Course Code: ICT50120
CRICOS Code: 102852G
Course Code: ICT60615 | CRICOS Code: 102349M
This qualification reflects the role of a technical specialist with high level skills and knowledge in telecommunications and information technology networks using internet protocol (IP) systems who can:
- Design and manage IP based network telecommunications equipment.
- Forecast network growth for enterprise network planning
- Implement convergence technologies in enterprise telecommunications networks.
- Design and manage optical and wireless network telecommunications architectures for high speed broadband capability
This course is superseded.
No pre-requisite requirement for this qualification as per course training package.
Course Duration: 104 weeks
Course Fee: AUD $35,000 (Includes material, enrolment fee and lab training fee)
Enrolment Fee: AUD $ 350
Blended (Face to Face + Online)
|5th April 2021||9th August 2021|
|10th May 2021||4th October 2021|
|5th July 2021||8th November 2021|
*This course is available at Haymarket, Parramatta & Perth Campus.
The following are the Admission requirements of Lead college:
1. Applicants must be minimum 18 years of age
2. Must have completed Year 12 or equivalent
3. IELTS Overall 6.0 with no band less than 6.0 / TOEFL IBT 60 / PTE Academic
50 / CAE 169 / OET PASS/ GE Advanced Level/ MOI Certificate or equivalent or
Diploma level in Australian Qualification
4. Must complete an LLN Assessment – diagnostic process to identify if prospective
student required LLN Support
5. Must complete the FaceCruit Interview test with Lead College Admissions
Assessments include written questions, demonstration of tasks/techniques, group activities, in class activities, presentation, work based project, and research projects.
Students will need to successfully complete all units in this course to receive certificate of ICT60615 Advanced Diploma of Telecommunications Network Engineering. Learners who partially complete the qualification will receive a Statement of Attainment for the units they are deemed competent.
This qualification enables the student to seek employment in the following job roles:
- Telecommunications technical officer or technologist
- Telecommunications field engineer
- Telecommunications network designer
- Network security manager
- Network services administrator
- IP based convergence integrator
RECOGNITION OF PRIOR LEARNING RPL/ CREDIT TRANSFER
Lead College recognises qualifications issued by other RTOs. Lead College will accept and mutually recognise the qualifications and Statements of Attainment awarded by any other registered training organisation unless precluded by licensing requirements. We can also grant you Credit Transfer for subjects or units you have completed where equivalence can be established between the unit in your course, and the subject or unit you have completed.
Recognition of Prior Learning (RPL) is a process where skills and knowledge that you have gained through work and life experience and other unrecognised training can be formally recognised.
During the entry process and interview stage LEAD College will discuss with you the process and options for RPL. Suitability is often determined on how much experience you have in a certain area, your work history and previous training. If RPL is determined as a possibility for you, you will be provided with a kit that will guide you in working through each unit to determine relevant skills and experience and identify whether you would be able to provide the required evidence.
UNIQUE STUDENT IDENTIFIER (USI) REQUIREMENT
USI is needed for all students studying with LEAD College. From 1 January 2015 for undertaking Nationally Recognised Training delivered by a Registered Training Organisation the students will need to have a Unique Student Identifier (USI). The USI is available online and at no cost to the student. This USI will stay with the student for life and be recorded with any nationally recognised VET course that is completed. Please see the official USI website https://www.usi.gov.au.The student after enrolment is required to create USI (Unique Student Identifier) or allow LEAD College to create an USI on their behalf.
STUDENT SUPPORT WELFARE and GUIDANCE SERVICES
Relevant resources are available at LEAD College to ensure that the students settle in well, smoothly transit life in new places and achieve the required level of competency in all accredited courses. Our staff assists in how to seek help with local welfare and guidance services.
Orientation to assist students is provided by LEAD College as an age and culturally appropriate program. Please refer Pre-enrolment Information Pack at www.leadcollege.edu.au Students will be permitted to attend classes only after they have attended and completed the orientation session for the enrolled courses.
After completing ICT60615 – Advanced Diploma of Telecommunications Network Engineering you may progress to Bachelor of Information Technology
The ICT60615 Advanced Diploma Of Telecommunications Network Engineering requires the completion of the following 10 Units (including 4 core and 6 electives).
|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|
Note: Not all elective units listed may be available to study, please enquire for more information before enrolling.
|ICT use (IP networks)|
|ICTNWK502||Implement secure encryption technologies|
|ICTNWK503||Install and maintain valid authentication processes|
|ICTNWK509||Design and implement a security perimeter for ICT networks|
|ICTNWK517||Determine best-fit topology for a wide area network|
|ICTNWK518||Design an enterprise wireless local area network|
|ICTNWK520||Design ICT system security controls|
|ICTSAS409||Manage risks involving ICT systems and technology|
|ICTSAS505||Review and update disaster recovery and contingency plans|
|ICTNPL601||Plan the development and growth of the telecommunications network|
|ICTNPL602||Forecast service demand|
|ICTNPL603||Undertake network performance analysis|
|BSBDES601||Manage design realisation|
|BSBDES602||Research global design trends|
|Work health and safety|
|BSBWHS501||Ensure a safe workplace|
|BSBWHS504||Manage WHS risks|
|ICTOPN601||Manage optical ethernet transmission|
|ICTOPN602||Manage dense wavelength division multiplexing transmission system|
|ICTOPN603||Design a dense wavelength division multiplexing system|
|ICTOPN604||Analyse optical transmission systems|
|Radio frequency networks|
|ICTRFN601||Monitor the capacity of and recommend changes to the cellular mobile network|
|ICTRFN602||Produce and evaluate architecture designs for WiMAX networks|
|ICTSUS602||Establish a business case for sustainability and competitive advantage in ICT projects|
|Telecommunications engineering networks|
|ICTTEN601||Undertake qualification testing of new or enhanced equipment and systems|
|ICTTEN602||Undertake system administration|
|ICTTEN603||Undertake network traffic management|
|ICTTEN604||Coordinate fault rectification and restoration of service following network outages|
|ICTTEN605||Implement planned network changes with minimal impact to the customer|
|ICTTEN606||Manage a common channel signalling network|
|ICTTEN607||Analyse and organise repair of highly complex telecommunications network faults|
|ICTTEN608||Verify new software and hardware releases|
|ICTTEN609||Produce and evaluate architecture designs for convergent cellular mobile networks|
|ICTTEN612||Design and manage internet protocol TV in a service provider network|
|ICTTEN610||Install and configure an IP-MPLS network with virtual private network tunnelling|
Course Code: ICT60120
CRICOS Code: 102853F
Course Code: ICT60615
CRICOS Code: 102349M