Bachelor of Technology in Metallurgical Engineering is a four-year undergraduate program offered by universities/institutes in the field of metallurgy. Candidates who have successfully completed their 10+2 or equivalent education in science stream can apply for this course.
B.Tech in metallurgical engineering is basically the study of metals. Employment opportunities for metallurgical engineers are available in various areas such as chemical and metallurgical labs, iron and steel companies etc.
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Admissions in Bachelor of Technology in Metallurgical Engineering can be obtained through entrance examination that are conducted on national, state or institute level. The candidates are required to study subjects such as physical metallurgy and extraction metallurgy etc. Average fee of the course is INR 75,000/annum; it is relatively less for government institutes. Candidates applying for the course must have prior knowledge of basic chemistry and physics.
Metallurgical engineers are employed in every industry and enterprise that produces, buys, sells refines or manufactures metals or metallic products. Employment opportunities are constantly on the rise. Average salary of the graduated candidates is INR 350,000/annum.
|Name of the course||Bachelor of Technology in Metallurgical Engineering (B.Tech in Metallurgical Engineering)|
|Average course fee||INR 75,000/annum|
|Sectors of employments||Metallurgy industry|
|Average entry level salary||INR 350,000/annum|
|Top entrance exams||IIT-JEE, MH-CET, WBJEE|
Bachelor of Technology in Metallurgical Engineering is an undergraduate program that requires four years for completion. Metallurgical engineering is study of metal. The course offers combined study of theory and practice, this program covers the mining, extraction, design and processing of metals along with fundamental engineering principles.
It also includes separating metals from their ores, the making and compounding of alloys, and the technology and science of working and heat-treating metals to alter their physical characteristics. Bachelor of engineering in metallurgy and B.Tech in metallurgical and material engineering are a few courses similar to this one.
Candidates with keen interest in metallurgy and materials science aspects such as scientific principles of fabrication should opt for this course. The course is apt for those interested in gaining in-depth knowledge about various processes that include mining, extraction, design and processing of metals. Having an extensive amount of knowledge in physics and chemistry along with skills like critical thinking and analytical mindset helps to attain excellence in the field.
Bachelor of Technology in Metallurgical Engineering is an undergraduate course that requires four years for completion. It comprises of total eight semesters and an examination is held at the end of each semester.
A lot of institutes/universities offer B.Tech in Metallurgical Engineering. Some of them are listed below along with their average annual fees.
|Indian Institute of Technology||Bombay, Varanasi, Kharagpur, Roorkee, Chennai, Guwahati, Delhi||INR 90,000|
|National Institute of Technology||Tiruchirappalli, Raipur, Durgapur||INR 70,000|
|College of Engineering||Pune||INR 75,000|
|Kakatiya University||Warangal||INR 26,650|
|Government Engineering College||Bhuj||-|
|Coimbatore Institute of Technology||Salem||INR 55,000|
|Bengal Engineering College||Howrah||-|
|Birsa Institute of Technology||Sindri||INR 28,000|
|Jain University||Bangalore||INR 1,60,000|
The candidate applying for the course must complete 10+2/equivalent examination with minimum 55% aggregate in PCM/PCB. The candidates who have completed a diploma in metallurgical engineering can also apply for this course through lateral entry. Along with these requirements the candidates are to appear for entrance examinations to get admitted into carpet and textile technology course.
The admission processes vary from institute to institute and/or state to state. Most of the colleges require the candidate to qualify an entrance examination. Candidates who are currently appearing or have completed 10+2 or equivalent examination are eligible to appear for these entrance examinations.
JEE mains is an all India common engineering entrance examination of the objective pattern which is led for admission in various engineering colleges and courses all over the country. It is considered as one of the most challenging engineering admission tests.
JEE mains score is used by almost all the engineering colleges across India. IITJEE Mains entrance examination for B.Tech and B.E. (Paper I) has objective type questions with equal weightage to Mathematics, Chemistry and Physics.
MH CET is conducted for admission to engineering, health science, law, and management courses. MH-CET score can be used to get into engineering colleges in Maharashtra.
