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Metals play an important role in the modern world. Metallurgical engineering is a sub-discipline of materials science that deals with the chemical and physical properties of metallic elements and their alloys. In modern applications, metals with low weight and high strength are required. With a wide range of applications, metallurgical engineering is a vital engineering discipline.

Branches of metallurgical engineering

There are three branches of metallurgical engineering course namely:

1. Physical metallurgy – it focuses on problem-solving such as making metallic alloy for use in construction and manufacturing
2. Extractive metallurgy – deals with the extraction of metals from the ore
3. Mineral processing – it deals with the extraction of mineral products from the earth’s crust

What do metallurgical engineers do?

Metallurgical engineers study metals, extract them from the earth’s surface, refine, and recycle them. They transform the extracted metals into high-purity materials, high-performance alloys, or other materials used in different types of products such as motor vehicles, aircraft, superconductors, surgical implants, and advanced coatings. 

The engineers can either increase the strength of a certain metal, maintain heat levels, or reduce corrosion in metals such as iron. They also develop improved metals for use in the defense, healthcare, entertainment, and transportation industries. Besides, they investigate material failures, conduct tests to enhance the safety of metals, recycles existing materials, monitor the performance of certain metals, devise better ways to overcome material failures and create materials that can withstand extreme environments especially in aerospace, defense, mining, and automotive industries. 

Where do metallurgical engineers work?

Metallurgical engineers can work in a wide range of industries such as:

• Automotive companies
• Mineral and mining firms
• Defense and anti-counterfeiting technology companies
• Electrical and electronics firms
• Aerospace companies
• Biomedical firms
• Steelmaking and construction companies
• Recycling and sustainable design companies
• Material engineering and processing firms

Is the demand for metallurgical engineers high in the job market?

The demand for energy and metals is showing an upward projection which translates into higher demand for mining and metallurgical engineers. Some of the factors that are fuelling the demand for engineers include:

• The instability of the mining of rare metals in various parts of the world increases the need to explore and exploit new mines and ore deposits. 
• Global divestment in the mining sector
• The rising demand for oil and gas
• Shortage of skilled metallurgical and mining engineers
• The increased demand for metals in the jewelry, construction, aerospace, defense, and automotive, electronics, and biomedical industries. 

What are the career options for those pursuing metallurgical engineering?

Students pursuing metallurgical engineering can specialize in either materials or mining engineering. They can work in various positions such as:

• Materials engineers
• Materials scientists
• Polymer engineers
• Metallurgical laboratory technicians
• Mining engineers

What are the educational requirements to pursue metallurgical engineering?

To pursue a degree in metallurgical engineering, a strong background in physics, chemistry, and mathematics is required. Good grades in environmental and earth sciences are also important. Currently, only a few institutions are offering undergraduate and postgraduate degrees in metallurgical engineering. To stand out in the job market, students should acquire practical skills such as mining safety. They should also opt for electives in math and science-related subjects.