Metallurgical engineering Course
Metallurgy is a well-known engineering branch that teaches everything about metals and their application in day-to-day life. In our daily life, we see metals often around us. The field of metallurgical engineering involves the study of metals and their safety. The metals are converted into various products by the experts of metallurgical engineering. These are transformed into different products which is beneficial for humanity in many ways like cars, surgical implants, etc. Sometimes, this field extracts and recycles metals for reuse. Many problems related to metals such as maintaining heat levels, reducing corrosion and many more get solved by the knowledge of metallurgical engineering. Candidates who like to study the behavior of metallic elements and their interaction can pursue courses in this engineering. Every single piece of information about Metallurgical engineering courses is given below in detail. Candidates can read them all in order to know essential information.
Are Metallurgical Engineering Courses Suitable for Everyone?
Candidates can opt for the metallurgical engineering courses after passing their class 12 or 10+2. Those who have completed class 10 are not suitable for this field. They need to complete the 12th standard in the science stream for these course’s admission. After the completion of a bachelor’s degree in this field, candidates can continue their studies for a Master’s level education. Candidates who have completed their 12th standard in any other field and are not from the science stream are also not eligible for these courses.
Best Courses to Pursue in Metallurgical Engineering?
The courses that are available under Metallurgical engineering are listed below. The following courses cover all the subjects related to this engineering along with the metals.
- Bachelor of Technology (B. Tech.) in Metallurgy and Materials Engineering:
- Master of Technology (M. Tech.) in Material Science and Engineering
- B. E. / B. Tech. or equivalent in Metallurgical/ Materials/ Metallurgy and Materials/ Mechanical/Production/ Ceramics Engineering;
Metallurgical Engineering Courses Duration
The metallurgical engineering field offers courses at the undergraduate and postgraduate levels. A Bachelor of Technology or B. Tech in metallurgical/metallurgy and Materials/Production/Ceramic engineering and Mechanical are undergraduate courses of four years of duration. After completing this course, candidates can go for M. Tech admission. The duration of the Master of Technology or M. Tech in Material Science and Engineering is two years.
Required skills in Metallurgical Engineering Course
Some sets of skills play an important role while performing a particular job. Like this, candidates for metallurgical engineering require skills to carry out multiple tasks. Good communication skills, Operational features of instruments, Analytical skills, Problem-solving skills, learning skills, and Team coordination are some skills that a candidate should have. For this field, the above skills will help candidates in future studies.
Metallurgical Engineering Course Top Colleges
The top institutes or universities for Metallurgical Engineering courses are given here. Candidates can check the following colleges to pursue B. Tech and M. Tech in this area.
1.) Indian Institute of Technology, Roorkee
2.) Indian Institute of Technology (BHU), Varanasi.
3.) National Institute of Technology, Tiruchirappalli.
4.) Indian Institute of Engineering Science and Technology, Shibpur, Howrah, West Bengal.
5.) Government College of Engineering, Salem, Tamil Nadu.
6.) College of Engineering Pune, Maharashtra.
7.) Government Engineering College, Gandhinagar, Gujarat.
Metallurgical Engineering Course Eligibility Criteria
- Candidates who are looking for admission to Metallurgical Engineering should check this column’s eligibility criteria.
- Candidates should have successfully completed class 12 or 10+2 level from a recognized institution for the undergraduate courses. Also, physics and mathematics should be clearly studied with a minimum of 50% of aggregate marks.
- Passing any bachelor’s level course in a relevant stream with a minimum of 60% aggregate marks is also required for admission to postgraduate courses.
- Furthermore, some colleges consider a candidate eligible on the basis of merits.
Metallurgical Engineering Course Admission Process
Few colleges conduct their own entrance exam for admission to Metallurgical engineering courses. Other institutes accept scores of the common state or national level entrance exams for admission. Candidates need to give entrance exams such as JEE Mains or MHT CET or WBJEE depending on the institute’s eligibility criteria. For the proper guidelines of application, candidates can check their official website to know more about the admission process in metallurgical engineering
Metallurgical Engineering Course Fees
Sr. no. |
Colleges or University
|
Fees |
1. |
Indian Institute of Technology, Roorkee |
INR 8,60,000 |
2. |
Indian Institute of Technology (BHU), Varanasi |
INR 8,35,000 |
3. |
National Institute of Technology, Tiruchirappalli |
INR 5,70,000 |
4. |
Indian Institute of Engineering Science and Technology, Shibpur, Howrah, West Bengal |
INR 80,000 |
5. |
Government College of Engineering, Salem, Tamil Nadu |
INR 2,00,000 |
6. |
College of Engineering Pune, Maharashtra |
INR 3,75,000 |
7. |
Government Engineering College, Gandhinagar, Gujarat |
INR 18,000 |
Metallurgical Engineering Course Subjects and Syllabus
Metallurgical engineering courses’ subjects and syllabus can be different for different colleges. But, the syllabus includes some common topics which never change. The common syllabus for this engineering is given below.
