• 25 points of first-year mathematics or statistics (suitable subjects include 620-161 Introductory Mathematics, 620-140 Intermediate Mathematics, 620-141 Mathematics A, 620-142 Mathematics B, 620-143 Applied Mathematics, and 620-160 Experimental Design and Data Analysis);

• 431-102 Digital Systems 1: Fundamentals (12.5 points);

• 433-252 Software Engineering Principles and Tools, 433-253 Algorithms and Data Structures, 433-254 Software Design, and 433-255 Logic and Computation (50 points);

• 433-344 Legal Issues in Computing (12.5 points); and

• a further 75 points of 300-level subjects in the Department of Computer Science and Software Engineering.

3.3.2. LLB requirements

To be awarded the LLB in the combined BCS/LLB degree program, students must have completed a total of 300 points not counted towards their BCS degree, including:

• 730-260 Criminal Law and Procedure, 730-104 Torts and the Process of Law, 730-105 History and Philosophy of Law I and 730-115 History and Philosophy of Law II (75 points);

• 730-202 Contracts, 730-304 Property and 730-301 Constitutional and Administrative Law (75 points);

• 730-462 Equity and Trusts (12.5 points); and

• A further 137.5 points selected from the optional subject program in the Faculty of Law including 12.5 points of legal theory.

3.3.3. Recommended course structure

The recommended or standard course structures are listed below. When setting the timetable every effort will be made to avoid clashes between the times of classes associated with these sets of subjects. Students should be aware however, that if it proves to be impossible to achieve a timetable without clashes in these sets of subjects, the faculty reserves the right to modify course structures in order to eliminate the conflicts. Students will be advised during the enrolment period of the semester if the recommended courses need to be varied. Where the courses include elective subjects these should be chosen so that timetable clashes are avoided. In particular, students in combined degrees should plan their courses so that the subjects chosen in the other faculty do not clash with those recommended for the engineering component.

Note: There is considerable flexibility within the fourth and fifth years of study, and students seeking combinations of electives offered only in particular semesters will be able to rearrange subjects as required. The skeleton presented here is intended to be indicative rather than prescriptive.

3.4. Bachelor of Computer Science (Honours) (BCS Hons)

Students who wish to consolidate their knowledge of computer science and who have achieved an honours grade average in their third-year studies should consider completing the BCS (Honours) year. This involves completing a substantial research project and advanced coursework. Completion of the honours year serves both as a preparation for postgraduate study and as an opportunity to strengthen practical skills before seeking employment.

3.4.1. Overview

The BCS (Honours) program is designed to:

• provide an introduction to the process and practice of research in computer science;

• enable the acquisition of current research skills in specific areas;

• encourage the development of the ability to think critically and independently;

• consolidate and extend the student's understanding of a range of aspects of the disciplines of computer science and software engineering;

• improve oral and written communication skills.

3.4.2. Admission requirements

To enter the BCS (Honours), students must have:

• completed a BCS;

• passed at least 25 points of 100-level mathematics or statistics;

• a final-year average mark of at least 65.

Students should also note that study of mathematics or statistics at the second-year level is strongly recommended.

Students from other institutions and other backgrounds should contact the honours coordinator to determine their eligibility for entry to the BCS (Honours) degree.

3.4.3. Honours coordinator

The honours coordinator is Dr Linda Stern

3.4.4. Duration and commencement of course

The BCS (Honours) program can be undertaken on a full-time or part-time basis, commencing in either late February or mid July each year. The program requires one year of full-time study, or two years of part-time study.

3.4.5. Assessment

3.4.5.1. Hurdle assessment requirements

Students enrolled in the BCS (Honours) must pass at least 100 points of approved subjects, including 433-401 Computer Science Research Project, and must have a weighted average mark (calculated over the best 100 points of such approved subjects, but always including 433-401 Computer Science Research Project) of at least 65 per cent.

Students enrolled the BCS (Honours) are also expected to have a satisfactory level of attendance at departmental seminars.

Students will be advised of hurdle requirements for the individual coursework subjects at the commencement of each subject.

3.4.5.2. Components of assessment

The BCS (Honours) program comprises a research project subject and five advanced coursework subjects. These subjects with their relative weightings are as follows:

• 433-401 Computer Science Research Project = 37.5%

• Advanced Coursework subjects, five at 12.5 points each = 62.5%

The final honours grade is the weighted average mark over the 100 points included in these two components. Students who complete more than 62.5 points of advanced coursework will have their final honours grade calculated as their weighted average mark over the 100 points of study obtained by including their best 62.5 points of advanced coursework.

