Bachelor of Computer Systems Engineering (Honours)
This degree is part of the Year 12 Subject Spotlight Early Offer Program
Admission to our undergraduate degree programs usually requires successful completion of a senior secondary school qualification similar to the Higher School Certificate (HSC), the highest educational award in New South Wales schools.
- Semester 1 - 25 Feb 2019
- Semester 2 - 29 Jul 2019
Face to Face
4 years full-time or part-time equivalent up to 10 years maximum.
- Semester 1 - 25 Feb 2019
- Semester 2 - 29 Jul 2019
$34,945 (indicative annual fee, 2019)
Indicative annual fees are based on a full year full time load (80 units) Find out more about fees
- IELTS overall minimum - 6.0
- IELTS section minimum - 6.0
4 years full-time.
Face to Face
Currently enrolled, continuing students looking for the previous version of this program should refer back to the: Bachelor of Engineering (Honours) (Computer) (pre 2017)
Program handbook
Description
Computer systems engineers are experts in software development, electronic hardware design and networking. They design, build and test computer hardware and interface hardware to other equipment and networks. They also write the software for end user interaction.
The Bachelor of Computer Systems Engineering (Honours) program covers the theoretical and practical knowledge required to create a computing system from initiation to completion. It enables students to innovate a computer system as part of an existing engineering system such as a controller of industrial plant or equipment. The degree focusses on underlying principles and techniques so that graduates are able to learn and apply new technologies as they emerge in the future.
Program learning outcomes
On successful completion of the program students will have:
- Comprehensive, theory based understanding of engineering fundamentals and/or the underpinning natural and physical sciences as applicable to the engineering discipline
- Conceptual understanding of the mathematics, numerical analysis, statistics, and computer and information sciences which underpin the engineering discipline
- In-depth understanding of specialist bodies of knowledge within the engineering discipline
- Discernment of knowledge development and research directions within the engineering discipline
- Knowledge of contextual factors impacting the engineering discipline
- Understanding of the scope, principles, norms, accountabilities and bounds of contemporary engineering practice in the specific discipline
- Application of established engineering methods to complex engineering problem solving
- Fluent application of engineering techniques, tools and resources
- Application of systematic engineering synthesis and design processes
- Application of systematic approaches to the conduct and management of engineering projects
- Ethical conduct and professional accountability
- Effective oral and/or written communication in professional and lay domains
- Creative, innovative and pro-active demeanour
- Professional use and management of information
- Orderly management of self, and professional conduct
- Effective team membership and team leadership
Details
| Information correct as at | 20 Jun 2019 3:23 AM | |||
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| Program code | 40059 | |||
| AQF level | Level 8 Bachelor Honours Degree | |||
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| Assumed knowledge | HSC Mathematics (Band 5 or above) or equivalent. Study of one science-related subject would also be an advantage (Physics or Chemistry preferred). | |||
| Recommended studies | HSC Mathematics Extension 1 or equivalent. Study of one science-related subject would also be an advantage (Physics or Chemistry preferred). | |||
| Term type | Semesters | |||
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| CRICOS Code | 092848A |
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Admission information
Admission requirements
Admission to this program is available to Australian students, residents and international students. Admission information for Australian students and residents is available online here. Admission information for international students can be found here. During the admission process adjustment factors may be applied to your Selection Rank. Please visit our website to see if you are eligible.
Enrolling in mathematics - Maths placement test
Your degree includes either compulsory or optional courses in maths. To maximise your likelihood of academic success, it is recommended that you select the course which matches your existing knowledge and understanding of maths concepts.
Answer a few questions now to find out what mathematics you should enrol in.
Minimum English language proficiency requirements
All Applicants must demonstrate that they meet the University’s English proficiency requirement. Further information regarding English language proficiency requirements can be found at the English Language Proficiency for Admission Policy here.
Credit transfer
If you wish to apply for credit for studies completed at another institution, or if you are changing programs within the University and wish to transfer your credit to the new program, visit the University's credit website and click on 'How to Apply for Credit'.
