The undergraduate program in Metallurgical Engineering trains students in three areas: mineral processing, extractive and physical metallurgy. The curriculum reflects these three areas to produce an engineer ready to work in industry, research, management and/or graduate school. The Nevada mining industry need quality engineers today and will pay excellent salaries and benefits.
Metallurgical engineers involved in extractive metallurgy work in laboratories, ore treatment plants, refineries, and steel mills. Though steel, iron and precious metals are common; the metallurgical engineers can also attain specializations in aluminum, copper, metal fabrication, exotic alloys and applications, etc
The B.S. Metallurgical Engineering degree trains students to apply technology in converting natural mineral resources into useful products for society. In order to learn to process and extract ores to concentrate, then refine their valuable components, students take courses in advanced chemistry; metallurgical process, modeling and control; pyrometallurgy, hydrometallurgy.
Students receive broad training to maximize production and energy efficiency and enhance the properties of metals in an environmentally acceptable manner. The department maintains a close liaison with the minerals industry. Field trips for students are arranged during the academic year, and they are required to work in the minerals industry during at least one summer vacation. The Fundamentals of Engineering examination, administered by a State Board of Engineering Registration, must be taken by all mining and metallurgical engineering students during the senior year of study.
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