Inter-Faculty Programs > Combined Degrees > BEng BIT

Bachelor of Engineering and Bachelor of Information Technology (BEBT) - BEng BIT

Program Summary

Mode of Study

Campus

Fees

Duration

Articulation

HECS

PELS

RTS

Fee-Paying

Max

Min

From Program

To Program

ANZINT

On-campus

TWMBA

ü

-

-

ü

ü

7 years 

5 years 

Associate Degree Programs; BETC 

 

External

TWMBA

ü

-

-

ü

ü

10 years 

6 years 

Web

N/A

-

-

-

-

-

 

 

Key
HECS = Higher Education Loans Scheme
PELS = Postgraduate Education Loans Scheme
RTS = Research Training Scheme
ANZ = Australia and New Zealand Students
INT = International Students


Notes:
* See note on part-time study below.

Program Aims

This combination of an Engineering program with a program in Information Technology provides students with the opportunity to become qualified Engineers with a very strong background in Computer Systems and Applied Computer Science.

Graduates of this combined program will have a high level of knowledge of both hardware and software components of computer systems and the interrelationships between the two. They will have well-developed skills in both hardware and software design and development.

For more details of the two programs that comprise this award, applicants are asked to refer to the Faculty of Engineering and Surveying and the Faculty of Sciences sections of this Handbook.

Program Objectives

Graduates of the Bachelor of Engineering and Bachelor of Information Technology program will have met the separate objectives of the Bachelor of Engineering and the Bachelor of Information Technology programs.

Admission Requirements

To be admitted to the program, students who intend studying part-time (ie less than six units per year) must be eligible to receive at least 16 units of exemptions. This is necessary to ensure that these students are able to complete the program within the maximum duration of 10 years.

Program Structure

The program involves five years of full-time study and to be eligible for the combined award, students must complete the requirements of the program within seven years of their initial enrolment in the program.

The program is not available by part-time study except for students who are eligible to enter the program with advanced standing of 16 or more units. Students who are eligible to study part-time must complete the program within 10 years of their initial enrolment.

Where students intend to complete the program using a combination of full-time and part-time study the maximum time for completion will be calculated on a pro rata basis.

The Bachelor of Engineering and Bachelor of Information Technology is a 40-unit program consisting of Academic courses and Practice courses.

Academic courses are normally one-unit courses and involve approximately 155 hours of student work per unit.

Practice courses are zero unit courses offered by the Faculty of Engineering and Surveying. Each involves approximately 50 hours of student work. The only grades available for a Practice Course are Pass (P) and Fail (F). A Practice Course is designed to enable students to acquire specific competencies associated with their Engineering major study. These competencies range from specific practical and communication skills through to generic competencies relating to ethical and social responsibility, awareness of the environment, teamwork, etc. For an external student a Practice Course generally involves attendance on-campus for a one-week residential school.

Professional Accreditation

This program of study has been granted `Full Recognition' status by the Institution of Engineers, Australia (IEAust). It is also expected that graduates of this program would be eligible for membership of other professional organisations and societies, refer to Faculty sections of this Handbook.

Course Transfers

Students who are enrolled in either the Bachelor of Engineering program or the Bachelor of Information Technology program may transfer to the program with advanced standing. If they have completed up to one year of one of those programs they would normally be able to complete the program in the minimum time, after four more years of full-time study. Other students may require longer than the minimum time.

Program Fees

Higher Education Contribution Scheme

For those Australian citizens, New Zealand citizens and permanent residents of Australia who pay HECS fees, details about the Higher Education Contribution Scheme (HECS) are in the Fees and Charges section of this Handbook: http://www.usq.edu.au/handbook/2003/feecharge.html.

International Students

International students pay tuition fees. For details about international student fees, refer to the Fees and Charges section of this Handbook: http://www.usq.edu.au/handbook/2003/feecharge.html

Fee-Paying Postgraduate Domestic Students and Post-graduate Education Loans Scheme (PELS)

For those Australian citizens, New Zealand citizens and permanent residents of Australia who pay tuition fees, details about postgraduate fees, are in the Fees and Charges section of this Handbook http://www.usq.edu.au/handbook/2003/feecharge.html . Australian citizens and permanent residents of Australia may be able to defer their postgraduate fees through the tax system. For details about this Postgraduate Education Loan Scheme (PELS) refer to the PELS section of this Handbook: http://www.usq.edu.au/handbook/2003/feecharge.html

Honours

The Bachelor of Engineering and Bachelor of Information Technology degree may be awarded with Honours in the engineering component of the award. The level of honours awarded is dependent on the overall Grade Point Average (GPA) a student has achieved in the program. The following minimum GPA's are used to determine the class of honours:

First Class Honours  6.00 
Second Class Honours, Division A  5.50 
Second Class Honours, Division B  5.00 

To qualify for an Honours award in the Information Technology component, students must complete the separate Bachelor of Information Technology (Honours) program. (Refer to Faculty of Sciences section of this Handbook.)

