ANZSCO 263211 ICT Quality Assurance Engineer

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    ANZSCO Code

    ANZSCO 263211 ICT Quality Assurance Engineer

    ICT Quality Assurance Engineer creates, maintains and manages technical quality assurance processes and procedures to assess efficiency, validity, value and functional performance of computer systems and environments, and audits systems to ensure compliance with, and adherence to, accredited internal and external industry quality standards and regulations. ICT Quality Assurance Engineer may supervise the work of ICT quality assurance teams.

    Skill Level

    Level 1 or Equivalent

    Specializations

    Computer Systems Auditor

    Systems Auditor (ICT)

    Skills Assessment Authority

    ACS (Australian Computer Society)

    Alternative Titles

    Quality Manager (ICT)

    ACS RPL Writing anzsco code sample for ict quality assurance engineer anzsco 263211

    On the Occupation Lists:

    Combined Skilled Occupations List (STSOL MLTSSL)
    Short-Term Skilled Occupation List (STSOL)
    RSMS Occupations List (RSMSL)

    Not on the Occupation Lists:

    Labour Market Testing Required for 457 List (LMTL)
    Medium Long Term Strategic Skills List (MLTSSL)

    Visa Provision

    As the occupation features on the Short-term Skilled Occupation List (STSOL), it is possible to apply for a Skilled Nominated 190 visa or a Skilled Regional Nominated 489 visa.

    If you are employed in this occupation and you wish to pursue a GSM visa, you will be required to apply for state nomination in order to move to Australia.

    Note: *Please note that while the occupation is on the STSOL it remains a possibility that no states currently have a demand for people in that profession. The online assessment only lists occupations which are currently in demand by a state or territory in Australia, so if the occupation does not appear on the online assessment you should consider seeking an employer sponsor in Australia.

    Unit Group: 2632 ICT Support and Test Engineers

    The job of ICT Support and Test Engineers (nec) is to develop procedures and strategies to support, create, maintain and manage technical quality assurance processes and guidelines and systems infrastructure, investigate, analyze and resolve system problems and performance issues, and test the behavior, functionality and integrity of systems.

    Skill Level

    Most occupations in this unit group have a level of skill commensurate with a bachelor degree or higher qualification. At least five years of relevant experience and/or relevant vendor certification may substitute for the formal qualification. In some instances, relevant experience and/or on-the-job training may be required in addition to the formal qualification (ANZSCO Skill Level 1).

    Exceptions

    Australian Graduate exceptions apply in some states/territories
    Priority Skilled Lists may apply a specific requirement in some states
    Countries exempt from submitting IELTS or OET include the UK; Canada; New Zealand; US; and Ireland Where mandatory licensing or registration is required you must demonstrate a level of English either sufficient to meet licensing / registration or a minimum IELTS, or equivalent, whichever is higher.

    English Requirement

    IELTS result with a minimum score of 6 (L, R, W), 7 in speaking and 7 overall
    OET result with a minimum grade B in all sections
    TOEFL iBT with a minimum score (L:12 R:13 W:21 S:23 overall L93)
    PTE Academic with a min score of 50 (L, R, W), 65 in speaking and 65 overall

    Occupations in this Group

    263211 ICT Quality Assurance Engineer

    263212 ICT Support Engineer

    263213 ICT Systems Test Engineer

    263299 ICT Support and Test Engineers (NEC)

    Definition

    ICT quality assurance managers develop and implement an ICT quality plan that adheres to internal and external standards and the organization’s culture. They ensure that management controls are properly applied to safeguard assets, data integrity, and operations. They focus on accomplishing quality goals, such as maintaining external certification in compliance with quality standards, and they collect statistics to predict quality outcomes. A bachelor’s or postgraduate degree in a related information technology area is normally required to work as an ICT Quality Assurance Engineer (such as computer science or software engineering).

    Skill Requirement

    Perform software testing

    Using specialized software tools, conduct tests to guarantee that a software product will work flawlessly under the given client criteria. Use software testing techniques and tools to detect software flaws (bugs) and malfunctions.