3.4.5.3. Advanced coursework subjects

The following 400-level subjects are offered to students enrolled in the BCS (Honours) degree:

Students may enrol in one 300-level subject in computer science as part of their coursework component, and as many as two of the following 600-level postgraduate subjects taught by the department:

• 433-641 Systems Requirements Engineering

• 433-642 Software Engineering Case Studies

• 433-645 Software System Security

• 433-670 Principles of Programming Languages

• 433-671 Constraint Programming

• 433-675 Database Principles and Technology

• 433-676 Text and Document Management

• 433-678 Cluster and Grid Computing

• 433-679 Evolutionary and Neural Computation

• 433-680 Machine Learning

• 433-681 Autonomous Robots (Not offered in 2003)

• 433-682 Software Agents (Not offered in 2003)

For details of these subjects, see the Faculty of Engineering Postgraduate Handbook, contact the Department of Computer Science and Software Engineering, or visit the departmental web site at http://www.cs.mu.oz.au/.

Students should note that in any given year the department may choose not to offer one or more of the pool of 400- and 600-level subjects. Students are advised to make contact with the department late in the previous year to determine if particular subjects will be available.

Students are reminded that to be awarded a BCS (Honours) degree they must complete at least 100 points of approved subjects including an honours project, and must obtain a weighted average over those subjects of at least 65 per cent.

3.4.5.4. Research project

In addition to the advanced coursework, students must complete a total of 37.5 points of enrolment in the subject 433-401 Computer Science Research Project. In any given semester this subject may be weighted as 12.5, 25.0, or 37.5 points, depending upon the other subjects being undertaken in that semester and whether the student is full or part time. A CNT mark (continuing) will be assigned to this subject until an aggregate of 37.5 points of enrolment in it has been reached.

The honours Computer Science Research Project subject assessment comprises a research report (thesis) of up to 40 pages (20 000 words) and an oral presentation not exceeding 30 minutes.

3.4.6. Further information

If you require further information about the BCS (Honours) program contact:

Dr Linda Stern tel: +61 3 8344 9169

3.5. Bachelor of Engineering (Mechatronics)/Bachelor of Computer Science (BE/BCS)

For details of this five-year degree see Bachelor of Engineering (Mechatronics)/Bachelor of Computer Science (BE/BCS).

4. Bachelor of Engineering (electrical, computer, software) BE(IT) or BE combined courses

The BE(IT) and BE in computer, electrical and software engineering can be combined with a number of degrees from other faculties. Students in these combined programs typically take a mixture of subjects from both faculties during each year of the combined program. Standard templates, to be completed by the addition of the subject choices from the other faculty, appear below, see Combined degree course structures with electrical, computer and software engineering.

4.1. Bachelor of Arts/Bachelor of Engineering (computer, electrical, software) BA/BE(IT) or BA/BE

The combined BA/BE(IT) and BA/BE course in engineering (computer, electrical or software engineering) and arts, must satisfy the following requirements:

• All requirements of the chosen stream of the BE(IT) or BE course must be satisfied, except that the requirement for physics is waived. For the software engineering stream the requirement for 431-202 Engineering Analysis B is also waived. However, students in the computer and electrical streams are strongly encouraged to complete 640-142 Physics B as an additional elective, as a number of the 300-level and 400-level elective subjects in electrical engineering require physics as a prerequisite. Students must complete a total of 300 engineering points.

  The remaining elective subjects to make up 400 points for the award of the engineering degree, including the non-technical requirements of the computer and electrical engineering streams, are credited from the arts subjects undertaken.

• A total of 200 arts points must be completed, comprised of 50 points of 100-level arts subjects, 75 points of 200-level arts subjects, and 75 points of 300-level arts subjects.

Typical course plans for the three engineering streams of this combined degree appear below, see Combined degree course structures with electrical, computer and software engineering.

4.2. Bachelor of Engineering/ Bachelor of Commerce (computer, electrical, software) BE(IT)/BCom or BE/BCom

The combined BE(IT)/BCom and BE/BCom course in engineering (computer, electrical or software engineering) and commerce, must satisfy the following requirements:

• All requirements of the chosen stream of the BE(IT) or BE course must be satisfied, except that the requirement for physics is waived. For the software engineering stream the requirement for 431-202 Engineering Analysis B is also waived. However, students in the computer and electrical streams are strongly encouraged to complete 640-142 Physics B as an additional elective, as a number of the 300-level and 400-level elective subjects in electrical engineering require physics as a prerequisite. Students must complete a total of 300 engineering points.

  The remaining elective subjects to make up 400 points for the award of the engineering degree, including the non-technical requirements of the computer and electrical engineering streams, are credited from the commerce subjects undertaken.

• A total of 200 commerce points must be completed. These include the four compulsory subjects 316-101 Introductory Macroeconomics, 316-102 Introductory Microeconomics, 316-130 Quantitative Methods 1, and 316-205 Introductory Econometrics; at least 50 points at 100-level; and at least 50 points at 300 level.

