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Introduction

Engineer the future you’ve always dreamed of

Gain the knowledge, skills and experience to design and build the robotic, artificial intelligence or Networking future you’ve always dreamed of with the UC Bachelor of Engineering (Honours).

Held over four years this course has been created to help those students interested in exploring a career in either Robotics and Artificial Intelligence or Network and Software Engineering by creating a platform from which to choose your specialisation.

Robotics and Artificial Intelligence - this specialisation offers conceptual grounding in intelligent systems with the opportunity to apply theoretical knowledge in a practical setting through direct access to humanoid robots, robotic arms, wheeled platforms and other hi-tech robotic equipment.
Network and Software Engineering - in this course you will gain in-depth knowledge and skills in the design, development and operation of software-based network systems, including mobile and wireless data communications, security applications and services relating to cloud computing, big data and multimedia networks.

This course will pursue accreditation with Engineers Australia at Professional Engineer level and also with the Australian Computer Society at Professional level.

Study a Bachelor of Engineering (Honours) at UC and you will:

Gain highly desirable knowledge and skills in a future proof industry
Work with the latest computer aided software.
Learn how to design systems from the ground up
Become proficient in engineering research, design and management
Contribute your own ideas during site visits field work
Participate in numerous Work Integrated Learning (WIL) opportunities
Learn professional ideologies such as professional ethics, expectations and teamwork
Choose to specialise in either Robotics and Artificial Intelligence or Network and Software Engineering.
Be able to participate in the Engineers without Borders Challenge
Gain unrivalled access to industry and government stakeholders
Build extensive professional networks
Earn a globally recognised qualification and be in-demand.

Work Integrated Learning (WIL)

WIL is an integral component of the Bachelor of Engineering (Honours) course as it offers 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 students will be invited to also participate in the Engineers without Borders Challenge which is a humanitarian-focused activity offered in all UC engineering honours degrees.

To ensure our students have access to the right people and places, UC works hard to foster close industry connections and regularly engages with industry partners who possess both the skills and experience to provide specialised knowledge and training opportunities.

All course content is reviewed annually by our Course Advisory Group which is made up of a panel of highly qualified and respected industry experts.

Career opportunities

Whether you’re pursuing a career in Robotics and AI, or wish to specialise in Network and Software Engineering, the UC Bachelor of Engineering (Honours) offers a natural progression into any one of the following careers:

Cyber Security Engineer
Network Architect
Chief Technology Officer
Artificial Intelligence Engineer
Robotics Engineer
Data Scientist
Business Intelligence Analyst
Data Analyst
Software Engineer
Network Engineer
ICT Manager

Professional Accreditation

This course will pursue accreditation with Engineers Australia at Professional Engineer level and also with the Australian Computer Society at Professional level.

Admission Requirements

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 qualification

We 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

Information on admission closing dates can be found here.

English Language Requirements

Academic IELTS of 6.0 or equivalent, with no band score below 6.0

Fees

Information for Fee Paying Students

Year	Domestic	International
2019	CSP	$33,400

The fees detailed above are the annual fee rates for the course. The annual rate is the fee that applies to standard full-time enrolment, which is 24 credit points. The final fee charged is based on the proportion of 24 credit points in which a student enrols. Students enrolled in a Commonwealth Support Place (CSP) are required to make a contribution towards the cost of their education, which is set by the Commonwealth Government. Information on Commonwealth Supported Places, HECS-HELP and how fees are calculated can be found here.

