About Industrial Metallurgy

Industrial metallurgy is a branch or domain of material science and chemical behaviour of metals and elements, their intermetallic bonds, mixtures, metallic alloys. Industrial metallurgy provides all raw materials, which are important to enhance the growth of different industries. Industrial metallurgy provides all essential and building-block elements and products. This branch deals with the physical-chemical properties of metals, mineral refining and processing, metal extraction from their natural resources and chemical degradation.  Industrial metallurgy is a fully integrated branch dealing with balancing factors like technical, commercial and environmental.

What is Industrial Metallurgy?

This program is introduced to understand and learn about the physical and chemical behaviour of all metallic elements and their alloys and mixtures. Nowadays, in the modern lifestyle, metal plays a vital role in every aspect. In this branch, students taught about exotic materials, pure form and combination applications of metal for industrial purposes. In industrial metallurgy, students are taught about different properties of metals and their qualities like strength, futility, durability, weight, corrosive property etc. Students also taught various techniques to decrease corrosive tendency in metallic materials. They learned about increasing the strengthening of metal by hearing treatment or mixing with other metals to form alloys. The student also knows how to improve metallic impact in healthcare profession tools and equipment. As a metallurgy engineers, students learn about developing core materials with enhanced strength and durability compared to natural metal. This branch also offers courses like physical metallurgy, extractive metallurgy, mineral metallurgy. In industrial metallurgy, students learn basic hydrometallurgy, flotation, hearing treatment, pyrometallurgy, welding, refracting materials. The student also learns about awareness aspects of the environment as it contributes to noise pollution and air pollution due to its metallurgical extracts and particles.  Students also learn about safety measures and communication skills to cope with unfavourable conditions in future. The student also learns about the processing of different metals and designs of metals for specific applications in various business streams. Industrial metallurgy also provides information about forming and processing techniques to transform metal into useful shapes and having enhanced properties. The student also learns about altering the microscopic structure of metals for different uses. Due to metallurgy processes in other industries, there are several environmental hazards like dissolved toxic materials or metal particles in the air. It contributes to environmental pollution to a great extent. For example, steel industries produce poisonous fumes during the smelting process. So students were also taught about environmental policies ecological laws to take into concern ecological issues also.

Eligibility and Career in Industrial Metallurgy

As above mentioned details, industrial metallurgy is a diverse and organized branch. There are several career paths one can choose after completing a course in industrial metallurgy. Also, jobs demand are increasing day by day. You must complete your 10+2 education from a reputed and recognized school or university like every other course. Several post-graduation and master programs are also available in this field to do specialization.  One can choose different job post options after completing an industrial metallurgy program.