Subjects and syllabus for B. Tech Metallurgical Engineering and M. Tech Metallurgical Engineering
Physical Metallurgy | Engineering Mathematics |
Manufacturing Processes | Mechanical Metallurgy |
Thermodynamics and Rate Processes | Chemistry |
Computer Programming | Strength of Materials |
Mathematics | Basic Engineering Drawing |
Physics | Advanced Engineering Drawing |
Fuels and Combustion | Humanities |
Testing of Materials | Machine Design and Drawing |
Thermodynamics of Materials | Electrical Technology |
Material Science | Electrical Technology-A |
Applied Electronics and Instrumentation | Geology and Minerals Beneficiation |
Physics of Metals | Electro-Chemistry and Corrosion |
Solid state phase transformation processes | Chemical Kinetics and Mass Transfer |
Extraction of Non-ferrous Metals | Iron Making |
Foundry Metallurgy | Physical Metallurgy |
Deformation and Fracture Behaviour of Materials | Metal Joining and Power Metallurgy |
Material Engineering | Industrial Management and Engineering Economics |
Metal Working Processes | X-ray Diffraction |
Theory of Metallurgical Processes | Light Metals and Alloys |
Coating Technology | Composite Materials |
Responsibilities of Metallurgical Engineering Professionals
The professionals of metallurgical engineering are known as Metallurgy Engineers. The major responsibility of these engineers is to design metal parts and to look into metal shaping processes. Also, they clearly transform metals into various useful products. A project manager who plans and manages the projects is involved in this field. In this field, there are many assistant engineers that work with senior engineers in the processes like designing and developing projects. All of these are included in the job role of metallurgy engineer.
Metallurgical Engineering Course Job Opportunities and Salary
After pursuing metallurgical engineering courses, candidates can have a wide variety of job opportunities to work. The most popular companies hire these professionals in India as well as abroad. The top recruiters are there who announce vacancies for qualified metallurgy engineers. ISRo, DRDO, NALCO, HCL, Jindal Steel, Steel Authority of India (SAIL), The Metal Powder Company Ltd, Utkal Mineral, Tata Steel, Cabel Corporation of Indian Ltd, Hindustan Aeronautics, TISCO, POSCO, Essar Steels, NMDC, HPCL, IOCL, MIDHANI, Hindustan Zinc Ltd, and BPCL are the top recruiting companies that offer the job to the metallurgical engineering graduates. Also, Welding engineers, Researches, Marketing Executers, Quality Planning engineers, Plant Equipment engineers, Metallurgical lab technicians, Managers,s and metallurgists are the job profiles after metallurgy engineering for the candidates to apply. In today’s time, the demand for metallurgy engineers or professionals in this field is very high. The salary of these individuals depends upon their position, workplace, and experience. We are going to share with you some salary details which are only for reference purposes. The average salary of a metallurgy engineer range from INR 3,50,000 to INR 10,00,000 per year for the fresher as well as experienced.
Frequently Asked Questions
What is the eligibility requirement for B. Tech or B.E. Metallurgical engineering?
To pursue B. Tech of B.E in this field, candidates must have passed class 12 with 50% aggregate marks from a recognized board. In the above part, candidates will get more information about eligibility criteria.
What are the undergraduate courses in this field?
The best undergraduate program in metallurgical engineering is
- Bachelor of Engineering or B. E. in Metallurgical Engineering
- Bachelor of Technology or B. Tech in Metallurgy and Materials
- Bachelor of Technology or B. Tech in Production
- Bachelor of Technology or B. Tech in ceramic engineering
What is meant by Metallurgical Engineering?
Metallurgy is a well-known engineering branch that teaches everything about metals and their application in day-to-day life. The metallurgical engineering field involves the study of metals and their safety. The metals are converted into various products by experts in metallurgical engineering. These are transformed into different product which is beneficial for humanity in many ways like cars, surgical implants, etc.
How many branches of metallurgical engineering are there?
The three branches of metallurgical engineering are there which include Extractive Metallurgy, Mineral Processing, and Physical Metallurgy.
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