Metallurgy is one field of Materials Science. Having a Materials Science Degree means studying metallurgy, solid-state physics, chemistry, and ceramics. This type of science deals with the study of how these materials or metals are processed.
For Materials Science Degree hopefuls, find more information about the course, specializations, and possible career paths here.
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This field of science involves the study of technologies related to metals such as extraction methods, engineering, and metalworking processes like casting, forging, and sintering or different materials. Consider yourself an expert in different kinds of materials once you have obtained a Materials Science Degree.
It is mandatory that you will study physics, chemistry, chemical engineering, engineering design, and instrumentation technology subjects. Applicants need to have a strong aptitude for the sciences because this subject deals with chemical and physical properties of metal elements, alloys and compounds. Good analytical and estimation skills would also be helpful.
What are the key skills for Materials Science?
Materials Science or Metallurgy deals may usually take up to 4 years. Under the umbrella of material sciences are these specializations you can choose to focus on:
Chemical metallurgy
It studies the chemical properties of metals and its transformation. It also covers the chemical processes used to extract and refine metals.
Physical metallurgy
You will study the different forms and properties of metals, and how they react to different conditions. Specializing in this field, you will learn the range of methods for examining metals, such as thermal analysis, mechanical testing, diffuse X-ray scattering and transmission electron microscopy.
Engineering and process metallurgy
Metals can also be used in engineering processes. This specialization deals with this specific area of study. You will learn about the production of alloys, shaping, understand the effects of different processes on metallic properties.
Mining, aviation, and car manufacture are just some of the industries where Material Sciences majors’ skills are in demand.
Materials Science has three main branches. These are Physical, Chemical, and Process Metallurgy. As a graduate of this degree, your roles can vary from research, design, manufacture, production management to quality control.
Here are Materials Science career options explained in detail:
Theoretical Research
As a metallurgist, you may carry out research, utilizing computer software, producing reports, and giving advice on how to achieve desired outcomes.
Develop New Parts
Apart from overseeing casting and soldering process, metallurgists are also responsible for developing new parts and prototypes, and carry out quality and safety control tests.
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