Compulsory program requirements
Requirements for qualification of this award, include completion of at least 12 weeks of industrial experience of a nature acceptable to the Faculty Board. Students are encouraged to obtain and to report on a substantial block of this experience at one time but several shorter periods not less than 2 weeks duration will be accepted. Further information on industrial experience is available here.
Professional recognition
Engineers Australia
This program is accredited by Engineers Australia, and other affiliated international organisations, through the Washington Accord. Students who successfully complete this program are eligible to apply for membership to Engineers Australia.
Academic requirements for program completion
Total units required
320 units
Program duration
4 years full-time or part-time equivalent up to 10 years maximum.
International students studying this program on campus are required to enrol full time to comply with their student visa requirements and complete their study in the standard minimum program duration. International students requiring enrolment advice should review the program plan corresponding to the semester and year of commencement and can contact their Program Advisor at ProgramAdvice@newcastle.edu.au
Program requirements
The Bachelor of Computer Systems Engineering (Honours) is a four year program comprising 320 units: 270 units of core courses, 10 units of Directed courses and 40 units of elective pathway courses. No more than 120 units can be at 1000 level; and at least 40 units must be taken at each level from the 2000 level and above for this program.
An elective pathway gives students the opportunity to broaden their skills and knowledge in their own or another engineering discipline; or specialise in areas such as business, maths or science; or undertake study overseas. Please be aware of the 120 unit maximum for 1000 level courses in your program when selecting your Elective Pathway.
Please note that if you undertake courses that are not in your approved program you will be liable for additional fees for those courses. This is in addition to the HECS fees associated with your normal program of study.
Students wishing to undertake the program on a part-time basis are advised to contact the Program Convenor for advice on optimum selection of courses for part-time enrolment.
Students with a Band 1 or 2 in the NSW HSC course Extension 1 Mathematics OR who have completed NSW HSC Extension 2 Mathematics (or their interstate/international equivalents) are able to complete the higher level MATH1210/MATH1220 Mathematical Discovery 1/Mathematical Discovery 2 course in lieu of MATH1110/MATH1120. Please contact your program advisor if you wish to discuss this option.
Program plans
Download a program plan for further details on what you will study. Please refer to the program plan for the year that you commenced or transitioned into this program.
- Program Plan 473.3 KB Commencing Semester 2 2017-2019
- Program Plan 471.2 KB Commencing Semester 1 2017-2019
Elective pathways
These pathways have been created to provide guidance for Bachelor of Computer Systems Engineering (Honours) students wishing to specialise in a study area with their elective courses.
- Business and Legal Studies 623.1 KB Pathways in Accounting, Finance, Entrepreneurship, Leadership and Marketing.
- Creative Industries 520.3 KB Industrial Design, Communication and Media.
- Engineering and Built Environment 1017.7 KB Introductory and advanced topics in multiple engineering and built environment disciplines.
- Humanities 614.5 KB History, Language, Philiosophy, Sociology and Anthropology.
- Mathematics 552.5 KB Discrete Modelling, Signal Processing, Differential Equations and Operations Research.
- Science 633.1 KB Aquatic Environments, Chemistry, Earth Science, Biology and Sustainability.
Additional documents
- 2019 Transition Arrangements 83.0 KB
- Study Abroad Guide 158.1 KB This guide will help you plan an overseas semester exchange in your degree.
Transition arrangements
2019 Arrangements:
Please note: Core course SENG3400 Network and Distributed Computing has been removed from the program. From 2019 onwards, students will be instead required to complete 10 units of Computer Systems Directed courses, as listed in the program structure below. Students who have previously completed SENG3400 are not required to complete an aditional 10 units of Directed courses.
As programs are regularly reviewed and updated, some students may experience changes to their program of study during the course of their enrolment, which may require transition arrangements. Students affected by changes to their program are advised to review any documentation contained in the "Additional Documents" section, in the first instance. Any further questions should be directed to your Program Advisor at ProgramAdvice@newcastle.edu.au.
Program structure
Students are advised to read their program handbook information in conjunction with the program plans for course sequence/enrolment advice. Please refer to the Program Plan for the year that you commenced, or transitioned into, this program - Program Plans are available above.