Enquiries

Program and enrolment enquiries should, in the first instance, be directed to the Faculty of Engineering and Surveying. Students should read the Bachelor of Engineering section in part 6 of this Handbook to obtain further information about the Engineering component of this program.

Other Information

The Faculty of Engineering and Surveying is primarily responsible for the administration of the program because of the complexity of the Engineering component of the program. For example, the Institution of Engineers, Australia, requires that each student obtains an aggregate of at least 12 weeks of suitable practical experience during a professional engineering program. (Refer to Faculty of Engineering and Surveying section.) However the academic regulations of the Faculty offering a course will apply when a student enrols in that course and the final responsibility for the operation of the program rests with the Deans of the two Faculties. (Refer to each Faculty section for Academic Regulations and Procedures and other relevant information.)

Recommended Enrolment Patterns

To satisfy the requirements of the program, new students must complete the Academic Courses and Practice Courses in the following tables, which show the recommended enrolment patterns for on-campus and external students. Students studying externally will have entered the program with advanced standing and will therefore follow a non-standard enrolment pattern. Therefore the year of enrolment is not shown. Students following a non-standard enrolment pattern should consult the Course Synopses section of the Handbook to ascertain if a course is offered in another semester.

Elective courses are included in the list of Academic Courses. Students should select these courses from the Electives tables.

Recommended Enrolment Pattern - Academic Courses

Major Study: Computer Systems Engineering; Applied Computer Systems

Course

Year of Program and semester in which course is normally studied

Residential School

Enrolment Requirements

On-campus
(ONC)

External
(EXT)

Online
(WEB)

Year

Sem

Year

Sem

Year

Sem

CSC1401 Foundation Programming with C

1

1

1

O

ENG1101 Engineering Problem Solving 1

1

1

1, 2

MAT1100 Foundation Mathematics #

1

1

1

O

ELE1301 Computer Engineering

1

1

1

CSC2401 Algorithms and Data Structures

1

2

2

O

Pre CSC1401 Pre MAT1101 Pre *

ENG2102 Engineering Problem Solving 2

1

2

2

Pre ENG1101

ELE1502 Electronic Circuits

1

2

2

Co ELE1801

ELE1801 Electrical Technology

1

2

2

Co MAT1102 Co / Co MAT1100

ENG1001 Principles of Professional Engineering and Surveying

2

1

1, 2

MAT1102 Algebra and Calculus I

2

1

1

O

MAT1101 Discrete Mathematics for Computing

2

1

1

O

ELE2303 Embedded Systems Design

2

1

1

1, 2

Pre ELE1301 Pre *

ENG3103 Engineering Problem Solving 3

2

2

2

Pre ENG2102 Co MAT2100

MAT2100 Algebra and Calculus II

2

2

2

O

Pre MAT1102

ENG1100 Introduction to Engineering Design

2

1

1, 2

ELE2103 Linear Systems and Control

2

2

2

Co MAT1102

ELE3105 Computer Controlled Systems

3

1

1

Pre ELE2103

ELE3305 Computer Systems and Communications Protocols

3

1

1

1, 2

Pre ELE1301 Pre * Co ELE2303 Co *

ENG2002 Technology and Society

3

1

1

ELE2601 Telecommunications Principles

3

1

1

Pre ELE1502 Pre ELE1801

ENG4104 Engineering Problem Solving 4

3

2

Pre ENG3103

ELE3107 Signal Processing

3

2

2

2

Pre ELE2103 Pre *

ELE2504 Electronic Design and Analysis

3

2

2

Pre ELE1502 Pre ELE2103 Co ELE2601

ELE3307 Real Time Systems

3

2

2

Pre ELE1301

CSC2402 Object-Oriented Programming in C++

4

1

1

O

Pre CSC1401

CIS3001 Java Programming

4

1

1

Pre CSC1401

CSC2408 Software Development Tools

4

1

1

O

Pre CSC1401

CSC3400 Data Base Systems

4

1

1

O

Pre MAT1101 Pre *

STA2300 Data Analysis

4

2

2

O

Pre ELE1301 Pre *

CSC2407 Introduction to Software Engineering

4

2

2

O

Pre CSC2400 Pre / Pre CSC2401 Pre + Pre CSC2408

CSC2404 Operating Systems

4

2

2

O

Pre ELE1301 Pre + Pre CSC2401 Pre / Pre CSC2400

Elective

4

2

2

ENG4111 Research Project Part 1 **

5

1

1

CSC3403 Comparative Programming Languages

5

1

1

O

Pre CSC2401 Pre / Pre CSC2400

ENG3003 Engineering Management

5

1

1

Elective

5

1

1

ENG4112 Research Project Part 2 ***

5

2

2

Pre ENG4111

ENG4004 Engineering Management Science

5

2

2

2

Elective

5

2

2

Elective

5

2

2


Footnotes

# Students who achieved a high level in Year 12 mathematics, or in an equivalent mathematics program, may be eligible to study an elective course instead of MAT1100 Foundation Mathematics. Please refer to the notes under the heading MAT1100 Foundation Mathematics in the General Information - Undergraduate Programs section of the Faculty's entry in this Handbook. Eligible students should enrol in MAT1102 Algebra and Calculus 1 instead of MAT1100 Foundation Mathematics.

