Metallurgist ANZSCO 234912: Job, Salary & Visas

Metallurgist ANZSCO Code 234912

A Metallurgist is a professional specialist who conducts research, design and advancement of metals and metal alloys to increase their quality, performance and suitability for industry usage. Metallurgists operate in the mining, manufacturing, aerospace, automobile, construction and materials research industries. Their competence means that the metals employed in the products, structures and machinery will be of the desired standards in terms of strength, durability and efficiency. The job entails the study of the physical and chemical characteristics of metals, laboratory experiments and the creation of novel metal alloys to obtain certain features. Metallurgists study the behaviour of metals at various temperatures, pressures and environmental stress to be able to meet the requirements of operation. They also assess areas of failure, corrosion and manufacturing flaws to suggest process or material enhancement. Their results aid industries in coming up with safer, more dependable and cost-effective metal elements.

Metallurgists also tend to participate in the refining operations, heat treatments, casting and the metallurgical quality control. Their work with engineers, mining teams, production managers and research scientists helps them to keep optimising the extraction of metals, enhance the performance of materials and minimise wastage in the manufacturing process. Their efforts are also important in sustainability since they invent ways of recycling metals and reducing the impact on the environment in the process of production. They need to be good analysts and have good problem-solving skills and attention to detail, since the job involves precision testing, data interpreting and creative thinking. Metallurgists also need to be familiar with specialised tools, laboratory equipment and computer simulation tools that are being used to forecast the behaviour of metals. Good communication skills are also significant since they can frequently prepare technical reports and give advice to industries concerning the choice of materials and process improvements.

A metallurgist is crucial to helping to become high-performance metal resources that underlie the modern infrastructure, superior technology and industrial advancement utilising the raw metal resources. Their knowledge also makes the metals utilised in daily uses safe, robust and designed to last long, thus their performance works.

Tone
Accuracy
Speed
Behaviour

Skill Level:	1
Alternative Title:	Materials Metallurgist
Migration Strategy:	CSOL
ANZSCO Code:	234912

Metallurgist Job Description, Responsibilities, and Education Requirements

Most occupations in this group should have a level of skill commensurate with a bachelor's degree or higher qualification. You must have relevant experience, or on-the-job training may be required in addition to the formal qualification. In addition, and must have 5 years of relevant experience may substitute for the formal qualification.

Tasks Include-

Studying and applying chemical and metallurgical techniques for extracting and refining metallic materials from their ores or concentrates.
Coordinating the analysis of samples taken from metallurgical process streams to ensure safe and economic operation.
Advising operations personnel on process changes required to obtain desired products, processes, and quality control.
Investigating methods of improving metallurgical processes such as selective oxidation, reduction, electrolysis, and distillation to extract aluminium, lead, copper, zinc, nickel and other non-ferrous metals from their ores.
Assisting with the design and preparation of specifications for primary and preparation plants.
May prepare cost budgets of operations to evaluate the economic feasibility of processes.
Conducting studies of metals and alloys before and during processing to evaluate their properties.
Examining metal processing techniques to ensure that quality is maintained, improving processing or developing new techniques.
Testing alloys to study their properties and check compliance with prescribed standards.
Consulting with engineers to develop economical manufacturing methods for alloys, minimise air and water pollution and to set up inspection and testing procedures.
Advising operations personnel on production techniques, quality control systems and specifying temperatures, mixtures and other factors in the production process.
Supervising and coordinating the work of technicians and other workers.