West Bengal Joint Entrance Examination or the WBJEE is a state-government organized centralized test, conducted by the West Bengal Joint Entrance Examinations Board for admission to many private and governmental engineering colleges in West Bengal. The examination is taken after the 12th class for admission to graduation courses. The exam can be given by those who studied science stream in 10+2 grade.
Direct admission through management quota is available in almost all the colleges. Government engineering colleges do not offer a management quota so direct admission is not available.
The candidates who have successfully completed a diploma in metallurgical engineering can get admission into B.Tech Metallurgical Engineering course through lateral entry. The candidates are admitted the course directly from the third semester.
A distance learning course for Bachelor of Engineering in Metallurgy is available at Neptune Institute of Management and Technology (NIMT). The details of the course in distance learning mode is given below: -
|Course Duration Fast-Track||12 Months|
|Duration Normal||12 Months|
|Course Fee||INR 18,350/Session|
|Exam Fee||INR 1,250/Session|
|Study Material Fee||INR 2500/Session|
The metallurgical profession is widely diverse, and it provides an extensive variety of career opportunities for people who have a keen interest in technology, science and engineering. Metallurgical engineers have opportunities both in India and abroad.
|Project Engineer||A project engineer's responsibilities include schedule preparation, pre-planning and resource forecasting for engineering and other technical activities relating to the project.|
|Research Assistant||A research assistant is a researcher employed, often on a temporary contract, by a university or a research institute, for the purpose of assisting in academic research.|
|Assistant Engineers||Under general supervision, performs routine to moderately difficult professional engineering work in the research, design and construction of capital improvement programs, major maintenance programs and general services.|
The Job profiles along with average salary is given below in the table
|Job Profile||Avg. Salary/Annum|
|Project Engineer||INR 341,900|
|Research Assistant||INR 301,500|
|Assistant Engineer||INR 332,700|
Bachelor of Technology in Metallurgical Engineering is a 4-year program which encompasses of total 8 semesters. Candidates are required to put forward and implement a project at the end of the curriculum in order to complete the course successfully.
Projects are to be implemented in groups. Candidates are also given a set of electives to choose from during the last two semesters, these electives give a proper direction in terms of specialization. The course structure of the program varies from college to college.
|Semester I||Semester II|
|Chemistry-I||Engineering Sciences Course||Chemistry-II||Engineering Sciences Course|
|Computer Programming||Engineering Sciences Course||Mathematics-IIN||Engineering Sciences Course|
|Mathematics-IN||Engineering Sciences Course||Strength of Materials||Core Course|
|Engineering Mechanics||Engineering Sciences Course||Heat Engineering||Core Course|
|Physics-IA||Engineering Sciences Course||Physics-IIA||Engineering Sciences Course|
|Semester III||Semester IV|
|Fluid Flow and Heat Transfer||Core Course||Numerical Analysis||Core Course|
|Geology and Minerals Beneficiation||Core Course||Material Science||Core Course|
|Electrical Technology||Core Course||Thermodynamics of Materials||Core Course|
|Mathematics-IIIN||Engineering Sciences Course||Testing of Materials||Core Course|
|Fuels and Combustion||Core Course|
|Semester V||Semester VI|
|Deformation and Fracture Behavior of Materials||Core Course||Steel Making||Core Course|
|Physical Metallurgy - I||Core Course||Foundry Metallurgy||Core Course|
|Iron Making||Core Course||Extraction of Non-ferrous Metals||Core Course|
|Chemical Kinetics and Mass Transfer||Core Course||Solid state Phase Transformation Processes||Core Course|
|Electro-Chemistry and Corrosion||Core Course||Physics of Metals||Core Course|
|Semester VII||Semester VIII|
|Alloy Steel Making and Ferroalloys||Core Course||X-ray Diffraction||Core Course|
|Metal Working Processes||Core Course||Industrial Management and Engineering Economics||Core Course|
|Material Engineering||Core Course||Metal Joining and Powder Metallurgy||Core Course|
Elective – I
a) Theory of Metallurgical Processes
b) Light Metals and Alloys
c) Composite Materials
Elective – II
a) Advanced Characterization
b) Coating Technology
c) Nanostructured Materials