What is Metallurgical Engineering?
Metallurgy is defined as the study of metals, and how they can be converted into materials that will be beneficial to mankind. Cars, microchips in Computers, automobiles, materials for space travel, and others.
Metallurgy is also an area of material science that deals with the Physical and chemical nature of metals and their elements, and alloys. Metals play a vital role in many areas of life in present times.
Metallurgical engineering is a very vital branch of Engineering as Applications in this modern time need viable materials.
What does a metallurgical engineer do?
Metallurgical engineers study and produce materials that power our bodies and our reality. They change metals into elite combinations, highly purified metals, and new materials utilized in a wide range of items including superconductors, progressed coatings, vehicles, airplanes, and implants for surgery.
Metallurgical engineers likewise lead testing to guarantee the wellbeing of materials, foster maintainable materials, and cycles for reusing existing materials, examine material disappointments, and make testing methodology to guarantee materials can withstand outrageous conditions.
A portion of the work you may do as a metallurgical engineer incorporates:
- Convert crude metal into usable arrangements
- Design strategies for isolating metal from the remainder of the parts
- Design and direct testing strategies
- Monitor how materials perform and assess how they weaken
- Determine reasons for item disappointment and foster approaches to beat the disappointment.
The three principal parts of the Metallurgical Engineering Course are physical metallurgy, extractive metallurgy, and mineral processing. Physical metallurgy manages critical thinking for example advancement of metallic compounds required for various kinds of assembling and development. Extractive metallurgy includes extricating metal from minerals. Mineral handling includes gathering mineral items from the world’s outside layer.
What did You learn in Metallurgy Engineering?
The fundamental spaces of study in Metallurgy Engineering are:
- Basic Hydrometallurgy
- Basic Physical Metallurgy
- Basic Pyrometallurgy
- Corrosion
- Electrometallurgy
- Flotation
- Heat treatment of prepares
- Hydrometallurgy
- Literature review
- Mechanical metallurgy
- Metallurgical examination
- Minerals handling
- Physical metallurgy
- Pyrometallurgy
- Refractory materials
- Welding metallurgy.
The extent of Metallurgical Engineering
Its a wide field that offers a parcel of chances for youthful alumni. Metallurgical engineers can look for work in metal and metal extraction organizations. They can likewise select showing positions in colleges and universities. A metallurgical designer can take up any of the accompanying profiles like Researcher, Metallurgist, Welding Engineer, Plant Equipment Engineer, Ballistics Engineer, Quality Planning Engineer, Senior Process Engineer, Metallurgical R&D Lab Technician, Vendor Development Engineer, etc…..
Metallurgical Engineering in Nigeria
If you have a dream of becoming a metallurgical engineer in Nigeria, here are the universities in Nigeria that offers the course.
- Enugu State University Of Science And Technology, Enugu
- Federal University Of Technology, Akure
- Federal University Of Technology, Owerri
- Federal University, Oye-Ekiti, Ekiti State
- Nnamdi Azikiwe University, Awka
- Obafemi Awolowo University, Ile-Ife
- Ondo State University Of Science And Technology, Okitipupa
- University Of Ilorin, Ilorin
- University Of Lagos
Metallurgical Industries in Nigeria
As a metallurgical engineering graduate, below are metallurgical industries in Nigeria that you can get a job in.
- Adam steel limited
- Primepak industries.
- Standard metallurgical company
- Fais oil company limited
- Solid Earth Global resources limited
- Total steel limited
- Xplus trading enterprises
- Total steel limited
Reference: myklassroom
