CDR Australia Engineer

ANZSCO 263312 Telecommunication Network Engineer: Career Detail For Australia

ANZSCO 263312 Telecommunication Network Engineer are critical professionals responsible for developing, executing, and upholding communication networks. They play an important role in the maintenance of modern connectivity, from network architecture planning to security and compliance. In this guide, we’ll look at their various responsibilities and duties, emphasising their important role in determining the telecommunications landscape.

ANZSCO 263312 Telecommunication Network Engineer career details for Australia.

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    Skill level

    Level 1

    According to the ANZSCO Skill Level Classification, Telecommunication Network Engineer is a Skill Level 1 occupation in Australia. This category indicates that this role requires a bachelor’s degree or higher qualifications in telecommunications, electronics, electrical engineering, or another related field. Alternatively, applicants must have at least 5 years of appropriate expertise and the necessary vendor certifications.

    Skills Assessment Authority

    For Australia.

    Engineers Australia(EA) is Australia’s skills evaluation authority for telecommunication network engineer. Engineers Australia executes a CDR evaluation to find out if a candidate’s engineering credentials as well as job experience meet Australian standards.

    For New Zealand.

    Engineering New Zealand evaluates the abilities, credentials, and work experience of Telecommunications Network Engineers applying for migration to New Zealand via the Skilled Migrant Category.


    • Wireless Network Engineer
    • Network Security Engineer
    • VolP Engineer
    • Network Architect
    • Network Operations Engineer

    Alternative Titles

    • Communication Consultant
    • Communications Specialist(ICT)
    • Telecommunication Consultant
    • Telecommunications Specialist

    On the Occupation Lists:

    • 489 (S/T) Occupations List
    • 482 TSS Visa Medium Term List
    • 407 Training visa occupations List
    • 482 TSS Visa Regional Occupation List
    • 189 Skilled Independent and Family Sponsored
    • 489 Occupations List
    • 485 Graduate Work Stream
    • 190 State/Territory Sponsored
    • 186 ENS Visa Occupations List
    • 187 RSMS Visa Occupations List
    • 491 – Skilled Work Regional visa and subclass 491 
    • 494 – Skilled Employer Sponsored Regional (provisional) 
    • subclass 494 – Employer sponsored stream

    Not on the Occupation Lists:

    • 482 TSS Visa Short Term List

    Occupation category under unit group 2633

    Job outlook for ANZSCO 263312 Telecommunication Network Engineer

    Weekly earning


    Work full time hours


    Growth in next 5 year

    Very Strong

    Gender share

    20% female, 80% male

    Average full-time

    42 Hours

    Skill level rating

    Very high skills

    Average age

    Male: 43

    Female: 43

    Persons: 43



    Visa option for ANZSCO 263312 Telecommunication Network Engineer


    Employer Sponsorship



    489 visa


    482 TSS Visa

    Skilled occupation

    ANZSCO code

    Assessing authority

    189 visa

    190 visa



    186 visa(DE)

    494 visa

    All area

    Regional area

    Telecommunication Network Engineer


    EA(Engineers Australia)

    Visa processing times- months(75%)







    Visa processing times- months(90%)







    English requirement for ANZSCO 263312 Telecommunication Network Engineer

    English language test

    Overall score

    Minimum score



    6 (learning, reading, writing), 7 in speaking 



    B in all sections



    Learning: 12

    Reading :13

    Writing: 21

    Speaking: 23



    50 (learning, reading, writing), 65 in speaking

    Qualification Requirement ANZSCO 263312 Telecommunication Network Engineer

    • A bachelor’s or higher degree in telecommunications engineering, electronics, electrical engineering, or another comparable field.
    • A minimum of 5 years of appropriate expertise and/or vendor certifications.
    • In some cases, appropriate work experience and/or hands-on instruction might be needed in addition to a formal education.
    • Although not required, having relevant vendor certifications can improve your job prospects. Examples include Cisco Certified Network Professional (CCNP) and Juniper Networks Certified Internet Specialist.

    Task perform by ANZSCO 263312 Telecommunication Network Engineer

    • Creating and organising telecommunications networks and systems, such as choosing software, hardware, and other parts.
    • Setting up and connecting telecommunications hardware like switches, routers, and servers.
    • Tracking network efficiency while detecting and fixing problems whenever they occur.
    • Perform typical repairs and enhancements to keep the network safeguard and up to date.
    • Working together with other information technology (IT) specialists, such as programmers, system administrators, and security specialists, to make sure that telecommunications systems integrate seamlessly with others IT infrastructures.
    • Keeping on top of the latest technologies for telecommunications as well as business trends.


    • Some states and territories make exemptions for Australian graduates.
    • Priority Skilled Lists may have particular criteria in certain states.
    • Nations excluded from giving IELTS or OET include the UK, Canada, New Zealand, the United States, and Ireland. Where mandatory licencing or registration is required, you must show a level of proficiency in English that is enough to satisfy licensing/registration requirements or an entry-level IELTS score, whichever is higher.

    Remember Us

    We would like to contribute our knowledge and assistance as you access the ever-changing field of Telecommunication Engineering. If you’re seeking details about credentials, expertise assessments, or career opportunities, trust that we’re right here to help you at each step in your journey. Our experienced team at cdraustraliaengineer is ready to answer your questions and offer customised advice that meets your particular needs. We recognise the complexities of telecommunication engineering as well as are dedicated to making sure your career in this area is easy and lucrative.


    In summary, ANZSCO 263312 Telecommunication Network Engineers play an important role in the operation and development of communication networks. Their knowledge of creating, setting up, and upholding the infrastructure for telecommunications guarantees constant connectivity in the digital age. Their different responsibilities, which range from network development to fixing and implementing security measures, have a significant impact on the dependability and effectiveness of communication systems. As technology advances, Telecommunication Network Engineers continue to play an important role in encouraging creativity and enabling the global exchange of information.


    Q1. What does a Telecommunication Network Engineer do?

    Telecommunication Network Engineers design, implement, and maintain communication networks. They design network structures, set up software and hardware components, track network performance, troubleshoot problems, and maintain network security.

    Q2. What credentials are needed to become a Telecommunications Network Engineer?

    Usually, a bachelor’s degree in computer science, information technology, or a related field is necessary. Relevant certifications, such as Cisco Certified Network Associate (CCNA) or CompTIA Network+, can also improve job opportunities.

    Q3. What skills are necessary for telecommunications network engineers?

    Telecommunication Network Engineers must be technically proficient in protocols for networking, able to solve problems, keen awareness of detail, efficient interpersonal abilities, and adaptability in order to keep up with evolving technologies.

    Q4. What are the probable future prospects for telecommunications Network Engineer?

    Telecommunication Network Engineers are expected to remain in high demand as broadband connections, IoT (Internet of Things) connectivity, and emerging technologies such as 5G become more popular. Continual developments in telecommunications technology create intriguing job prospects in this field.