#telecommunicationengineercompetencydemonstrationreport

Telecommunications engineers are responsible for installing, maintaining, troubleshooting, and repairing various radio and electromagnetic wave communication systems such as satellite, microwave, and telemetry. They also set up and synchronize network and telecommunications technology, databases, and computer operating systems. It may be necessary to obtain registration or a license to work in this field.

Skill Level for Telecommunications Field Engineers

Level 2 or Equivalent

Skill Assessment Authority

EA (Engineers Australia) / AIM

Occupations in this Group

313211 Radiocommunications Technician

313212 Telecommunications Field Engineer

313213 Telecommunications Network Planner

313214 Telecommunications Technical Officer or Technologist

Visa options for Telecommunications Field Engineers:

Telecommunications Field Engineers can apply for visas through the General Skilled Migration (GSM) Program, which includes the Skilled Independent Subclass 189, Skilled Work Regional Subclass 491, and Skilled Nominated Subclass 190 visas. This profession is listed on the MLTSSL as being in high demand in Australia. Employer-sponsored visas may also be available if a confirmed job offer is obtained.

Requirements for Telecommunications Field Engineer position:

Applicants for the position of Telecommunications Field Engineer must demonstrate proficiency in English with the following minimum scores:

IELTS score of at least 6 in Listening, Reading, and Writing, and 7 in Speaking, with an overall score of 7

PTE Academic score of at least 50 in Listening, Reading, and Writing, and 65 in Speaking, with an overall score of 65

TOEFL iBT score of at least 12 in Listening, 13 in Reading, 21 in Writing, and 23 in Speaking, with an overall score of 93.

Telecommunications Field Engineers are responsible for the following tasks:

Installing, maintaining, repairing, and diagnosing communication systems that use satellite, microwave, telemetry, and other radio and electromagnetic waves.

Setting up and coordinating network and telecommunications technology using operating systems, databases, and computer add-ons.

Keeping meticulous records of inventory location and condition.

Updating documentation of communication policies, methods, quality standards, guidelines, and regulations.

Monitoring the effectiveness of advanced telecommunications networks and equipment.

Providing technical guidance and expertise on complex telecommunications networks.

Designing infrastructure to allow clients access to telecommunications networks.

Participating in the ongoing design, optimization, debugging, diagnosis, and resolution of issues related to the performance of telecommunications networks as part of telecom field services.

Mining engineers are in charge of coordinating and planning the engineering required to extract minerals from the earth. This involves conducting preliminary surveys with the help of mineral experts, such as prospectors, geologists, and geophysicists, to identify available resources. Mining engineers are responsible for planning and managing the engineering aspects of mineral extraction. It may be necessary for these professionals to obtain licenses or register to work in this field.

The skill level for Mining Engineers is Level 1 or Equivalent. Generally, a bachelor's degree or higher is required to demonstrate proficiency for most positions in the Production or Mining Engineer category. However, some individuals without a formal degree may still be considered qualified if they have a minimum of five years of relevant experience and/or vendor certification. These positions, classified as ANZSCO Skill Level 1, may have prerequisites that include both formal qualifications and additional on-the-job training or experience.

Skill Assessment Authority

EA (Engineers Australia) / AIM

Specializations of Mining Engineer:

Process Engineer (Mining)

Occupations in this Group.

233611 Mining Engineer (excluding Petroleum)

233612 Petroleum Engineer.

Visa Provision:

Mining engineers are highly sought after in Australia, and they are listed on the MLTSSL. This means that candidates may be able to apply for a visa under the General Skilled Migration (GSM) Program, which includes visa subclasses such as Skilled Independent Subclass 189, Skilled Work Regional Subclass 491, or Skilled Nominated Subclass 190. Moreover, if a candidate has a job offer, they may also be eligible to apply for an employer-sponsored visa.

Mining engineers are required to demonstrate language proficiency

They can meet this requirement by obtaining certain scores on standardized tests such as IELTS, OET, PTE Academic, or TOEFL iBT

For IELTS, they need a score of at least 6 in listening, reading, and writing, and a score of 7 in speaking, with an overall score of 7

For OET, they need at least a B in each section

For PTE Academic, they need a minimum score of 50 in listening, reading, and writing, and a score of 65 in speaking, with an overall score of 65

For TOEFL iBT, they need at least 12 in listening, 13 in reading, 21 in writing, 23 in speaking, and an overall score of 93.

The tasks of Mining Engineers typically include:

Conducting preliminary surveys with the help of mineral experts, geologists, geophysicists, and prospectors to identify mineral resources.

Designing and planning the engineering aspects of mineral extraction, including developing strategies for drilling, blasting, and excavating.

Developing and implementing plans for the mine infrastructure, such as roads, rail links, and storage facilities.

Managing the construction and maintenance of mining equipment, as well as monitoring and optimizing its performance.

Ensuring compliance with environmental regulations and overseeing remediation efforts.

Analyzing data on mining production, costs, and efficiency to optimize operational processes.

Managing teams of miners, technicians, and other professionals involved in the mining process.

Telecommunications network engineers assess and enhance current networks to maximize communication efficiency by selecting the most efficient strategies. Depending on the situation, registration or authorization might be necessary.

Skill Level for Telecommunications Network Engineers

Level 1 or Equivalent

To work as a Telecommunications Network Engineer, most positions in this field necessitate a minimum of a bachelor's degree or equivalent qualification. Nevertheless, a vendor certification or a minimum of five years of related experience may substitute for formal education. Relevant work experience or on-the-job training can also be beneficial (ANZSCO Skill Level 1).

Skill Assessment Authority

EA (Engineers Australia) / AIM

Visa Provision:

Telecommunications Network Engineers can seek visas via the General Skilled Migration (GSM) Program since this profession is in high demand in Australia and is listed on the MLTSSL. This encompasses visas such as Skilled Independent Subclass 189, Skilled Work Regional Subclass 491, and Skilled Nominated Subclass 190. Furthermore, if there is a verified job offer, employer-sponsored visas may also be obtained.

Occupations in this Group:

 263311 Telecommunications Engineer.

 263312 Telecommunications Network Engineer.

Language proficiency requirement for Telecommunications Network Engineers is mandatory.

Applicants must achieve a minimum IELTS score of 6 (L, R, and W) with a speaking score of 7 and an overall score of 7, or a minimum PTE Academic score of 50 (L, R, and W) with a speaking score of 65 and an overall score of 65.

Alternatively, a TOEFL iBT score of 550 is accepted, with a minimum score of 12 in Listening, 13 in Reading, 21 in Writing, and 23 in Speaking. The overall score should be at least 93.

responsibilities of Telecommunications Network Engineers :

Analyze and assess existing telecommunications networks to enhance communication by selecting the most effective solutions to problems.

Deliver network services in accordance with applicable laws, regulations, standards, and policies.

Design and install digital data networks and telecommunications hardware, and ensure proper connectivity between users, service providers, and equipment manufacturers.

Evaluate vendors and procure new goods and services for telecommunications networks.

Monitor the performance of system hardware and software to anticipate future needs and develop short- and long-term plans for equipment replacement.

Identify and develop new telecommunications sites, create construction designs, obtain permits, and complete approvals.

Develop and comprehend the standards, plans, and regulations for telecommunications equipment.