Metallurgical Engineering

For studying Metallurgical Engg. courses, you should begin by going through the eligibility criteria for the course. For UG courses, you should get at least 50 to 60% marks in Class 12 in the PCM subjects. For PG courses, you should have at least 55% marks in graduation. You also need to give relevant entrance exams and score excellent marks in the same.

The next step is to fill out the college application forms before the last date. After the exam results are out, you must apply for the college counselling process where you'll be given a seat according to your rank and marks in the entrance test.

After getting the seat, you need to go to the allotted college to pay the Metallurgical Engg. course fee and getting your seat confirmed.

Some colleges also offer admission on the basis of Class 12 merit. Rest, you must go to the college websites where you want to apply to check the detailed admission procedure.

Some of the advantages of pursuing Metallurgical Engg. courses are mentioned below:

High Demand & Earning Potential: Pursuing Metallurgical Engg. can be a wise choice since it offers high earning potential to students. With an increase in energy consumption as well as industrial consumption of metals, metallurgical engineers have career options in a variety of fields. students can use their skills in various industries such as manufacturing, energy, construction, aerospace, mining, and defense.
Decent Salary Packages: Metallurgical Engg. serves as a direct gateway to the iron-making and steel-making industries, the very backbone of every economy. This leads to excellent salary packages for employees by the companies because of their high demand and exclusive technical and mechanical skill set. For instance, the blades of jet engines in airplanes are made by metallurgists, which require a lot of brainstorming and expertise, as it could be catastrophic if not working well.
Skill Development: Students get to learn high-end skills that are absolutely unparalleled as they need to understand the characteristics and properties of the metallic elements properly in order to form new products, understand the corrosion and heating aspects, and much more. One could expect a lot of skill enhancement in the field of metallurgy.

The department of MME has laid strong emphasis in helping students acquire practical knowledge. It has played a key role in motivating and assisting students to freely explore the resources and carry out their academic activities. The members of staff have been actively engaged in research and have undertaken research/consultancy projects. These research activities span over wide ranging fields of Welding Metallurgy, Powder Metallurgy, Surface Coatings, Friction based surface modification techniques (FSP, FSW & Friction surfacing), High Temperature Material Applications, Corrosion Metallurgy, Surface Coatings, Biomaterials & Energy Materials and Computational Materials Engineering. This has been told by the studnets of college.