Typically, metallurgists are hired to study the properties of metals, and apply their findings to practical applications.
They work with a wide variety of metals including copper, iron, zinc, steel and aluminum alloys. People hoping to find their niche as metallurgists may opt to work in a number of areas, including civil engineering, aircraft manufacturing companies, automotive engineering organizations, and even the defense industry.
To be considered eligible to work as a metallurgist, you have to possess a university degree in science, with a major in metallurgy. You must be aware of the different types of metallurgical tangents there are out there, including chemical, physical and process metallurgy, and be able to excel in most of them if not all.
Exceptional problem solving skills, good information technology abilities, excellent communication capabilities, and sound team working skills are necessary if this is the work that you want to eventually take up as a career. In addition to this, you will need to be highly analytic, with great commercial awareness, and excellent innovation abilities if you want to qualify for the position of a metallurgist.
Whether you opt to work for metal and materials producers, foundries, or research and development organizations, it is imperative that you understand what your core responsibilities will be once you are hired. Here is a list of duties particular to a metallurgist position:
Sample Job Description for Metallurgist Resume
• Provide clients with information and suggestions on the suitability of metals for different purposes
• Make recommendations and advise clients about product feasibility, while undertaking new projects
• Design processes to separate metals from ore and monitor and test them for corrosion
• Develop and implement metrics and methods to improve metals by making them both adaptable to their surroundings and sturdier than before
• Assess the physical structure and nature of metals and produce correlating reports and research documentation
• Control the shaping of metals through various procedures, including casting, rolling, forging and drawing
• Look through designs and drawings, and interpret them appropriately to make sound and well-placed recommendations
• Monitor quality standards in the production of metal and metallic products, and provide insight on required improvements
• Test ores to determine the recoverability of metals, and design correlating processes to recover the, without damages
• Monitor the behavior of metals under stress and create and submit reports on them
• Investigate accidents that may be caused due to metallurgical failure, and provide appropriate and timely reporting
• Design metal parts and control processes, by providing assistance with soldering and welding procedures