Typical course plans for the three engineering streams of this combined degree appear below, see Combined degree course structures with electrical, computer and software engineering.

4.3. Bachelor of Laws/Bachelor of Engineering (computer, electrical, software) LLB/BE(IT) or LLB/BE

The combined LLB/BE(IT) and LLB/BE course in computer, electrical or software engineering and law, must satisfy the following requirements:

• All requirements of the chosen stream of the BE(IT) or BE course must be satisfied, except that the requirement for physics is waived. For the software engineering stream the requirement for 431-202 Engineering Analysis B is also waived. However, students in the computer and electrical streams are strongly encouraged to complete 640-142 Physics B as an additional elective, as a number of the 300-level and 400-level elective subjects in electrical engineering require physics as a prerequisite. Students must complete a total of 300 engineering points.

  The remaining elective subjects to make up 400 points for the award of the engineering degree, including the non-technical requirements of the computer and electrical engineering streams, are credited from the law subjects undertaken.

• A total of 300 law points must be completed, including a number of compulsory subjects: 730-104 Torts and the Process of Law, 730-105 History and Philosophy of Law I, 730-102 Criminal Law and Procedure, 730-115 History and Philosophy of Law II, 730-202 Contracts, 730-304 Property, 730-301 Constitutional and Administrative Law, 730-462 Equity and Trusts and 12.5 points of legal theory.

Typical course plans for the three engineering streams of this combined degree appear below see Combined degree course structures with electrical, computer and software engineering.

4.4. Timetabling of combined degrees

The recommended or standard course structures are listed below. When setting the timetable every effort will be made to avoid clashes between the times of classes associated with these sets of subjects. Students should be aware however, that if it proves to be impossible to achieve a timetable without clashes in these sets of subjects, the faculty reserves the right to modify course structures in order to eliminate the conflicts. Students will be advised during the enrolment period of the semester if the recommended courses need to be varied. Where the courses include elective subjects these should be chosen so that timetable clashes are avoided. In particular, students in combined degrees should plan their courses so that the subjects chosen in the other faculty do not clash with those recommended for the engineering component.

4.5. Combined degree course structures with electrical, computer and software engineering

The 62.5 points labelled CSSE electives must be selected, subject to prerequisites being satisfied, from the 300-level, 400-level and (with the approval of the department) masters-level subjects offered by the Department of Computer Science and Software Engineering and must include at least 50 points selected from: 433-332 Operating Systems, 433-342 Software Engineering Methods, 433-351 Database Systems, 433-353 Networks and Communications, 433-371 Interactive System Design, 433-441 System Modelling and Analysis. Subject 615-335 Distributed Systems may also be taken as a CSSE option.

4.6. Accelerated program for a major in computer science in the BSc component of the Bachelor of Engineering (computer or electrical)/ Bachelor of Science (BE(IT)/BSc) or (BSc/BE).

Students commencing in the BE(IT)/BSc program in 2003 and those enrolled in the BSc/BE prior to 2003, planning to undertake a science major in computer science, should take this accelerated sequence of subjects in order to maximise their choice of computer or electrical engineering electives in their final two years of study.

Note: To ensure breadth, students in the computer engineering stream taking a computer science major for the BSc are required to complete 431-326 Electronic System Design and 431-327 Communication Systems. Students are also expected to complete 25 points of non-technical electives as part of their final year

Students taking the combined course in computer science with computer engineering should note that they are required to enrol in 431-400 Project Work, to ensure breadth in the combined degree.

4.7. Accelerated program for a major in mathematics in the BSc component of the Bachelor of Engineering (computer, electrical, software)/Bachelor of Science (BE(IT)/BSc) or (BSc/BE)

Students commencing in the BE(IT)/BSc program in 2003 and those students enrolled in the BSc/BE prior to 2003 who are planning to take a science major in mathematics, should take this accelerated sequence of subjects in order to maximise their choice of computer, electrical or software engineering electives in their final two years of study.

The 62.5 points labelled CSSE electives must be selected, subject to prerequisites being satisfied, from the 300-level, 400-level and (with the approval of the Department) masters-level subjects offered by the Department of Computer Science and Software Engineering and must include at least 50 points selected from: 433-332 Operating Systems, 433-342 Software Engineering Methods, 433-351 Database Systems, 433-353 Networks and Communications, 433-371 Interactive System Design, 433-441 System Modelling and Analysis. Subject 615-335 Distributed Systems may also be taken as a CSSE option.

