course_ds

UC community notice
UC staff and student information on the University’s response
to the Australian Government’s travel restrictions related to the COVID-19 (Coronavirus) outbreak is being updated regularly.
Review updates on travel, isolation, support and study.

Introduction

Secure yourself a future in software engineering

If the idea of exploring a career working as a highly qualified and in demand software engineer inspires you, then the UC Bachelor of Software Engineering is your key to developing the skills needed to open industry doors and progress naturally into life long career as a software engineer.

This course has been designed to develop and strengthen your communication skills and teach you how to critically analyse and construct systems in order to gain a clear and wholistic understanding of the software engineering spectrum.

As part of your studies you will go on to become proficient in a range of areas including design, coding and software specification which will give you a solid foundation in computer science and give you the necessary skills to be able to develop your own cutting-edge creations.

With the ability to tailor your course to focus on a range of areas, including robotics and AI, computer security, network computing, games development, digital forensics and intelligent systems, this course offers the perfect platform from which to explore and discover the career pathway that best suits your personal and professional objectives.

This course is accredited with the Australian Computer Society and has been designed to impart you with the skills, knowledge, and confidence to work as a qualified IT professional, in whichever area of the industry you choose to launch your career in.

This course offers the chance to specialise in Cloud Computing and Internet of Things, Cybersecurity and System Administration, Data Science or Robotics and Artificial Intelligence.

Study a Bachelor of Software Engineering at UC and you will:

discover how to read, interpret, design and write code.
learn how to analyse and critique complex, large-scale software systems.
gain high-level awareness of professional ethics, responsibilities, values and standards.
achieve comprehensive insight into engineering aspects of computer science
study the current programming languages at an intensive level
understand the methodology of software systems engineering using analysis and specification methods such as UML, XML, structured and soft systems methodologies
learn to design and build systems and software using specialist engineering tools
work within modern development environments that include Windows, Linux, mobile and cloud computing.
earn a globally recognised degree.

Work Integrated Learning (WIL)

Work-integrated learning (WIL) is an integral component of the UC Bachelor of Software Engineering course as it offers students the opportunity to gain valuable hands-on experience and build professional relationships through real work, or work-like placements.

To help encourage on the job learning, UC works hard to foster close industry connections with professional organisations - and as a result can offer unrivalled access to industry partners with the both the knowledge and resources to provide top level work placement positions and training opportunities.

Previous internments have taken placement at professional organisations 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 real-world industry capstone project, working in teams producing and implementing a real-world software solution for a local business, government or community organisation.

Career opportunities

The UC Bachelor of Software of Engineering is an industry respected and globally recognised degree. UC’s unique connections within the industry also means that students tend to establish strong professional relationships long before they graduate. This often means that students stand out from the competition and have a higher chance of successfully transitioning into any of the following careers:

Software engineer
Cloud computing architect
Software and games developer
ICT project manager
ICT security specialist
Chief Information Officer
IoT engineer, developer or designer
Cybersecurity specialist
Service desk manager
System administrator
Cybersecurity operations manager
Big data engineer
Big data architect
Data scientist
Business intelligence specialist
Artificial intelligence engineer
Machine learning engineer
Robotics specialist.

Course-specific information

This course is accredited by the Australian Computer Society (ACS) at the Professional level. High-achieving students may be eligible to enroll in Honours in Information Sciences, and there are clear pathways from this course to the Master of Information Sciences (Research) and other postgraduate degrees.

Professional Accreditation

This course is accredited by the professional body, the Australian Computer Society, at the 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.

Credit Arrangements

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

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
2020	CSP	$28,700

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
- Standard Full Time, Semester 1 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
      - Introduction to Network Engineering
      - Software Technology 1
      - Systems Analysis and Modelling
      - Restricted Choice unit
  - Year 2
    - Semester 1
      - Mobile Technologies
      - Software Technology 2
      - Technological Innovation and Entrepreneurship
      - Restricted Choice unit
    - Semester 2
      - Software Systems Architecture
      - Web Design and Programming
      - Two Restricted Choice units
  - Year 3
    - Semester 1
      - Technology and Engineering Management
      - Three Restricted Choice units
    - Semester 2
      - Information & Communication Technology Project
      - System Software
      - Restricted Choice unit
- Standard Full Time, Semester 1, 2020 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 1
    - Semester 2
      - Discrete Mathematics
      - Software Technology 1
      - Systems Analysis and Modelling
      - Restricted Choice unit
  - Year 2
    - Semester 1
      - Mobile Technologies
      - Software Technology 2
      - Technological Innovation and Entrepreneurship
      - Restricted Choice unit
    - Semester 2
      - Software Systems Architecture
      - Web Design and Programming
      - Two Restricted Choice units
  - Year 3
    - Semester 1
      - System Software
      - Technology and Engineering Management
      - Two Restricted Choice units
    - Semester 2
      - Information & Communication Technology Project
      - Two Restricted Choice units
- Standard Full Time, Semester 2 Commencing
  - Print this Study Pattern
  - Year 1
    - Semester 2
  - Year 2
    - Semester 1
      - Database Design
      - Introduction to Information Technology
      - Professional Practice in IT
      - Restricted Choice unit
    - Semester 2
      - Software Systems Architecture
      - Web Design and Programming
      - Two Restricted Choice units
  - Year 3
    - Semester 1
    - Semester 2
      - Information & Communication Technology Project
      - Two Restricted Choice units
  - Year 4
    - Semester 1
      - Technology and Engineering Management
      - Three Restricted Choice units

