Faculty of Engineering and Built Environment

Bachelor of Engineering (Computer)/Bachelor of Computer Science

Back to topDescription

This combined degree program provides students with an opportunity to undertake concurrent study and complete two awards. In general, it offers greater breadth of learning, enhancing the academic and professional qualities gained in each separate degree. At the same time, it recognises the increasing need for students to graduate with multidisciplinary skills.

Students have the opportunity to select electives according to their individual areas of interest and will also have the opportunity to undertake an industry related project in their final year of study in the engineering degree and must complete 12 weeks of industrial experience throughout the program.

Back to topWhy study with us?

The emphasis is on giving students a well-rounded mix of hardware and software topics combined with more theoretical studies in computer science. Core courses are from the areas of computer engineering, digital systems, software engineering, signal processing, electronics, and computer science. You will have the opportunity to undertake an industry-related project in your final year of study and must also complete 12 weeks of industrial experience through the program.

Back to topCareer Opportunities

Graduates of this combined degree enjoy excellent career prospects gaining skills relevant to work in engineering of digital and computer systems, digital signal processing, tracking and surveillance, measurement and sensing, data processing systems, software engineering, electronic systems, and manufacturing industry. Also, additional skills of programming, helps to find jobs in systems analysis and design, banking and financial sectors and management of ICT resources.

Careers are found in many facets of engineering, science and other technology based disciplines or as software programmers in industry, commerce or government departments. Many more on to become systems managers responsible and operation of large ICT infrastructures used by business and government organizations. Computer science graduates also find employment in specialized technical sales and management in various organizations.

Back to topAdmission Requirements

Australian Year 12 students:

Apply for entry through UAC.

Entry based on UAI or equivalent.

Non school leavers and previous Australian Year 12 students:

Apply for entry through UAC.

Entry based on:

previous Year 12 studies and/or

Higher education, tertiary or post-secondary qualifications and/or

Overseas qualifications considered equivalent to Australian qualifications.

International Students:

Not available to International Students

Back to topAssumed Knowledge

Assumed Knowledge for Computer Science:

There are no prerequisite courses but it is assumed that students will have studied Mathematics (Band 5 or above) or equivalent. Study of one science-related subject would also be an advantage. Applicants who have achieved less than Mathematics Band 5 or have not completed a science related subject may be admitted to the program but may need additional study and/or assistance to successfully complete the requirements of the program.

Assumed Knowledge for Computer Engineering:

There are no prerequisite courses but it is assumed that students will have studied Mathematics (Band 5 or above) or equivalent. Study of one science-related subject would also be an advantage, Physics is preferred. Applicants who have achieved less than Mathematics Band 5 or have not completed Physics may be admitted to the program but may need additional study and/or assistance to successfully complete the requirements of the program.

Back to topRecommended Studies

Mathematics (Band 5 or above) or equivalent. Study of one science-related subject would also be an advantage, Physics is preferred.

Back to topCredit Transfer

Credit transfer agreements with TAFE NSW and other education providers are under continuous negotiation. For more information about articulation arrangements please see the University's website at http://www.newcastle.edu.au/credit/.

Back to topHonours

Honours are embedded in the Bachelor of Engineering(Computer), based on outstanding performance throughout the duration of the program. Honours grades will normally be awarded by Faculty Board on the basis of a graduating student's performance in the program as a whole, as measured by the WAM according to the following schedule: Minimum WAM = Honours 77 = Class I. 72 = Class II Division 1. 67 = Class II Division 2. 50-66 = Pass Degree. A Head of School may recommend to Faculty Board that a grade of Honours be awarded to a student who has achieved a WAM of other than indicated or not be awarded to a particular student. In such a case Faculty Board may either make an award of Honours in accordance with the recommendation of the Head of School or in accordance with the schedule.

A Bachelor of Computer Science (Honours)is available as an additional year to meritorious students. Please contact the Program Convenor or Student Hub for further information.

Back to topPractical Experience

Students have the opportunity to undertake an industry-related project in their final year of study and must also complete 12 weeks of industrial experience throughout the program. Further information is available at: http://www.newcastle.edu.au/faculty/engineering/for-students/industrial-experience/

Back to topProfessional Accreditation

This program is accredited by Engineers Australia, the Australian Computer Society and other affiliated international organisations.

Back to topInternational Students

Not available to international students.

Back to topSpecial Needs

Students who have impaired function in their hands or arms, or a visual impairment will have difficulty pursuing this program. It is highly advisable for any prospective student with such a disability to contact the Program Convenor to discuss the issue. The Faculty of Engineering and Built Environment accepts responsibility, in liaison with the student Support Unit, for providing reasonable accommodations to allow students with disabilities to complete the program.