4.8. Accelerated program for students majoring in physics in the BSc component of the Bachelor of Engineering(IT)/Bachelor of Science (BE(IT)/BSc) or (BSc/BE)

Students commencing in the BE(IT)/BSc program in 2003 and those enrolled in the BSc/BE prior to 2003 who are planning to take a science major in physics, should seek course advice from the Faculty of Science, Department of Computer Science and Software Engineering and the Department of Electrical and Electronic Engineering at these web sites:

http://www.cs.mu.oz.au/courseadvice

http://www.ee.mu.oz.au/courses/advice/advice 2003

Details of later years of the BE(IT)/BSc or BSc(Physics)/BE (computer, electrical, software) combined degree program are available from the Department of Electrical and Electronic Engineering or the Department of Computer Science and Software Engineering.

Students wishing to take science majors other than the ones listed above should contact the Faculty of Science, Department of Computer Science and Software Engineering and the Department of Electrical and Electronic Engineering for course planning advice.

Students must plan their course so that the subjects chosen in the other faculty do not clash with those recommended for the engineering component.

Subjects in courses of the School of Electrical Engineering and Computer Science

145-126 Effective Communication for Engineering
316-101 Introductory Macroeconomics
316-102 Introductory Microeconomics
316-130 Quantitative Methods 1
431-101 Fundamentals of Electrical Engineering
431-102 Digital Systems 1: Fundamentals
431-103 Electrical Circuits
431-201 Engineering Analysis A
431-202 Engineering Analysis B
431-204 Digital Systems 2: System Design
431-210 Circuit Analysis
431-221 Fundamentals of Signals and Systems
431-222 Electronic Devices and Circuits
431-225 Engineering Analysis A (old)
431-226 Engineering Analysis B (old)
431-324 System Modelling and Control
431-325 Stochastic Signals and Systems
431-326 Electronic System Design
431-327 Communication Systems
431-328 Digital Systems 3: Circuits and Systems
431-329 Electromagnetics
431-330 Design Laboratory
431-400 Project Work
431-401 Project Work Extended
431-451 Project Mgt & Product Commercialisation
431-460 Digital Communications
431-461 Digital Signal Processing
431-462 Communication Networks
431-463 Directed Study 4.1
431-464 Digital Control and Identification
431-465 Wireless Communication
431-466 Photonic Devices and Systems
431-467 Digital Systems 4: High Speed Systems
431-468 Biomedical Engineering
431-469 Multimedia Signal Processing
431-470 Directed Study 4.2
431-480 Project Work
431-490 Project Work (Extended)
433-142 Computing Fundamentals B
433-151 Introduction to Programming (Advanced)
433-152 Algorithmic Problem Solving (Advanced)
433-171 Introduction to Programming
433-172 Algorithmic Problem Solving
433-252 Software Engineering Principles & Tools
433-253 Algorithms and Data Structures
433-254 Software Design
433-255 Logic and Computation
433-258 Database Systems for Engineers
433-303 Artificial Intelligence
433-313 Computer Design
433-330 Theory of Computation
433-332 Operating Systems
433-340 Software Engineering Project
433-341 Software Engineering Process & Practice
433-342 Software Engineering Methods
433-343 Professional Issues in Computing
433-344 Legal Issues in Computing
433-351 Database Systems
433-353 Networks and Communications
433-361 Programming Language Implementation
433-371 Interactive System Design
433-380 Graphics and Computation
433-385 Modelling, Analysis and Visualisation
433-398 Directed Study 3A
433-399 Directed Study 3B
433-401 Computer Science Research Project
433-440 Advanced Software Engineering Project
433-441 System Modelling and Analysis
433-443 Software Project Management
433-448 Applied Cryptography and Coding
433-460 Human Language Technology
433-464 Project Work
433-465 Mechatronics Project
433-470 Functional Programming
433-471 Logic Programming
433-475 High Performance Database Systems
433-476 Algorithms for Constrained Search
433-480 Computer Vision and Image Processing
433-481 Knowledge Representation and Reasoning
433-496 Directed Study 4A
433-497 Directed Study 4B
433-498 Advanced Topic in Computer Science
620-121 Mathematics A (Advanced)
620-122 Mathematics B (Advanced)
620-123 Applied Mathematics (Advanced)
620-141 Mathematics A
620-142 Mathematics B
620-143 Applied Mathematics
620-201 Probability
620-231 Vector Analysis
620-232 Mathematical Methods
620-252 Analysis
620-331 Applied Partial Differential Equations
620-332 Integral Transforms & Asymptotics
640-121 Physics A (Adv)
640-122 Physics B (Adv)
640-141 Physics A
640-142 Physics B
640-223 Quantum Mechanics & Thermal Physics(Adv)
640-243 Quantum Mechanics & Thermal Physics
640-381 Principles and Applications of Sensors
730-104 Torts and the Process Of Law
730-105 History and Philosophy of Law I
730-115 History and Philosophy of Law II
730-202 Contracts
730-335 Trade Marks and Unfair Competition

Search : Index : Faculty of Engineering

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