Telecommunications Engineering Programs

By studying Telecommunication Engineering, you will be trained in the skills and knowledge needed to plan, design and administer Telecommunications and Information Technology IP networks as an independent specialist or as part of a team.

You will learn how to install and administer network servers; design and manage IP based network/telecommunications equipment; develop project management plans for networking/telecommunications projects.

DIPLOMA of Telecommunications Engineering (ICT51015)

CRICOS CODE 103050M
COURSE DURATION52 weeks (include 12 weeks holiday)
COURSE FEES$12,000
COURSE DURATION800 hours
MATERIAL FEES$N/A

OCCUPATIONS

Telecommunications Photonics, Technical Officer, Radio Frequency Telecommunications, Technical Specialist, Specialist Network Infrastructure Installer, Telecommunications Computer, Systems Technician, Telecommunications Business Manager

DESCRIPTION

This qualification reflects the role of a technical specialist, with high-level skills and knowledge in telecommunications and information technology (IT) networks using internet protocol (IP) systems.

An individual in this role can install, test and commission voice and data communications networks in medium to large enterprises using next generation networks technologies. They can provide specialist technical support in monitoring and administering the installation and upgrade of large telecommunications and IT networks including local area networks (LAN) and wide area networks (WAN), IP based protocol systems, voice over internet protocol (VoIP) and unified communications networks, secured networks, cellular mobile networks, microwave systems, wireless and wired line networks, databases, routers, switches and servers.

This qualification has Pre-Requisites, see below for details:
Entry to this qualification is limited to those individuals who:
Have completed a Certificate IV or Diploma from the ICT Information and Communications Technology Training Package.
or
Have completed a Certificate III in Telecommunications with at least one year full time equivalent and relevant telecommunications practical experience.
or
Have completed a Certificate III or a Certificate IV qualification in related technical fields of study with at least one year full time equivalent and relevant telecommunications practical experience.
or
Have completed a minimum of three years equivalent full-time experience in the telecommunications industry with particular technical experience in; installation of cabling; diagnosis and rectification of telecommunications system faults; and the delivery and operation of network infrastructure, for core and access networks in accordance with industry regulations and legislative requirements.

Digital Access Fees: $100
*Digital Access refers to your learning resources and assessments via our learning management system.

CORE UNITS

BSBSUS501 Develop workplace policy and procedures for sustainability
BSBWHS501 Ensure a safe workplace
ICTPMG503 Prepare a project brief
ICTPMG504 Prepare project specifications
ICTTEN516 Produce technical solutions from business specifications

ELECTIVE UNITS

BSBPMG522 Undertake project work
BSBPMG521 Manage project integration
ICTNWK516 Determine best-fit topology for a local network
ICTOPN506 Analyse and integrate specialised optical devices in the network
ICTTEN513 Install, configure and test a local area network switch
ICTNPL501 Develop planning strategies for core network design
ICTTEN517 Plan a wireless mesh network

ADVANCED DIPLOMA of Telecommunications Network Engineering (ICT60615)

CRICOS CODE 103051K
COURSE DURATION52 weeks (include 12 weeks holiday)
COURSE FEES$14,000
COURSE DURATION800 hours
MATERIAL FEES$N/A

OCCUPATIONS

Telecommunications network planner, Telecommunications field engineer, Telecommunications network designer, Network security manager, Network services administrator, IP based convergence integrator

DESCRIPTION

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

Digital Access Fees: $100
*Digital Access refers to your learning resources and assessments via our learning management system.

CORE UNITS

ICTPMG610 Develop a project management plan
ICTPMG611 Prepare a detailed design brief
ICTSUS601 Integrate sustainability in ICT planning and design projects
ICTTEN611 Produce an ICT network architecture design

ELECTIVE UNITS

BSBCRT601 Research and apply concepts and theories of creativity
ICTNPL603 Undertake network performance analysis
ICTTEN607 Analyse and organise repair of highly complex telecommunications network faults
BSBFIM501 Manage budgets and financial plans
BSBPMG617 Provide leadership for the program
ICTNWK612 Plan and manage troubleshooting advanced integrated IP networks




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