COEP Pune
- Fees: ₹ 218850
- Exams: GATE
Degrees offered: Diploma, B.E /B.Tech, M.E /M.Tech., BS, Ph.D
Metallurgical Engineering is a branch of engineering that focuses on the study of metals and their properties, extraction, processing, and development of metal materials. Students study the concepts of thermodynamics, chemical kinetics, and structural analysis in detail and understand the certain mechanical, chemical, and physical properties of various metals.
Mineral processing, heat treatment, material science, and metallurgical thermodynamics are some of the core subjects. The curriculum is meant to give students the tools they need to handle challenging issues pertaining to the production and use of metals. Students can experiment with metal characteristics and test novel alloys as part of the course's integrated practical laboratory work and projects.
Graduates in Metallurgical Engineering are offered job profiles like Metallurgist, Welding Engineer, Quality Assurance Manager, Marketing Executive with an average salary of Rs. 10 LPA. Around 84 colleges in India offer Metallurgical Engineering courses. Larson’s Group, ISRO, DRDO, The Metal Powder Company Ltd., Hindustan Aeronautics Ltd., Hindustan Copper Limited are the popular recruiters in this field.
Particulars | Values |
Branch Name | Metallurgical Engineering |
Degree | |
Duration | UG: 4 years PG: 2 years |
Eligibility | UG: 10+2 in the science stream PG: Bachelor’s degree in the same field |
Admission Process | Admission Examination/ Direct Admission |
Entrance Exam | UG: JEE, JEE Advanced PG: GATE |
Fees (for the entire duration) | Rs. 40,000 to Rs. 4 Lakhs |
Job Profiles | Metallurgist, Welding Engineer, Quality Assurance Manager, Marketing Executive |
Average Salary | Rs. 10 LPA |
Recruiting Companies | Larson’s Group, ISRO, DRDO, The Metal Powder Company Ltd., Hindustan Aeronautics Ltd., Hindustan Copper Limited |
Metallurgical Engineering offers various specialisations and fields that focuses on various aspects of metals and materials science. Students can focus on a particular aspects of metallurgical engineering, tailoring their education to specific career paths and industry needs. Some of the specialisations in the field of Metallurgical Engineering are listed in the table below.
Corrosion Engineering | Welding and Joining |
Extractive Metallurgy | Physical Metallurgy |
Materials Science and Engineering |
There are various private colleges in India offering Metallurgical Engineering courses at both undergraduate and postgraduate levels. Studying at a private college is comparatively more expensive than studying the same at a public institute. In the table below, we have listed the top private colleges in India offering Metallurgical Engineering courses in India.
Colleges | Fees |
- | |
- | |
- | |
Rs. 3.56 Lakhs | |
- | |
- | |
- | |
Rs. 79,500 | |
Rs. 78,200 | |
Rs. 46,500 |
Note: The fee structure provided above can be for any particular Metallurgical Engineering course (Diploma/ Degree/PGD).
Studying from a government institutes is nominal as compared to a private institute.These colleges are well known for their high academic standards throughout India. Many students wish to study from a government institute because of the good educational facilities. In the table below, we have listed the popular government Metallurgical Engineering colleges in India.
Colleges | Fees |
- | |
Rs. 2.68 Lakhs | |
- | |
- | |
Rs. 2.10 Lakhs | |
Rs. 3.64 Lakhs | |
Rs. 2.19 Lakhs | |
- | |
Rs. 45,300 | |
Rs. 1.15 Lakhs |
Students who aspire to pursue an undergraduate or postgraduate degree programme in Metallurgical Engineering must meet the eligibility criteria. Generally for undergraduate courses, students are required to clear their 10+2 with valid aggregate marks. Similarly for a postgraduate course, they need a bachelor’s degree in Metallurgical Engineering or a similar discipline.