Advanced course filters
Courses that are currently unavailable are hidden by default. You can show them by adjusting the advanced course filters above, or clicking the 'show all' links below each section.
Core Courses
| Code | Title | Term / Location | Units |
|---|---|---|---|
| ELEC1310 | Introduction to Electrical Engineering |
| 10 units |
| ELEC1710 | Digital and Computer Electronics 1 |
| 10 units |
| ENGG1003 | Introduction to Procedural Programming |
| 10 units |
| ENGG1500 | Introduction to Professional Engineering |
| 10 units |
| MATH1110 | Mathematics for Engineering, Science and Technology 1 |
| 10 units |
| MATH1120 | Mathematics for Engineering, Science and Technology 2 |
| 10 units |
| PHYS1220 | Advanced Physics II |
| 10 units |
| SENG1110 | Object Oriented Programming |
| 10 units |
| SENG1120 | Data Structures |
| 10 units |
| ELEC2320 | Electrical and Electronic Circuits |
| 10 units |
| ELEC2430 | Circuits and Signals |
| 10 units |
| ELEC2720 | Introduction to Embedded Computing |
| 10 units |
| ENGG2500 | Sustainable Engineering Practice |
| 10 units |
| SENG2050 | Web Engineering |
| 10 units |
| SENG2250 | System and Network Security |
| 10 units |
| STAT2110 | Engineering Statistics |
| 10 units |
| ELEC3240 | Analog Electronics |
| 10 units |
| ELEC3500 | Telecommunication Networks |
| 10 units |
| ELEC3540 | Analog and Digital Communications |
| 10 units |
| ELEC3730 | Digital and Computer Electronics 2 |
| 10 units |
| ELEC3850 | Electrical Engineering Design and Practice |
| 10 units |
| ENGG3500 | Managing Engineering Projects |
| 10 units |
| ELEC4720 | Programmable Logic Design |
| 10 units |
| ELEC4840A | Final Year Engineering Project Part A |
| 10 units |
| ELEC4840B | Final Year Engineering Project Part B |
| 20 units |
| ENGG4500 | Engineering Complexity |
| 10 units |
Directed Courses
Choose 10 units from the following courses. | |||
| Code | Title | Term / Location | Units |
|---|---|---|---|
| COMP3330 | Machine Intelligence |
| 10 units |
| ELEC3400 | Signal Processing |
| 10 units |
| PHYS3360 | Advanced Electromagnetism |
| 10 units |
| ELEC4210 | Electronics Design |
| 10 units |
| ELEC4700 | Advanced Computer Systems |
| 10 units |
Electives
Complete 40 units of electives to fulfil the requirements of the program. Electives can be used to extend and complement your core studies with more courses in the same field of study, or from areas that might be of interest to you. Electives can be chosen from all courses available at the University that do not have any other conditions (such as a course requisite) applied to them. | 40 units |
Honours
The Bachelor of Computer Systems Engineering (Honours) program uses the WAM as a measure for determining Honours. Please refer to the Bachelor Honours Policy for further detailed information.
Additional information
All students can access additional learning development mechanisms provided by the Centre for Teaching and Learning.
Aboriginal and Torres Strait Islander students can draw on the assistance and support provided by the Indigenous Student Support and Development service through The Wollotuka Institute.
International students
All International Students enrolled in the program will be provided with an orientation to familiarise them with the rules, expectations, facilities and services offered by the University. Please visit our International Students website to find out more about the support services available to international students.
Additional support
AccessAbility provides advice and reasonable adjustments to Students with a medical or health condition or disability. If you require adjustments to undertake your program, contact the Student Support Advisors - AccessAbility before semester or early in the semester. They will work with the Faculty or School to ensure that this happens in a timely manner.
Please note: All students must fulfil the inherent requirements of the programs and courses they are undertaking. While reasonable adjustments can be made, these adjustments cannot compromise academic integrity. It is the student's responsibility to check all the requirements of courses, and consider the effects of any medical condition or disability on their ability to complete course requirements. More information is available online.