ICT60220 Advanced Diploma of Information Technology (Cyber Security and Telecommunications Network Engineering)
CRICOS Code 120511A
The Advanced Diploma of Information Technology (Cyber Security and Telecommunications Network Engineering) is designed for individuals seeking to advance their expertise in complex IT systems, network infrastructure, and cyber security environments. This qualification builds high-level technical capability alongside the skills required to lead projects, manage systems, and contribute to strategic ICT outcomes.
Throughout the course, you will develop advanced knowledge in network architecture, cyber security frameworks, threat management, and telecommunications engineering. You will gain the ability to design and manage secure networks, implement enterprise-level solutions, and respond to evolving cyber threats in dynamic organisational environments.
Course Overview
General KOIC Entry Requirements:
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Be 18 years of age or more when commencing the course
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Successful completion of Australian Year 12 or equivalent; and
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An IELTS score of 6.0 overall (or equivalent), with no band less than 5.5;
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Or Evidence of successful completion of an approved English language qualification at an equivalent level.
Applicants who are unable to provide satisfactory evidence of English language proficiency may be required to undertake a Language, Literacy, Numeracy and Digital Literacy (LLND) assessment prior to receiving an offer.
The LLND assessment may also be used to identify support needs and ensure the applicant has the capacity to successfully undertake the course.
More information about LLND requirements can be found on the ENROL page.
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Total number of units = 16
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6 core units plus
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10 elective units
Elective units have been pre-selected by KOIC to reflect current industry practices and ensure graduates develop practical, job-ready skills aligned with employer expectations. Elective units have been carefully selected to support the two specialisations in Cyber Security and Telecommunications Network Engineering, ensuring you graduate with advanced capabilities in designing secure network infrastructures, managing telecommunications systems, and protecting organisations from complex and evolving cyber threats.
See full unit list below.
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This qualification is delivered over a 12-month period (52 weeks total), comprising:
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36 weeks of face-to-face and/or online training and assessment, and
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16 weeks of scheduled holiday breaks.
This structure provides students with balanced study time and structured term breaks across the academic year.
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This course is delivered in a blended mode of study, combining scheduled face-to-face classes, structured online learning and independent study.
Students are required to undertake:
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16 hours per week of scheduled face-to-face classes (delivered across two days)
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4 hours per week of scheduled online classes
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5 hours per week of structured self-directed study
This equates to 25 hours per week of full-time study, in line with CRICOS requirements for international students.
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The total tuition fee for this course is $8,000 AUD.
This fee includes all training and assessment services required to complete the qualification. A detailed breakdown of tuition fees, non-tuition fees (if applicable), payment schedules, and refund conditions is outlined in the Schedule of Fees and Charges.
KOIC manages all student fees in accordance with the Fees Management and Refund Policy & Procedure and the Tuition Protection Service (TPS) Policy & Procedure.
Who is this course for?
This qualification is suited to individuals with existing experience in IT who are looking to progress into senior technical, specialist, or leadership roles. It is ideal for those seeking to deepen their expertise in cyber security, network engineering, and telecommunications while taking on greater responsibility for complex systems and projects.
Graduates are equipped to work independently, lead technical teams, and contribute to the strategic direction of IT functions. This includes designing and managing secure network environments, overseeing large-scale infrastructure projects, and implementing solutions that support organisational performance across a wide range of industries.
Units of Competency
This qualification is made up of nationally recognised units of competency that reflect the skills and knowledge required for effective workplace performance. Each unit focuses on practical, industry-relevant outcomes and is assessed through a combination of projects, case studies, workplace scenarios, and applied tasks.
All four elective units from Group B (Cyber security specialisation) and all five elective units from Group G (Telecommunications network engineering specialisation) have been selected. As a result, the qualification will be issued with two specialisations and will be formally titled: ICT60220 Advanced Diploma of Information Technology (Cyber Security and Telecommunications Network Engineering
BSBCRT611
Apply critical thinking for complex problem solving
BSBTWK502
Manage team effectiveness
BSBXCS402
Promote workplace cyber security awareness and best practices
ICTICT608
Interact with clients on a business level
ICTICT618
Manage IP, ethics and privacy in ICT environments
ICTSAD609
Plan and monitor business analyst activities in an ICT environment
ICTCYS604
Implement best practices for identity management
ICTCYS606
Evaluate an organisation’s compliance with cyber security standards and law
ICTCYS608
Perform cyber security risk assessments
ICTCYS612
Design and implement virtualised cyber security infrastructure for organisations
ICTNPL413
Evaluate networking regulations and legislation for the telecommunications industry
ICTNWK612
Plan and manage troubleshooting advanced integrated IP networks
ICTPMG613
Manage ICT project planning
ICTTEN615
Manage network traffic
ICTTEN622
Produce ICT network architecture designs
BSBPMG536
Manage project risk
Pathways to Further Study
Graduates of the ICT60220 Advanced Diploma of Information Technology (Cyber Security and Telecommunications Network Engineering) may progress to higher education studies in ICT, such as:
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Bachelor of Information Technology or related degrees (subject to provider entry requirements).