Typical Study Pattern

UC - Canberra, Bruce
- Network and Software Engineering Specialisation - Full Time, Sem 1 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
  - Year 2
    - Semester 1
    - Semester 2
      - Systems Analysis and Modelling
      - Web Design and Programming
      - Two Open Electives
  - Year 3
    - Semester 1
    - Semester 2
      - Computer and Network Security
      - Network Architecture
      - Signals and Systems
      - Internet of Things (11511) OR High Speed Networks (9783)
  - Year 4
    - Semester 1
    - Semester 2
      - Engineering Project (Part B)
      - Two Open Electives
- Network and Software Engineering Specialisation - Full Time, Sem 1 2020 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
  - Year 2
    - Semester 1
    - Semester 2
  - Year 3
    - Semester 1
      - Digital Signal Processing
      - System Software
      - Technology and Engineering Management
      - Internet of Things (11511) OR High Speed Networks (9783)
    - Semester 2
      - Computer and Network Security
      - Network Architecture
      - Two Open Electives
  - Year 4
    - Semester 1
    - Semester 2
      - Engineering Project (Part B)
      - Two Open Electives
- Network and Software Engineering Specialisation - Full Time, Sem 2 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 2
  - Year 2
    - Semester 1
    - Semester 2
      - Systems Analysis and Modelling
      - Technological Innovation and Entrepreneurship
      - Web Design and Programming
      - Open Elective
  - Year 3
    - Semester 1
      - Electronics Systems
      - Mobile Technologies
      - Software Technology 2
      - Internet of Things (11511) OR High Speed Networks (9783)
    - Semester 2
      - Computer and Network Security
      - Network Architecture
      - Signals and Systems
      - Open Elective
  - Year 4
    - Semester 1
    - Semester 2
      - Engineering Project (Part A)
      - ICT and Engineering Research Methods
      - Open Elective
  - Year 5
    - Semester 1
      - Engineering Project (Part B)
      - Enterprise and Cloud Computing
      - Open Elective
- Robotics and Artificial Intelligence Specialisation - Full Time, Sem 1 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
  - Year 2
    - Semester 1
    - Semester 2
      - Systems Analysis and Modelling
      - Three Open Electives
  - Year 3
    - Semester 1
    - Semester 2
  - Year 4
    - Semester 1
    - Semester 2
      - Engineering Project (Part B)
      - Pattern Recognition and Machine Learning
      - Open Elective
- Robotics and Artificial Intelligence Specialisation - Full Time, Sem 1 2020 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
  - Year 2
    - Semester 1
      - Designing Human-Computer Interaction
      - Electronics Systems
      - Foundations of Robotics
      - Open Elective
    - Semester 2
      - Signals and Systems
      - Systems Analysis and Modelling
      - Technological Innovation and Entrepreneurship
      - Open Elective
  - Year 3
    - Semester 1
    - Semester 2
      - Advanced Robotics
      - Network Architecture
      - Soft Computing
      - Open Elective
  - Year 4
    - Semester 1
    - Semester 2
      - Engineering Project (Part B)
      - Pattern Recognition and Machine Learning
      - Open Elective
- Robotics and Artificial Intelligence Specialisation - Full Time, Sem 2 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 2
  - Year 2
    - Semester 1
    - Semester 2
      - Signals and Systems
      - Systems Analysis and Modelling
      - Technological Innovation and Entrepreneurship
      - Open Elective
  - Year 3
    - Semester 1
    - Semester 2
      - Advanced Robotics
      - Network Architecture
      - Pattern Recognition and Machine Learning
      - Open Elective
  - Year 4
    - Semester 1
      - Digital Signal Processing
      - Technology and Engineering Management
      - Wireless Networks
      - Open Elective
    - Semester 2
  - Year 5
    - Semester 1
      - Computer Vision and Image Analysis
      - Engineering Project (Part B)
      - Open Elective

Course Information

Course Requirements

Bachelor of Engineering (Honours) (96 credit points)
Required - 48 credit points as follows
- CM0009 Core Major in Engineering (48 credit points)
  - Required - Must pass 48 credit points as follows
Restricted Choice - Must select 1 of the following
- SM0061 Specialist Major in Network and Software Engineering (36 credit points)
  - Required - Must pass 33 credit points as follows
  - Restricted Choice - Must pass 3 credit points from the following
  - Note:
    - Students who wish to have work experience formally recorded and assessed can choose to enrol in 10006 Engineering Work Experience (0cp).
- SM0062 Specialist Major in Robotics and AI (Engineering) (36 credit points)
  - Required - Must pass 36 credit points as follows
  - Note:
    - Students who wish to have work experience formally recorded and assessed can choose to enrol in 10006 Engineering Work Experience (0cp).
- Note:
  - The course award is determined by the selected specialist major. E.g. Completing the Robotics & AI major leads to the Bachelor of Engineering (Honours) in Robotics & AI award name.
Open Electives - 12 credit points as follows
- Must pass 12 credit points from anywhere in the University.

In addition to course requirements, in order to successfully complete your course you may need to meet the inherent requirements. Please refer to the inherent requirements statement applicable to your course.

Course Duration

Standard 4 years full time, or part time equivalent. Maximum - 10 years.

Unit Delivery Modes

Each unit within your course may be offered through various delivery modes like on campus, online, flexible and intensive modes. Check how each of your units are delivered in the Course Requirements section.

Admission Periods

Year	Location	Domestic	International
2019	UC - Canberra, Bruce	Semester 2	Semester 2
2020	UC - Canberra, Bruce	Semester 1 Semester 2	Semester 1 Semester 2
2021	UC - Canberra, Bruce	Semester 1 Semester 2	Semester 1 Semester 2
2022	UC - Canberra, Bruce	Semester 1 Semester 2	Semester 1 Semester 2

Assumed Knowledge

Basic knowledge and skills in ICT (Information and Communication Technology);
Basic numeracy and literacy skills.

Awards

Award(s)	Official Abbreviation
Bachelor of Engineering (Honours) in Robotics and Artificial Intelligence	BE (Hons) Robotics&AI
Bachelor of Engineering (Honours) in Network and Software Engineering	BE (Hons) Network&SE

Course Summary

Course Code	ETB001
Course Version	1
Location	UC - Canberra, Bruce
Faculty	Faculty of Science and Technology
Discipline(s)	Academic Program Area - Technology
CRICOS Code	099434M
Duration (full-time equivalent)	4 Years

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