Bachelor of Engineering in Network and Software Engineering (Honours)

If you’re dreaming of a career developing innovative software solutions to solve complex problems, then the UC Bachelor of Engineering Network Software Engineering (Honours) course is the perfect chance to learn the necessary skills to design and build your perfect career from the ground up.Integrating the fields of network engineering, software engineering, electronics and information technology, this four-year honours degree will see you explore a wide range of specialised subject areas and teach you coding strategies and secrets enabling you to become proficient in reading, writing and developing code at all levels.Packed with Work Integrated Learning (WIL) opportunities, this course also offers you the chance to complete both an industry-oriented engineering project and a professional internship which means you will have the opportunity to gain practical experience and implement theoretical ideas in real world situations.Combined these experiences will give you a thorough, accurate appreciation of the information and telecommunications industry, while teaching you skills to confidently secure a future in an ever-developing industry.This course is also accredited by both Engineers Australia and the Australian Computer Society (ACS).Work-integrated learning (WIL) is an integral component of the Bachelor of Engineering in Network Software Engineering (Honours) journey as it gives students the opportunity to gain valuable hands-on experience and build professional relationships through real work, or work-like placements.As part of this course you will also have the opportunity to undertake a minimum of 12 weeks of professional work placement and work alongside industry specialists in a range of businesses such as:

Intelledox, Omni Executive, Pursuit Technology, Qirx, Fujitsu Australia, Birdsnest, Agsafe, ThoughtPatterns Consulting, ESKAPEE, HydroAlgorithmics, ALLBIDS, VerveEd.com, Emanate Technology, Xero Australia and the Australian Taxation Office.In your final year, you will also get to complete a capstone research project, producing and implementing an engineering solution for a local business, government or community organisation.This practical, hands on approach encourages professional development while stimulating networking opportunities and ultimately insuring that you are armed with the right mix of skills, knowledge and experience to move confidently into professional employment once you graduate.The UC Bachelor of Engineering in Network Software Engineering (Honours) is a globally recognised qualifications that help you build a future career in any one of the following positions:This course is fully accredited by Engineers Australia at Professional Engineer level, and also at Professional level by the Australian Computer Society.UC prides itself on fostering close industry connections, with the course content reviewed annually by our Course Advisory Group, made up of a panel of industry experts, and collaborations with industry partners who can provide you with internship positions and training opportunities.

Bachelor of Engineering in Network and Software Engineering (Honours) (96 credit points) Required - 81 credit points as follows

• MJ0262 Major in Network Engineering (18 credit points) Required - Must pass 18 credit points as follows 4483 - Software Technology 1 - 3 cp, Level 1 8019 - Computer and Network Security - 3 cp, Level 3 8227 - Wireless Networks - 3 cp, Level 2 8741 - Introduction to Network Engineering - 3 cp, Level 2 9428 - Network Architecture - 3 cp, Level 4 9789 - Technology and Engineering Management - 3 cp, Level 3 Note:From 2019 the unit code for 8741 Introduction to Network Engineering has changed to 11485 and for 9428 Network Architecture to 11484.
• Required Units - Must pass 63 credit points as follows 4478 - Introduction to Information Technology - 3 cp, Level 1 5915 - Database Design - 3 cp, Level 1 6365 - Systems Analysis and Modelling - 3 cp, Level 2 6698 - Discrete Mathematics - 3 cp, Level 1 7170 - Software Technology 2 - 3 cp, Level 2 7171 - System Software - 3 cp, Level 2 7175 - Web Design and Programming - 3 cp, Level 2 8223 - Introduction to Computer Engineering - 3 cp, Level 1 8224 - Electronics Systems - 3 cp, Level 1 8228 - Engineering Management 2A - 3 cp, Level 2 8233 - Communication Theory - 3 cp, Level 3 8235 - Signals and Systems - 3 cp, Level 3 8878 - Mobile Technologies - 3 cp, Level 2 9788 - Contemporary IT & E Issues - 3 cp, Level 3 9826 - ICT and Engineering Research Methods - 3 cp, Level 4 10003 - Digital Signal Processing - 3 cp, Level 3 10004 - Engineering Project (Part A) - 6 cp, Level 4 10005 - Engineering Project (Part B) - 6 cp, Level 4 10006 - Engineering Work Experience (0cp) - 0 cp, Level 4 10087 - Engineering Mathematics - 3 cp, Level 1
• Note: 1. The unit Engineering Work Experience is for the recording & assessment of work experience, & has no credit points. Students should enrol into the unit when conducting the work experience. 2. A minimum of 12 weeks of professional work experience, normally undertaken at the end of the third year of full-time study (or part-time equivalent), is required by Engineers Australia. 3. From 2019 the unit code for Systems Analysis and Modelling has changed to 11486, for System Software to 11489 and for Mobile Technologies to 11492.

Restricted Choice - 9 credit points as follows

• 7159 - Distributed Systems Technology - 3 cp, Level 3 7160 - Game Programming Techniques - 3 cp, Level 3 7165 - Object Oriented Software Design - 3 cp, Level 3 7167 - Security and Support in IT - 3 cp, Level 2 7168 - Soft Computing - 3 cp, Level 3 7172 - System Testing - 3 cp, Level 3 7174 - Visual and Interactive Computing - 3 cp, Level 3 7897 - Advances in Information Sciences 1 - 3 cp, Level 3 7898 - Advances in Information Sciences 2 - 3 cp, Level 3 7899 - Information Sciences Internship - 3 cp, Level 3 8020 - Biometric Person Authentication - 3 cp, Level 3 8231 - Embedded Systems - 3 cp, Level 3 8240 - Pattern Recognition - 3 cp, Level 4 8242 - Optical Communications - 3 cp, Level 4 8244 - Advanced Wireless Communication - 3 cp, Level 4 8745 - Software Systems Architecture - 3 cp, Level 2 9074 - Introduction to Digital Forensics - 3 cp, Level 2 9281 - Enterprise and Cloud Computing - 3 cp, Level 3 9782 - Client Server Computing - 3 cp, Level 4 9783 - High Speed Networks - 3 cp, Level 4 11488 - Security and Support in IT - 3 cp, Level 1 11491 - Software Systems Architecture - 3 cp, Level 3
• Note: From 2019 the unit code for Security & Support in IT has changed to 11488 and for Software Systems Architecture to 11491. Unit Availability: The availability of restricted choice units may vary each semester.

Open Electives - 6 credit points as follows

• Must pass 6 credit points from anywhere in the University.
• Note:Unit Levels: In choosing electives students should note that not more than 30 credit points at Level 1 is permitted for the entire course.

Admission Requirements

Admission to this course is based on an entrance rank. A rank can be achieved by the following means:- Year 12 ATAR- other Australian Qualification- work experience- overseas qualificationWe also offer a number of entry initiatives that give you the opportunity to gain entry to the University via alternate pathway programs and admissions schemes. More information is available on our Alternative Entry page: http://www.canberra.edu.au/future-students/applications/apply-now/alternative-entry

Assumed Knowledge

Specialist Maths (Recommended) (T) or Mathematical Methods (T), or equivalent.

Periods Course is Open to New Admissions

Information on admission closing dates can be found here.

Credit Arrangements

Credit arrangements (if available) for this course can be found on the University's Credit Search website.