Program Overview

Master of Engineering

The Master of Engineering is a postgraduate degree that offers advanced knowledge and skills in a field of engineering. The program is designed to help students gain an advanced understanding of network engineering, including the principles to design, develop, operate, and evaluate systems.

About this Course

The Master of Engineering course is designed for existing engineering graduates looking for career progression. The course has a strong emphasis on Work Integrated Learning (WIL) and real-world problem-solving. Students will undertake considerable practical work experience, which is a unique opportunity to expand their knowledge and professional network.

Career Opportunities

The UC Master of Engineering is an advanced degree that is both globally recognized and industry respected. Graduates can move into careers such as:

• Network engineer
• Network and systems administrator
• ICT security engineer
• Network engineering consultant
• IoT (Internet of Things) specialist
• IT project manager
• Business or systems analyst

Course-Specific Information

Applicants need to have completed a four-year Bachelor of Engineering degree (or equivalent), or a three-year bachelor’s degree accredited by Engineers Australia at a Technologist level (or equivalent).

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

A 4-year Bachelor of Engineering degree or equivalent, or a 3-year bachelor degree accredited by Engineers Australia at Technologist level or equivalent. Graduates from the following University of Canberra degrees are also eligible:

• Bachelor of Information Technology
• Bachelor of Software Engineering
• Bachelor of Science with a major in either Software Engineering or Network Engineering

Assumed Knowledge

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

Periods Course is Open for New Admissions

The course is open for new admissions in:

• 2026: Semester 1 (16 February 2026) and Semester 2 (10 August 2026)
• 2027: Semester 1 (15 February 2027) and Semester 2 (09 August 2027)

Credit Arrangements

There are currently no formal credit transfer arrangements for entry to this course. Any previous study or work experience will only be considered as part of the application process in accordance with current course rules and university policy.

Course Requirements

The Master of Engineering requires 48 credit points, including:

• Required units: 42 credit points
  • Introduction to Information Technology G (8936)
  • Technology and Engineering Management PG (9784)
  • Introduction to Network Engineering G (10088)
  • Professional Practice in Engineering G (10097)
  • Network Architecture PG (10099)
  • Wireless Networks PG (10100)
  • System and Network Administration PG (11515)
  • Introduction to Cyber Security G (11941)
  • ICT and Engineering Research Methodology PG (12090)
  • Engineering Work Experience PG (12091)
  • Engineering Project PG Part A (12092)
  • Engineering Project PG Part B (12093)
  • Advanced Network Engineering PG (12094)
• Restricted Choice units: 6 credit points
  • High Speed Networks PG (6692)
  • Mobile Technologies G (9076)
  • Digital Signal Processing G (10095)
  • Introduction to Computer Engineering G (10096)
  • Enterprise and Cloud Computing PG (11510)
  • Internet of Things PG (11513)
  • Cloud Computing Architecture PG (11527)
  • Advanced Cyber Security PG (11940)
  • Software Defined Networking PG (12095)

Typical Study Pattern

The typical study pattern for the Master of Engineering is:

• Standard Full Time, Semester 1 Commencing:
  • Year 1: Introduction to Cyber Security G, Introduction to Information Technology G, Introduction to Network Engineering G, Technology and Engineering Management PG
  • Year 2: Engineering Project PG Part A, Engineering Work Experience PG, Wireless Networks PG, Restricted choice elective
• Standard Full Time, Semester 2 Commencing:
  • Year 1: Introduction to Information Technology G, Introduction to Network Engineering G, Network Architecture PG, Professional Practice in Engineering G
  • Year 2: ICT and Engineering Research Methodology PG, Introduction to Cyber Security G, Technology and Engineering Management PG, Restricted choice elective

Course Information

• Course duration: Standard 2 years full time or part-time equivalent. Maximum 6 years from date of enrolment to date of course completion.
• Learning outcomes:
  • Communicate complex theoretical and technical engineering concepts, information, and ideas to a variety of audiences using appropriate media
  • Demonstrate advanced and integrated understanding of a complex body of engineering knowledge including recent developments within specific specialisations
  • Critically evaluate and apply established engineering theories, practices, and techniques to develop creative solutions to complex problems
  • Plan and execute a research-based project within a specific engineering specialisation
  • Apply skills required of the professional engineering environment, including collaboration, initiative, management, leadership, and professional communication
  • Apply advanced understandings of engineering workplace ethics, responsibilities, safety, and sustainability
• Placements requirements: 450 hours of practical work experience, which can be reduced by participation in CPD, professional practice units and other practical experiences in alignment with Engineers Australia requirements.
• Awards: Master of Engineering (Network Engineering) (ME (Network E))
• Honours: None

Similar Courses

• Master of Information Technology and Systems (973AA.7)
• Graduate Certificate in Information Technology (840AA.7)
• Master of Data Science (ITM001.2)
• Graduate Certificate in Data Science (ITC102.1)