Course Information

Course Requirements

Bachelor of Software Engineering (72 credit points)
Required - Must pass 48 credit points as follows
- CM0018 Core Major in Information Technology and Systems (24 credit points)
  - Required - Must pass 21 credit points as follows
  - Restricted Choice - Must pass 3 credit points from the following
    - Note:
      - 1. Students in the BIMT, BIT, BSE or BET courses should choose 11485 Introduction to Network Engineering.
      - 2. Students in the BBI course should choose 6348 Information Systems in Organisations.
      - 3. Students in the BSE/BBI combined course should do both 11485 Intro to Network Engineering AND 6348 Info Systems in Organisations. The extra cps will count towards the chosen Specialist Major.
- SM0053 Specialist Major in Software Engineering (24 credit points)
  - Required - Must pass 24 credit points as follows
Restricted Choice - Must select 1 of the following
- Option 1 - Must pass 24 credit points from the following
  - SM0055 Specialist Major in Cloud Computing and IoT (24 credit points)
    - Required - Must pass 15 credit points as follows
    - Restricted Choice - Must pass 9 credit points from the following
      - any units offered by the School of Information Technology & Systems, with at least 3 credit points at Advanced (3) level, including the following units:
      - Note:
        
        1. Restricted Choice units should be chosen to either meet the prerequisites of the units in the Major or to complement Major units for a better learning outcome.
        
        2. Exclusive to this Major only, students may also choose unit 11271 Law, Innovation & Technologies (offered by Faculty of Business, Government & Law) as one of the Restricted Choices units.
  - SM0056 Specialist Major in Cybersecurity and System Administration (24 credit points)
    - Required - Must pass 15 credit points as follows
    - Restricted Choice - 9 credit points as follows
      - Part A - Must pass 3 credit points from the following
        
        9281 - Enterprise and Cloud Computing - 3 cp, Level 3
        
        9788 - Contemporary IT & E Issues - 3 cp, Level 3
      - Part B - Must pass 6 credit points from the following
        
        any units offered by the School of Information Technology & Systems, with at least 3 credit points at Advanced (3) level, including the following units:
        
        7899 - Information Sciences Internship - 3 cp, Level 3
        
        10152 - Information Sciences Internship (Extended) - 3 cp, Level 3
        
        11480 - Advances in Information Sciences and Engineering - 3 cp, Level 3
        
        11487 - Information Security - 3 cp, Level 2
        
        Note:
        
        1. Restricted Choice units should be chosen to either meet the prerequisites of the units in the Major or to complement Major units for a better learning outcome.
        
        2. Students who have not studied 11487 Information Security in other Majors should choose this unit instead of a Restricted Choice unit.
  - SM0057 Specialist Major in Data Science (24 credit points)
    - Required - Must pass 15 credit points as follows
    - Restricted Choice - Must pass 9 credit points from the following
      - any units offered by the School of Information Technology & Systems, with at least 3 credit points at Advanced (3) level, including the following units:
      - Note:
        Restricted Choice units should be chosen to either meet the prerequisites of the units in the Major or to complement Major units for a better learning outcome.
  - SM0058 Specialist Major in Robotics and AI (24 credit points)
    - Required - Must pass 18 credit points as follows
    - Restricted Choice - Must pass 6 credit points from the following
      - any units offered by the School of Information Technology & Systems, with at least 3 credit points at Advanced (3) level, including the following units:
      - Note:
        
        1. Restricted Choice units should be chosen to either meet the prerequisites of the units in the Major or to complement Major units for a better learning outcome.
        
        2. Students who have not studied 7170 Software Technology 2 in other Majors should choose this unit instead of a Restricted Choice unit.
- Option 2 - 24 credit points as follows
  - Must pass 24 credit points from anywhere in the University as a breadth major, a breadth minor and/or as individual units.
Individual units may only count towards one major. Only 3 majors can be completed in this course, including core, specialist and breadth majors.

For a list of breadth majors and minors follow this link. Other majors may also be available so seek course advice if you want more information.

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 six semesters full-time or equivalent. Maximum twenty semesters.

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
2020	UC - Canberra, Bruce	Semester 1 Winter Term Semester 2	Semester 1 Semester 2
2021	UC - Canberra, Bruce	Semester 1 Winter Term Semester 2	Semester 1 Semester 2
2022	UC - Canberra, Bruce	Semester 1 Winter Term 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 Software Engineering	BSE

Course Summary

Course Code	560AA
Course Version	7
Location	UC - Canberra, Bruce
Faculty	Faculty of Science and Technology
Discipline(s)	Academic Program Area - Technology
UAC Code	366103
CRICOS Code	054017M
Selection Rank	54.3
Duration (full-time equivalent)	3 Years

Enquire Apply