Aspirants need to meet the necessary eligibility criteria to pursue an undergraduate degree in Metallurgical Engineering. The qualification requirements for undergraduate courses depend on the institute. Candidates can check the eligibility details for the desired institute on the official website of the course. Mentioned below are the general eligibility requirements for the undergraduate course.
Candidates aspiring to pursue their undergraduate degree in Metallurgical Engineering must appear for relevant entrance examinations. Examinations can be conducted at the university, state, or national level. In the table below we have mentioned the popular entrance examinations, along with their respective schedule.
Exam Name | Level | Conducting Body | Exam Schedule |
National | NTA | ||
National | IIT Madras |
The eligibility criteria for the postgraduate course depends on the institute but it remains almost the same for every institute. Candidates can check the eligibility criteria of the desired course on the official website of the institute. Listed below are the eligibility requirements of postgraduate degrees that aspirants must meet to pursue Metallurgical Engineering.
Candidates who have completed their undergraduate in a relevant field are eligible to pursue a postgraduate degree in Metallurgical Engineering. Some universities require aspirants to clear certain relevant entrance examinations along with considering their merit test results. To pursue higher education in Metallurgical Engineering, students need to appear for the following examinations.
Exam Name | Level | Conducting Body | Exam Schedule |
National | IISc Bangalore and seven IITs |
India has a wide range of opportunities for metallurgical engineering because of its abundant natural resources and developing industrial sector. The development of India's infrastructure depends heavily on the steel and aluminium industries, which employ metallurgical engineers. These experts are essential in refining material qualities, streamlining production procedures, and creating novel alloys with a range of uses.
There is a need for qualified metallurgical engineers who can innovate and optimise material consumption due to the Indian government's emphasis on "Make in India". Globally, there are many opportunities in metallurgical engineering in areas that have sizable mining and metal production industries. There is a high demand for metallurgical engineers due to their proficiency in creating environmentally friendly extraction methods that are both effective and sustainable.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL | ||||
DIPLOMA |
The academic curriculum of Metallurgical Engineering differs by the institute. The subjects included in the curriculum of Metallurgical Engineering equip students with the necessary theoretical and practical knowledge. The curriculum provides a holistic growth potential to students that helps them to further excel in their careers. Mentioned below are the undergraduate and postgraduate course curriculums of Metallurgical Engineering.
The Metallurgical Engineering syllabus at the undergraduate level depends on the preferred institute. The academic curriculum of Metallurgical Engineering is a combination of theory and practical subjects. However, some of the core subjects remain the same for every syllabus. In the table below we have provided the syllabus of B.Tech Metallurgical Engineering provided by University of Engineering, Vizianagaram:
Semester 1 | |
Fundamentals of Differential Calculus | Fundamentals of Integral Calculus |
Fundamentals of Vector Calculus | Basic Concepts of Convergence |
Elementary algebraic structures | Mathematics - II |
Semester 2 | |
Laplace and Fourier Transforms | Introduction To Computing |
Basic electronics | Electrical Technology |
Life Science | Graphical Analysis Using CAD |
Semester 3 | |
Metallurgical Thermodynamics and Kinetics | Engineering Chemistry |
Introduction to Metallurgy and Materials | Engineering Physics |
Engineering Chemistry | Non- Ferrous Process Metallurgy |
Semester 4 | |
Transport Phenomena in Metallurgical Processes | Engineering Mechanics |
Phase Transformation and Phase Equilibria | Materials Characterization |
Data Structures | Data Structures Laboratory |
Transport Phenomena Lab | Phase Transformation and Phase Equilibria Lab |
Semester 5 | |
Manufacturing Processes | Metallurgical Thermodynamics and Kinetics |
Heat Treatment of Materials | Fundamentals of Plastic Deformation & Strengthening of Materials |
Iron Making | Manufacturing Processes Lab - I |
Heat Treatment of Materials Lab | Plastic Deformation & Strengthening of Materials Lab |
Semester 6 | |
Principles of Economics | Steel Making |
Mechanical Working of Materials | Mineral Beneficiation Lab |
Mechanical Working of Materials Lab | Materials Characterization Lab-I |
Semester 7 | |
Principles of Management | Manufacturing Processes Lab - II |
Ferrous Process Metallurgy Lab | Fundamentals of Plastic Deformation and Strengthening of materials |
Materials Characterization Lab-II | Manufacturing Processes Lab - II |
Semester 8 | |
Theory of metallurgical processes | Advanced characterization |
Light metals and alloys | Coating technology |
Composite materials | Nanostructured materials |
The academic curriculum of PG courses in Metallurgical Engineering equips students with the necessary knowledge and skills required to excel in the field. The syllabus covers a range of topics. It also includes a thesis to equip students with the necessary research skills and knowledge. In the table below we have provided the syllabus of IIT BHU for M.Tech Metallurgical Engineering course.