Back to topRequirements and Structure

The computer engineering and computer science degree program is a 5 year program comprising 400 units. The program is available at Callaghan Campus, however students do have the option of undertaking their first year at Ourimbah Campus, (with the remaining years to be undertaken at Callaghan Campus). Students have the opportunity to select electives according to their individual areas of interest.

Note that it may not be possible to complete the combined degree program within five years, if selection of electives involves timetable clashes, or where elective courses are not offered in a particular semester. Students enrolled in a combined degree program are advised to consult the Program Convenor or Students Hub for further information in relation to their academic program.

Back to topTransition Arrangements

As programs are regularly reviewed and updated some students may experience changes to their program of study during the course of their enrolment and may require transition arrangements. Students affected by changes to the program or experiencing transition problems are advised to consult with their Program Convenor.

Back to topCourse Information

Back to topYear 1
Core Courses
Complete the following core courses to fulfil the requirements of this program.
ELEC1300Electrical Engineering 110 units
ELEC1700Computer Engineering 110 units
MATH1110Mathematics 1
MATH1210 may be undertaken in lieu of MATH1110.(The assumed competency for MATH1210 is HSC Extension 1 with a performance in Band 4).
10 units
MATH1120Mathematics 2
MATH1220 may be undertaken in lieu of MATH1120.
10 units
PHYS1210Advanced Physics I10 units
PHYS1220Advanced Physics II10 units
SENG1110Introduction to Software Engineering 110 units
SENG1120Introduction to Software Engineering 210 units
Back to topYear 2
Core Courses
Complete the following core courses to fulfil the requirements of this program.
COMP1050Internet Communications10 units
GENG1803Introduction to Engineering Practice10 units
ELEC2320Electrical Circuits10 units
ELEC2400Signals and Systems10 units
ELEC2700Computer Engineering 210 units
MATH2310Calculus of Science and Engineering10 units
MATH2420Engineering Mathematics10 units
PHYS2170Quantum Mechanics and Semiconductor Physics10 units
Back to topYear 3
Core Courses
Complete the following core courses to fulfil the requirements of this program.
MATH1510Discrete Mathematics10 units
COMP2200Comparative Programming Languages10 units
COMP2230Introduction to Algorithmics10 units
ELEC2131Sensors and Machines10 units
ELEC3720Programmable Logic Design10 units
ELEC3730Embedded Systems10 units
ELEC3850Introduction to Electrical Engineering Design10 units
Directed Courses
Choose 20 units from Group A Computer Engineering directed courses.
COMP2240Operating Systems10 units
ELEC2500Introduction to Telecommunications10 units
SENG2130Software Development10 units
COMP3260Data Security10 units
ELEC3240Electronics10 units
ELEC3250Power Electronics10 units
ELEC3400Signal Processing10 units
ELEC3530Digital Communications10 units
ELEC4400Automatic Control10 units
Back to topYear 4
Core Courses
Complete the following core courses to fulfil the requirements of this program.
COMP2270Formal Languages and Automata10 units
INFT2040Database Management Systems10 units
SENG2130Software Development10 units
COMP3290Compiler Design10 units
GENG3830Engineering Project Management10 units
ELEC4700Advanced Computer Systems10 units
Directed Courses
Choose 10 units from Group B Computer Engineering directed courses.
COMP3290Compiler Design10 units
COMP3320Computer Graphics10 units
ELEC3500Telecommunications Networks10 units
PHYS3500Adv. Electromagnetism for Scientists and Engineers10 units
SENG3100Advanced Software Process10 units
SENG3120Object Oriented Software Engineering10 units
SENG3300User Interface Design10 units
ELEC4210Electronics Design10 units
ELEC4410Control System Design and Management10 units
ELEC4560Wireless Systems and Advanced Communications10 units
Back to topYear 5
Core Courses
Complete the following core courses to fulfil the requirements of this program.
COMP3330Machine Intelligence10 units
PHIL3910Technology and Human Values10 units
ELEC4840Final Year Engineering Project
Students may choose EITHER ELEC4840A AND ELEC4840B OR ELEC4840 (with Program Convenor Approval)
30 units
ELEC4840AFinal Year Engineering Project - Part A
Students may choose EITHER ELEC4840A AND ELEC4840B OR ELEC4840 (with Program Convenor Approval)
10 units
ELEC4840BFinal Year Engineering Project - Part B
Students may choose EITHER ELEC4840A AND ELEC4840B OR ELEC4840 (with Program Convenor Approval)
20 units
Directed Courses
Choose 30 units from 3000 Level Computer Science directed courses.
COMP3260Data Security10 units
COMP3320Computer Graphics10 units
INFT3920Contemporary Issues in Information Technology10 units
SENG3100Advanced Software Process10 units
SENG3120Object Oriented Software Engineering10 units
SENG3300User Interface Design10 units
SENG3400Network and Distributed Computing10 units