ICT60615 Advanced Diploma of Telecommunications Network Engineering
This qualiﬁcation reﬂects the role a technical specialist with high level skills and knowledge in telecommunications and information technology networks using internet protocol (IP) systems who can
- Forecast network growth for enterprise network planning
- Design and manage IP based network telecommunications equipment
- implement convergence technologies in enterprise telecommunications networks
- design and manage optical and wireless network telecommunications architectures for high speed broadband capability.
Licensing /Regulatory Information:
Work functions in the occupational areas where this unit may be used are subject to regulatory requirements. Refer to the ICT Implementation Guide Companion Volume or the relevant regulator for details of licensing, legislative or certiﬁcation requirements.
Study Pathway and Career Opportunities
Pathways into the qualification:
Preferred pathways for candidates considering this qualiﬁcation include: ICT51015 Diploma of Telecommunications Engineering
Total Duration: 104 weeks (80 Weeks of full-time study (20 hours/week) and 24 weeks of holidays including term breaks)
Mode of Delivery: Classroom based face-to-face
Total Fees Charged: Speak with one of the Milcom Staﬀ for further assistance.
All units of competence may be assessed using a selection of tools as mentioned below:
- Written Questions
- Theory assessments Case Study/Project Work
- Practical assessment (Simulated Environment)
- Successful completion of Australian Year 12 or equivalent
- Students must be over 18 years of age prior to commencement of course.
- Have a suitable level of language, literacy and numeracy to complete course requirements with or without additional support that Milcom Institute is able to provide.
Please Note: All the students commencing this course are required to complete an LLN test and a pre-training review prior to the commencement of the course. This is a mandatory requirement which also assist Milcom Institute to identify student’s needs for additional support during their study.
Students can apply for course credit upon enrolment into the course. All students are provided with the opportunity to have their prior learning and experience assessed against current standards and gain recognition for this (Recognition of Prior Learning – RPL).
Students who have successfully completed whole units of competency included in this course can apply for Credit. Students who are granted RPL and/ or Credit will have their course delivery and assessment schedule altered and may also be eligible for reduced fees. For further details, please refer to MILCOM Institute’s RPL and CT policy and procedure
For further information and to enrol please contact us at firstname.lastname@example.org OR on 1300 369 320
After successful completion of:
Students may progress to ICT80615 – Graduate Certiﬁcate in Telecommunications Network Engineering
Possible job titles relevant to this qualification include:
- Telecommunications Technical Oﬃcer or Technologist
- Telecommunications Field Engineer
- Telecommunications Network Planner
- Radiocommunications Technician
This qualiﬁcation comprises of 10 units = 4 Core and 6 Electives
|Unit Unit Code and Title|
|CORE ICTPMG610 Develop a project management plan|
|CORE ICTPMG611 Prepare a detailed design brief|
|CORE ICTSUS601 Integrate sustainability in ICT planning and design projects|
|CORE ICTTEN611 Produce an ICT network architecture design|
|ELECTIVE ICTNWK517 Determine best-ﬁt topology for a wide area network|
|ELECTIVE ICTNWK518 Design an enterprise wireless local area network|
|ELECTIVE ICTOPN601 Manage optical ethernet transmission|
|ELECTIVE ICTPMG609 Plan and direct ICT complex projects|
|ELECTIVE BSBWHS501 Ensure a safe workplace|
|ELECTIVE BSBWHS504 Manage WHS risks|