Semester 1 | |
Metallurgical Thermodynamics and Kinetics | Computational Methods and Metallurgy |
Computer Applications in Metallurgy Practical | Materials Characterization |
Departmental Elective | Humanities/ Languages |
Semester- 2 | |
Departmental Elective - 1 | Departmental Elective- II |
Departmental Elective- III | Departmental Elective- IV |
Departmental Elective- V | - |
Materials Characterization Practical | Thesis ( One Unit) |
Semester- 3 | |
Thesis (Five Units) | - |
Semester- IV | |
Thesis ( Five Units) | - |
The demand for metallurgical engineering is significantly high in large scale industries such as the automobile industry, transportation, power sector, oil industry, and nuclear power plants. These industries require metallurgical engineers who specialise in the fabrication, operation, and maintenance of critical metallic components. In the table below, the students will find some popular careers in Metallurgical Engineering.
Job Profiles | Job Descriptions |
Metallurgist | Metallurgists are scientists of materials and have specialisations in metals. They apply their expertise to various fields such as engineering, mining, and manufacturing to help develop processes and metallic parts for products. They provide product and material analysis. |
Welding Engineers are engineers who have expertise and use new welding techniques, equipment and quality control standards. Their responsibilities include inspecting, designing, and assessing welds, as well as planning and supervising welding operations based on relevant codes, drawings and contracts. | |
Metallurgical Lab Technician | Metallurgical Lab Technicians are specialists who carry out a variety of tasks in a metallurgical laboratory setting. They handle diverse samples, interpret test data, and collaborate with other technicians to ensure the accuracy of the results. |
Marketing Executives are professionals who promote products and services through coordinated marketing campaigns to drive profit. Their main responsibilities include conducting market research, creating brand awareness, and enhancing customer relationships. |
Metallurgical Engineering is a dynamic field that is constantly evolving with growing technological advancements and industry needs. As our lives move forward, several key trends and topics are emerging that promise to redefine this discipline. Mentioned below are some upcoming trends and topics in the field of Metallurgical Engineering.
Metallurgical engineering job profiles cover a wide range of positions that are centred on the extraction, development, and usage of metals and alloys. Experts in this domain serve the aerospace, automotive, and construction industries as research scientists, metallurgists, materials engineers, and quality control specialists. Their knowledge is crucial for enhancing material qualities, streamlining the production of metals, and creating creative solutions.
Top Recruiters:
The salary of Metallurgical Engineering graduates can vary depending on the specialisations and the job profile. The field provides various career opportunities to the students. While salaries may vary based on years of experience, job profile and based on the company, the average annual salaries of some of the popular job roles in Metallurgical Engineering are discussed below.
Job Profiles | Average Salary |
Metallurgist | Rs. 3.6 LPA |
Welding Engineer | Rs. 4.8 LPA |
Quality Assurance Manager | Rs. 18.4 LPA |
Marketing Executive | Rs. 3.2 LPA |
Source: Ambition Box
The salary figures mentioned anywhere in these articles are just for reference purposes. Please treat them as such. Actual salaries may vary depending on respective candidates, employer, job location, and numerous other factors.
