Telecommunications Engineer - ANZSCO 263311
Telecommunications Engineer designs and develops telecommunications systems, devices and products. The responsibilities include designing and developing various communication systems such as wired and wireless networks, satellite systems, and internet-based communications.
- Signals Officer (Army) (NZ)
|Major Group||2 - Professionals|
|Sub-Major Group||26 - ICT Professionals|
|Minor Group||263 - ICT Network and Support Professionals|
|Unit Group||2633 - Telecommunication Engineering Professionals|
|Work full time hours||95%|
|Growth expected in the next 5 years||Very Strong|
|Gender share||9% FEMALE|
|Average full-time||43 Hours|
|Skill level rating||High Skills|
|Average Age||Male: 43.5|
[See: Australian Bureau of Statistics 263311 Telecommunications Engineer- Employee Earnings and Hours, Australia, May 2016]
Required Skill Level for Telecommunications Engineer Migration
Skill level: 1
According to the ANZSCO Skill Level Classification, Telecommunications Engineers at Skill Level 1 are required to possess a diverse set of skills and knowledge. This includes expertise in telecommunications systems and networks, strong analytical and problem-solving abilities, and leadership skills to manage teams effectively. They should also have exceptional communication skills and the capacity to collaborate with fellow professionals in the field.
Skill Assessment Authority
In Australia, the Skills Assessment Authority for Telecommunications Engineers is Engineers Australia. Engineers Australia conducts a Competency Demonstration Report (CDR Report) assessment to determine whether an applicant's engineering qualifications and work experience are equivalent to Australian standards.
For New Zealand
In New Zealand, Engineering New Zealand assesses the skills, qualifications, and experienced Telecommunications Engineers who wish to migrate to New Zealand under the Skilled Migrant Category.
Skill Priority in 2023
The Skills Priority List (SPL) provides a detailed view of occupations that are facing a shortage at a national level and within different states and territories in Australia. It also gives information about the expected future demand for different professions.
- S: Shortage
- NS: No Shortage
- R: Regional Shortage
|NS||S||NS||NS||NS||NS||NS||NS||NS||At Economy-Wide Average|
Potential Visa Pathways For Telecommunications Engineer ANZSCO Code 263311
|ANZSCO||OCCUPATION||SKILLS ASSESSMENT||189||190||485||491 (STATE)||491 (FAMILY)||186 (DIRECT)||407 (TRAINING)||494 (REGIONAL SPONSORED)||482 (TSS MEDIUM TERM)|
|263311||Telecommunications Engineer||Engineers Australia|
2022/12/08 Round Results
|Lowest Points Score Invited subclass 189 (Points-tested stream)||Lowest Points Score Invited Subclass 491 (Family Sponsored Regional)|
|Offshore: 85 Points||Offshore: N/A|
|Onshore: 85 Points||Onshore: N/A|
Unit Group 2633: Telecommunications Engineering Professionals
Occupations in Unit Group 2633
- Telecommunications Engineer 263311
The ANZSCO code Unit Group 2633 comprises occupations related to Telecommunications Engineers and Telecommunications Network Engineers. These professionals are responsible for designing, constructing, installing, servicing, and supporting telecommunications equipment, systems, and facilities.
Tasks To Perform For Telecommunication Engineer
- Design and develop telecommunications systems and networks.
- Install and configure telecommunications equipment and devices.
- Conduct testing and troubleshooting of telecommunications systems.
- Ensure the efficient operation and maintenance of telecommunications networks.
- Collaborate with cross-functional teams to implement and optimise communication solutions.
- Provide technical support and assistance to customers and end-users.
- Stay updated with the latest advancements and trends in the telecommunications industry.
|Test||Minimum Score Requirement|
|IELTS||6 (Learning, Reading, Writing), 7 in Speaking, 7 overall|
|OET||Minimum grade B in all sections|
|TOEFL iBT||Learning: 12, Reading: 13, Writing: 21, S: 23, Overall: 93|
|PTE Academic||50 (Learning, Reading, Writing), 65 in Speaking, 65 overall|
- Applicants without formal qualifications in Telecommunications Engineering may qualify for an RPL assessment based on their work experience and skills in the field.
- Applicants lacking recognized qualifications in Telecommunications Engineering but possessing relevant work experience can apply for a PSA. This enables them to seek a skilled migration visa and opens a pathway to permanent residency in Australia.
- Applicants with qualifications in a related field but not in Telecommunications Engineering may have the option to pursue a bridging program to meet the skills assessment requirements.
Welcome to our service page for ANZSCO Telecommunication Engineering! We are here to assist and guide you in navigating the world of Telecommunication Engineering. Whether you are seeking information on qualifications, skills assessment, or career opportunities, we've got you covered.
Our experienced team at CDR Report Writer is ready to answer your queries and provide personalised assistance.
Frequently Asked Questions
Telecommunications Engineers at >ANZSCO Skill Level 1 are expected to have a wide range of skills and knowledge, including expertise in telecommunications systems and networks, strong analytical and problem-solving skills, and the ability to lead and manage teams of professionals. They should also have excellent communication skills and the ability to work collaboratively with other professionals in the field.
The main responsibilities of Telecommunications Engineers in Australia include designing and developing telecommunications systems, maintaining and troubleshooting networks, conducting feasibility studies, managing projects, and ensuring efficient communication services.
Telecommunications Engineers in Australia have various career opportunities. They can work in telecommunication service providers, network equipment manufacturers, government organisations, consulting firms, research institutions, and more. They can pursue roles such as network engineer, systems analyst, project manager, telecommunications consultant, or research and development engineer.
The telecommunications engineering industry in Australia is continuously evolving with advancements in technology. It is experiencing rapid growth in areas such as 5G networks, Internet of Things (IoT), cloud computing, and virtualization. Telecommunications engineers are at the forefront of implementing and optimising these technologies to enhance communication services and meet the increasing demands of consumers and businesses.
Yes, there are specific certifications and professional organisations that telecommunications engineers in Australia should be aware of. Certifications such as Cisco Certified Network Professional (CCNP), Certified Telecommunications Network Specialist (CTNS), and Project Management Professional (PMP) can enhance their qualifications. Professional organisations like the Telecommunications Association (TelSoc) and the Communications Alliance provide networking opportunities, industry insights, and resources for telecommunications engineers in Australia.