A metallurgical engineer usually works in the steel and iron business, either in the processing of raw materials or in an industry that manufactures machinery or products made of metal. He often develops different processing methods for metal to more economically and easily turn it into useful products. Although steel and iron are the most common metals worked with by a metallurgical engineer, a smaller percentage work exclusively with aluminum or copper.
Much like metallurgists or metallurgical scientists, metallurgical engineers muse advanced equipment such as X-ray devices, spectrographs, and electron microscopes in their research and development. They are required to keep abreast of all the latest advancements in related scientific and technical fields. Their work may be confined to a laboratory or require travel to remote sites and plants.
The two main types of metallurgy are physical and extractive. The former concentrates on the physical properties and structures of alloys and metals. The latter is devoted to separating metal from ore.
Physical metallurgical engineers are dedicated to developing of new alloys and production processes for welding, alloying, melting, and casting. Since most metals cannot be utilized in their purest forms, it is necessary to create combinations, or alloys, that can provide strong yet lightweight metal for car bodies and electronic devices among other items. This type of metallurgical engineer most often works in labs or manufacturing operations.
Extractive metallurgical engineers create and oversee extraction processes and usually work closely with mining engineers. They then refine these metals and often come up with new alloys for various applications. Their typical work setting is a laboratory, steel mill, ore treatment plant, or refinery.
Both types of metallurgical engineers must be comfortable working independently and as an integral part of a team. Meetings are often required with a wide range of personnel, from mining foremen to plant supervisors. The position requires above average aptitude in math and science and a dedication to keeping up on industry developments and advancements. Good oral and written communication skills are needed to be a good team member and clearly explain ideas and concepts to others.
Much like metallurgists or metallurgical scientists, metallurgical engineers muse advanced equipment such as X-ray devices, spectrographs, and electron microscopes in their research and development. They are required to keep abreast of all the latest advancements in related scientific and technical fields. Their work may be confined to a laboratory or require travel to remote sites and plants.
The two main types of metallurgy are physical and extractive. The former concentrates on the physical properties and structures of alloys and metals. The latter is devoted to separating metal from ore.
Physical metallurgical engineers are dedicated to developing of new alloys and production processes for welding, alloying, melting, and casting. Since most metals cannot be utilized in their purest forms, it is necessary to create combinations, or alloys, that can provide strong yet lightweight metal for car bodies and electronic devices among other items. This type of metallurgical engineer most often works in labs or manufacturing operations.
Extractive metallurgical engineers create and oversee extraction processes and usually work closely with mining engineers. They then refine these metals and often come up with new alloys for various applications. Their typical work setting is a laboratory, steel mill, ore treatment plant, or refinery.
Both types of metallurgical engineers must be comfortable working independently and as an integral part of a team. Meetings are often required with a wide range of personnel, from mining foremen to plant supervisors. The position requires above average aptitude in math and science and a dedication to keeping up on industry developments and advancements. Good oral and written communication skills are needed to be a good team member and clearly explain ideas and concepts to others.
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