Students need specific skills in the field of Engineering to excel both in their studies and in their careers. Some of the skills such as Computer Skills, Technical Skills, Hard work are necessary to pursue the field. Here are the key skills needed by individuals in the field of Metallurgical Engineering.
The course curriculum of Metallurgical Engineering is designed to provide a comprehensive understanding of the behaviour and properties of different metals. Students learn about the extraction and processing of metals, heat treatment, and material strength. The curriculum also covers the study of physical and chemical behaviour of metallic elements and their mixtures, known as alloys.
In the later stages of the course, students delve into more specialised topics such as nanomaterials, composite materials, and corrosion engineering. They also get hands-on experience through laboratory work and industry internships. This curriculum equips students with the necessary skills to excel in the metallurgical industry.
Application Process: 31 Jan, 2025 - 24 Feb, 2025
Exam Date: 18 May, 2025
Exam Date: 01 Feb, 2025 - 02 Feb, 2025
Application Process: 19 Nov, 2024 - 10 Dec, 2024
Application Process: 25 Jan, 2025 - 25 Feb, 2025 (Tentative)
Answer :
Larson’s Group, ISRO, DRDO, The Metal Powder Company Ltd., Hindustan Aeronautics Ltd., Hindustan Copper Limited are some of the top recruiters.
Answer :
India is on the verge of modernisation, where governments of our country are coming through innovative programmes such as “Make in India” and various others. This kind of initiative, resulted to make India on the world stage as a manufacturing hub which requires lots of metallurgical engineers.
Answer :
It comprises the various study of exotic material, pure and combined which has its uses in various industries.
Answer :
Metallurgy is a branch of engineering which deals with the study in detail about various metals and its application in our daily lives. In modern life, metal plays a very important role in almost every aspect.
Answer :
Candidates have to go through the following subjects of metallurgical engineering which are, engineering mathematics, thermodynamics and rate processes, extractive metallurgy, physical metallurgy, mechanical metallurgy, manufacturing processes.
Hello Aspirant,
It is really difficult to get into a government college at this rank through JoSAA counselling rounds. However, you should try your luck in CSAB counselling. In CSAB rounds you can get colleges at higher ranks and if you're lucky, you might get a branch of your preference. CSAB counselling is held after the JoSAA counselling is over and you need to register for it seperately.
CSAB SEAT ALLOTMENT PROCEDURE:
In order to participate in the CSAB 2022 special round seat allotment, the candidates will have to follow the steps as under.
To know more about CSAB, visit:
https://engineering.careers360.com/articles/csab
Dear Aspirant,
In my opinion you should take Metallurgy in NIT Surathkal. Let me explain why.
1. The NIT tag will be useful for you in whichever company you get placed in future. The initial impression of being an NITian will open doors for you.
2. You can learn programming by yourself and choose software based Internships in NIT . That way you might have to work hard as you'll have to maintain your GPA as well.
You will get more opportunities than you will ever get in third tier college. You will get a chance to apply for excellent internship and placement.
3. The faculties and alumni network of NITs are amazing and hence you will get an opportunity to learn more. Faculties in NITs will be willing to help you even if you don't belong to their branch.
Hence, a lots of door will open for you if you choose NIT if you are willing to work in a systematic, strategic and planned manner .
Hope this helps
Dear Aspirant,
NIT Trichy has the High rank among all the NITs. Hence, I would recommend that you choose it.
Yes, non-CSE people do get placed in IT companies.
1. If you are not interested in Chemical or Metallurgy then it is better to choose to NIT Trichy. You will have excellent exposure to great faculties, good access to internship and placements.
2. For getting into Software companies you will have to learn programming, and work hard to maintain your CGPA as well. You can do internships that align with your interests in software. That way you can improve your experience in this field and get a really good chance of getting placed in a good software companies with great package.
Hope this helps.
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