** It is recommended that students in the Bachelor of Engineering and Bachelor of Information Technology should have completed ENG3902 prior to undertaking this course.

*** It is recommended that students in the Bachelor of Engineering and Bachelor of Information Technology should also be enrolled in ENG4903 while undertaking this course.


Notes:
* The enrolment requirements for this course are recommended.
See the following table for elective courses.
Students should also refer to the "Other Requirements for Students Studying Electrical and Electronic or Computer Systems Courses" at the beginning of the Faculty of Engineering and Surveying section of this Handbook.
Students who have been granted an exemption from ELE1801 study materials from the USQ Bookshop and work through this prior to attempting courses for which ELE1801 is an enrolment requirement.

Recommended Enrolment Pattern - Practice Courses

The majority of the practical and professional experience requirements of the Engineering component of the program are contained within the Practice Courses in the following tables. Students enrolled in the external mode of a Practice Course must attend the residential school for that course. In some cases students enrolled in the on-campus mode may also be required to attend the residential school. These are zero unit courses, which are a compulsory part of the program. However, they do not attract a HECS liability for Australian residents or a tuition fee for international students.

Course

Year of Program and semester in which course is normally studied

Residential School

Enrolment Requirements

On-campus
(ONC)

External
(EXT)

Online
(WEB)

Year

Sem

Year

Sem

Year

Sem

ENG1901 Engineering Practice 1

1

1

2, 3

ELE1911 Electrical and Electronic Practice A

1

1

2

Co ELE1301 Co ELE1502 Co ELE1801

ELE2912 Electrical and Electronic Practice B

2

1

3

Co ELE2303 Co ELE2103

ELE3913 Computer Systems Engineering Practice

3

1

2

Co ELE2504 Co ELE2601 Co ELE3307

ELE3915 Electrical and Electronic Practice E

3

1

2

Co ELE3305 Co *

ENG3902 Professional Practice 1

4

2

2

ENG4903 Professional Practice 2

5

1

2

Pre ENG3902 Co ENG4112

Elective Courses

Students must complete four of the courses in the following table. Other courses may be admissible as electives. Interested students should contact their Associate Head or Head of Discipline.

Course

Year of Program and semester in which course is normally studied

Residential School

Enrolment Requirements

On-campus
(ONC)

External
(EXT)

Online
(WEB)

Year

Sem

Year

Sem

Year

Sem

Select two from :

CSC2405 System Administration

2

2

O

Pre CSC2408 Pre / Co CSC2404

CSC2406 Web Publishing

2

2, 3

O

Pre CSC2408

CSC3401 Advanced Information Systems

1

1

O

Pre CSC3400

CSC3402 Graphical User Interface Programming

2

2

O

Pre CSC1401 Pre *

CSC3405 Intelligent Agent Technology

1

O

Pre MAT1101 Pre *

CSC3406 Computer Graphics

1

1

O

Pre CSC2401 Pre / Pre CSC2400

CSC3408 Compiler Design and Construction

2

2

O

Pre CSC3403

CSC3409 Simulation

2

2, 3

O

Pre MAT1100

CSC3410 Multimedia Systems and Communications

2

2

O

Pre CSC1401 + Pre CSC2402 Pre *

CSC3413 Network Design and Analysis

2

2

O

Co CSC3407

Select two from :

ELE3506 Electronic Measurement

2

2

Pre ELE1502 Pre ELE2103 Pre ELE2504

ENG4406 Robotics and Machine Vision

2

2

1, 2

Pre ELE2103 Pre *

ELE4607 Advanced Digital Communications

1

Pre ELE1301 Pre * Co ELE3107 Co *

ELE4109 Measurement Science and Instrument Engineering

1

Pre ELE3506

ENG4110 Engineering Research Methodology

1

2

Co ENG4111

MAT3102 Advanced Engineering Mathematics A+

2

2

O

Pre ENG3103


Notes:
* The enrolment requirements for this course are recommended.
+ May not be offered after 2003.
ELE4108 is not offered in 2003. ELE4109 will not be offered in the on-campus mode in 2003, but will be available externally.



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