What is Metallurgical Engineering and Materials
Engineering?
Those days are gone when engineering fields were male dominated. Now a day’s females take active part in engineering because of awareness. Matter is if you like this field you should go for it.
As female metallurgical engineer you will be able to work in laboratories, refineries and steel mills. So, you can find job that is feasible for females. But you should have interest in mathematics and chemistry. And love to work with challenges for making new materials that will suit the client need. Moreover, you can go for higher studies to develop something new in this field.
Metallurgy is a branch of Material science and engineering. Metallurgical Engineering is all about the study of different metals and their alloys. Metallurgical Engineering is also called the technology of metals. Metals of different kinds are used in unlimited industries. As a Metallurgical Engineer, you work with a variety of metals to design new products, refine the collection process, and create different blends of metal to suit specific needs.
- The process starts deep within the earth, where metals have settled over millions of years. As a metallurgical engineer in mineral processing, you find new, more effective, more efficient, or more earth-friendly techniques for pulling those metals out of the earth.
- You can also go in field of called extraction. In this field, you start with metal ore. A combination of metal, water, and other materials. Your job is to design methods for separating metal from the rest of the components, with consideration for the environment. This process takes place in labs, refineries, and steel mills.
- The third main category of metallurgical engineering is referred to as physical metallurgy. This is the field where you create new metals and metal alloys for specific products and construction.
Personal experience of metallurgical engineer:
Most of the time, metallurgical engineers find jobs in manufacturing (steel mills or metals processing) or metallurgical labs (testing and forensics). I love working in a manufacturing setting, there is plenty of engineering and lots of interaction with the operators/workers. Not only does this allow me to exercise my engineering knowledge but it also allows me to develop my interpersonal skills and leadership techniques, both of which I think girls are inherently good at. Therefore, I think metallurgical engineering is a great choice for girls!
Nature of Work in The Field of Material Science:
- Metallurgical engineer supervises the metal formation processes like casting, forging, rolling, laser cladding, extrusion, sintering, machining and fabrication.
- Metallurgical Engineer plays the role of quality assurance officer in all metal and their alloys related industries.
- He develops suitable materials and techniques for different tasks.
- He supervizes the processing, refining, fabrication, and utilization of metals and alloys in various industries.
- He decides that which metal or alloy is suitable for any specific task.
- Safety Engineering
- Quality Planning engineer
- Welding engineer
- Plant Equipment engineer
- Aluminum Casting Metallurgist
- Researcher and Consultant
- Ballistics Engineer
- Metallurgist
Required Skills in The Field of Material Science:
- Scientific curiosity
- Interest in metals, Chemistry and Mathematics
- Ability to work independently
- Analytical mindset
- Ability to work as a team member
- Good Communication Skills
- Logical mind with love for research
Work places:
You may find a job in any company, factory, industry or firm which refines, produces, manufactures and distributes metals or their alloys.
- Aerospace industries
- Steel Mills
- Research and development department
- Defense industries (Ammunition/Weaponry)
- Gems and stones industries
- Public and private laboratories
- Manufacturing industries
- Automobile industry
- Mining sector
- Academia
- Atomic plants (Uranium extraction & Enrichment)
- Space exploring departments
- Alloys making industries
- Electrical devices wires manufacturing industries
- Mechanical industries
- Research journals
- Consultancies
- Heavy construction firms (Dams, bridges and skyscrapers)
- Surgical instruments manufacturing factories
- Chemical vessels and boilers manufacturing industry
- All industries related to metals and their alloys.
“Do you have a creative spirit, and a talent for molding metal into new designs? If so, metallurgical engineering might be right up your alley.”
Often, you are charged with creating metal alloys, which are a combination of a metal and another ingredient. For example, brass is a combination of copper and zinc.
Metallurgical and Materials Engineering educate students on the verticals of physical and chemical properties of different metals. Broadly, this engineering deals with all type of metal related areas. The course covers Hydrometallurgy, Mechanical metallurgy, Heat Treatment of steels, Welding metallurgy and many more. Besides the basics of engineering, the program also provides students with the knowledge of designing, manufacturing and production of various metal products starting from cars and bikes to buildings and planes.
Under this course, Physical Metallurgy, Extractive Metallurgy and Mineral processing (these three are considered as the major branches of Metallurgical Engineering) imparts problem solving abilities, ability to extract metals and gathering mineral products training to students.
“Although there is a lot of math, metallurgical engineering requires a good understanding of chemistry.”
Final word
We hope that this article helped you about Scope of Metallurgical and Materials Engineering.
Final word
We hope that this article helped you about Scope of Metallurgical and Materials Engineering.
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