    Maintain a state of constant readiness for investigations.

    Maintain continual compliance with standards and regulations, such as maintaining up-to-date certificates and monitoring operations to ensure the right processes are followed so that audits run smoothly and no bad elements are detected.

    Comply with all legal requirements.

    Ensure that you are well-informed on the legal regulations that govern a given activity and that you follow its rules, policies, and laws.

    Provide documentation for software testing.

    Describe software testing techniques to the technical team and analyze test results for users and clients to tell them about the status and efficiency of the product.

    Conduct quality assurance audits.

    Examine a quality system on a regular, methodical, and recorded basis to verify conformance with a standard based on objective evidence such as process implementation, effectiveness in attaining quality goals, and reduction and elimination of quality issues.

    Tasks to Perform

    Scheduling and conducting quality audit inspections, and analyzing and reviewing systems, data and documentation
    Identifying variations and potential high-risk areas in securing adherence to standards and procedures
    Recommending corrective action plans and improvements in the resolution of non-compliance with standards detected through monitoring and auditing of processes and procedures
    Communicating, educating and liaising with users and management to ensure awareness and adherence to standards, procedures and quality control issues and activities
    Assisting in troubleshooting, diagnosing, testing and resolving system problems and issues
    Developing, conducting and providing technical guidance and training in application software and operational procedures
    Analyzing, evaluating and diagnosing technical problems and issues such as installation, maintenance, repair, upgrade and configuration and troubleshooting of desktops, software, hardware, printers, Internet, email, databases, operating systems and security systems
    Testing, identifying and diagnosing functionality errors and faults in systems, and programming code within established testing protocols, guidelines and quality standards to ensure systems perform to specification
    Performing organizational systems architecture reviews and assessments, and recommending current and future hardware and software strategies and directions
    Creating and reviewing technical documentation such as procedural, instructional and operational guides and manuals, technical reports and specifications and maintenance inventory systems

    Closely Related Core ICT Units

    Business Process Reengineering
    Computer Audit
    ICT Security
    Operating systems – (Unix, Linux, Xenix, Network OS)
    Quality management – (Quality Assurance, Software Quality)
    Risk Management
    Software Engineering
    Software validation – (Software Testing)
    Testing strategies and methods
    Brief Description

    Business process re-engineering a business process is a set of logically related tasks performed to achieve a defined business outcome. also it is practice of rethinking and redesigning the way work is done to better support an organization’s. Risk Management process of identifying, assessing and controlling threats to an organization’s capital and earnings. These threats, or risks, including financial uncertainty, legal liabilities, strategic management errors, Those threats or the problems are could stalk from a wide variety of sources, like strategic, management errors, including financial uncertainty, accidents and natural disasters. networking is a systematic and logical process that follows a risk based approach to determine whether the information systems of an entity, including its detailed information technology processes, controls and activities access for all user in a way to handle all problems.

    Additional Closely Related Core ICT Units

    Computer forensics
    Computer Science
    Data communications – (WAN, LAN)
    Database design
    Database implementation
    Database Management Systems – (Relational Database, Object Oriented Database)
    Digital communication
    Information security – (Data security)
    Internet forensics
    Introduction to ICT – (Introduction to Computer Science, Computer Theory, Introduction to Business Computing, Computer Science I)
    Introduction to Information Systems
    Network architecture
    Programming – (C, C++, Objective C, Visual C, Basic, Visual Basic, Java, Assembler, Cobol, Pascal, PL/1, Fortran, PHP, Pearl, AS3, FoxPro, and similar)
    Software architecture
    Brief Description

    The way of investigation and analysis technique that saves or preserves the evidence from a particular computing device which would be suitable for law if any cause occurs. Network Security a set of rules and configurations designed to protect the integrity, confidentiality and accessibility of computer networks and data using both software and hardware technologies. Data communication refers a sharing a file and between a sender and a receiver, using computing and communication technologies to transfer data from one place to another. Framework for the design of the computer network in accordance with the user’s requirement.0+Graduated Students0+Awards & Recognition0+Professional Teachers0+Project Research

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      What is ACS RPL for ANZSCO 263211 – ICT Quality Assurance Engineer?
      ACS RPL (Recognition of Prior Learning) is an assessment pathway offered by the Australian Computer Society for ICT professionals applying under ANZSCO 263211 – ICT Quality Assurance Engineer who do not hold an ICT-major or closely related qualification. This pathway enables applicants to demonstrate their skills in software quality assurance, testing, and process improvement through professional work experience and project evidence instead of relying solely on formal education. It validates the applicant’s ability to design and implement quality processes, test plans, and testing frameworks aligned with Australian ICT standards.
      Who should apply through the ACS RPL pathway?
      The ACS RPL pathway is suitable for ICT Quality Assurance Engineers who hold a non-ICT or partially ICT-related qualification, or those with overseas qualifications not assessed as ICT-major. Applicants must have relevant professional experience in software quality assurance, testing, and process improvement aligned with the duties of ANZSCO 263211, including test planning, automation, defect management, and quality reporting.
      Is ACS RPL mandatory for ICT Quality Assurance Engineers?
      No, ACS RPL is not mandatory for all ICT Quality Assurance Engineers. It is only required if an applicant does not meet the ACS educational requirements for the standard pathway. Applicants with an ICT-major qualification can apply through the standard ACS assessment pathway. Choosing the correct pathway depends on the relevance of the qualification and the level of ICT content in the applicant’s education.
      What is the structure of an ACS RPL report for ICT Quality Assurance Engineer?
      An ACS RPL report consists of Key Areas of Knowledge (KAoK) responses and two detailed Project Reports. The KAoK section evaluates both core ICT knowledge and specialised quality assurance knowledge, while the project reports demonstrate practical experience in implementing testing strategies, quality processes, and automation frameworks. Together, these sections must prove that the applicant has competencies equivalent to a formal ICT qualification relevant to ANZSCO 263211.
      How many years of experience are required for ACS RPL?
      For ICT Quality Assurance Engineer – ANZSCO 263211, ACS requires either six years of relevant ICT experience without a tertiary qualification or four years of relevant ICT experience with a non-ICT qualification. All experience must be aligned with quality assurance duties such as test planning, automation, process improvement, defect tracking, and quality reporting. Experience should be well-documented, verifiable, and clearly linked to ICT quality assurance responsibilities.
      Can overseas ICT Quality Assurance Engineer experience be used for ACS RPL?
      Yes, overseas ICT Quality Assurance Engineer experience is accepted by ACS if it is relevant, well-documented, and demonstrates skills consistent with Australian workplace standards. The experience must align with the duties of ANZSCO 263211 and should include evidence such as reference letters, project documentation, and clear descriptions of testing strategies, automation frameworks, and quality outcomes.
      What documents are required for the ACS RPL assessment?
      The documents commonly required for ACS RPL include a completed ACS RPL report (with KAoK responses and project reports), employment reference letters, a detailed CV outlining quality assurance responsibilities, academic certificates and transcripts if applicable, passport and identity documents, and English language test results if required. Providing clear, consistent, and verifiable evidence is crucial for a successful assessment.
      What are the Key Areas of Knowledge (KAoK) for ICT Quality Assurance Engineer?
      For ICT Quality Assurance Engineer (ANZSCO 263211), the KAoK section assesses core ICT knowledge as well as specialised quality assurance knowledge. Applicants must demonstrate understanding of software development lifecycle, testing methodologies, quality standards, automation tools, defect management, and performance testing. Responses should show theoretical understanding and practical application in real workplace scenarios.
      How detailed should ACS RPL project reports be?
      Project reports must be detailed and clearly describe the project objectives, business context, and your individual role as an ICT Quality Assurance Engineer. They should explain tasks such as defining test strategies, designing test cases, implementing automation frameworks, executing tests, tracking defects, and reporting quality metrics. Reports should mention tools and technologies used (such as Selenium, JIRA, TestNG, Postman, JMeter, or other relevant tools), and highlight the applicant’s contribution to quality improvement. Reports must be written in the first person and focus on individual achievements.

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