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M.Tech Alloy is a 2 years post-graduate program. It is a sub-branch of engineering that influences many areas of science or technology and mainly focuses on Alloy Technologies. It is also known as Material Engineering or Metallurgy and deals with the materials that are obtained from two or more metals together.
The minimum eligibility criteria required to pursue the program is B.Tech/B.E in Chemistry or any equivalent engineering discipline from a recognized university with a minimum of 50% marks or equivalent CGPA.
Know More: MTech Courses in India
Admission to some of the top engineering colleges for this program is through entrance exams such as GATE, CCMT, CMJ, etc. Some colleges/universities also conduct their own entrance exam followed by the GD/PI round in some cases.
A few colleges also provide direct admission based on the merit marks obtained in the graduation.
See Also: MTech Admission 2023
MTech Alloy Technology: Course Highlights
| Course level | Postgraduate |
| Full form | M-Tech in Electronics and instrumentation |
| Duration | 2 years |
| Examination type | semester |
| Eligibility | A bachelor's degree (BE/BTech) in ECE/EIE. |
| Admission process | Entrance exam and counseling round |
| Average course fee | INR 10,000/- to INR 4LPA |
| Top recruiters | ONGC,BHEL,TATA projects,Shell,Reliance,Coal India |
| Job positions | Control and instrumentation engineer, Electronics engineer, shift engineer,programming engineer |
MTech Alloy Technology: Admission Process
Candidates seeking admission in M.Tech in Alloy Technology in various colleges across the country should fill the application form as per the guidelines of the respective institute. The most popular entrance exams in India for Masters of Technology are GATE, OJEE, PGCET, etc. But the GATE score is widely accepted for M.Tech in Alloy Technology in admission in all the states/ colleges across the country.
Candidates who wish to avail of admission through a GATE score must submit a separate application individually for various institutes, and register for a centralized counseling process for M.Tech admission in various states.
While filling the admission application form below-mentioned points need to be remembered.
- Registration: Registration dates are announced before every examination by the university. To complete the registration process, candidates need to create an account with basic details of an e-mail I’d, name, contact number, etc.
- Fill up details: The details are needed to fill very carefully. The application form’s details must be accurate and genuine.
- Submit documents: As per the format set by the institute/university, required documents should be scanned and uploaded to the official portal. The format of the document is different on every college site.
- Application fee: The application fee can be paid through all the online payment modes or submitted directly in the office in the form of DD, Cheque, Cash, and such others.
- Counseling & Admission: Candidates can attend the counseling round when the date of counseling gets announced.
MTech Alloy Technology: Eligibility Criteria
The eligibility criteria for M.Tech Alloy Technologies candidates are needed to fulfill first. The below-mentioned are eligibility criteria.
- Candidates 10+2 qualification with Physics, Chemistry, and Math as the main subjects.
- Candidates with B.Tech/Bachelor’s Degree in Alloy Technology or any other equivalent subjects to the program.
- The minimum aggregate marks of 55% from a recognized college/university.
- Candidates must have cleared national entrance exams such as GATE or other entrance exams conducted by different colleges.
MTech Alloy Technology: Entrance Exams
There are many national and state-level entrance exams to appear for admission into the M.Tech Alloy Technologies program. But GATE is one of the most common entrance exams accepted by every college around the country.
Listed below are some of the popular M.Tech Alloy Technologies entrance exams.
- GATE: GATE (Graduate Aptitude Test in Engineering) is a national level postgraduate entrance exam conducted by the IIT council. This entrance exam is acceptable for Postgraduates or other equivalents higher studies all over the country.
- Gujarat PGCET: Gujarat Post Graduate Common Entrance Test is conducted by Post Graduate Engineering for those who want to pursue higher studies.
- TANCET: Tamil Nadu Common Entrance Test (TANCET) is conducted by Anna University under the guidance of the Tamil Nadu government. Candidates who are willing to seek their career in postgraduate school can appear for this exam.
- OJEE: Odisha Joint Entrance Exam is a state-level entrance exam conducted by the government of Odisha for those who want to pursue their career in engineering and other education courses.
The details of the above-mentioned entrance examinations are mentioned in the table below:
| Exam Name | Exam Dates |
|---|---|
| GATE | Check Here |
| SRMJEE | Check Here |
| WBJEE | Check Here |
| AP PGECET | Check Here |
| TS PGECET | Check Here |
Read More: MTech Entrance Exams In India
MTech Alloy Technology: Why study MTech Alloy Technology?
- The study of this program helps the candidate to gain in-depth knowledge of metals and their formation into new materials.
- Alloy engineers are also known as metallurgists and they work with alloys to create other elements to create different and new types of materials.
- Alloy engineers/specialists are employed across a wide range of companies by both government and private sectors.
- Alloy engineers work at the forefront of every aspect of engineering and science too. It is always the new materials that open the door to new technologies.
- Alloy/Material engineers have great career options. A post-graduate can research different kinds of metals and find the new usage of them.
- Alloy engineers mainly work to improve the quality of people's lives. They transform two or more different metals into one useful new material.
- Due to constant improvement in technologies and engineering requirements in manufacturing firms, there is a vast opportunity for expansion in terms of employment for alloy engineers or experts.
MTech Alloy Technology: What is it about?
- The program is designed to strengthen the understanding of the candidates in the core areas of Alloy Technology and Materials Engineering, in order to meet related needs of Indian industries and R&D organizations. A combination of theoretical and practical knowledge, metals and their functions, modern laboratory and industry-based practices is accomplished through the core and elective subjects.
- The duration of the course is of two years, which is further divided into semesters. The first year focuses on theoretical knowledge and later focuses on practical knowledge. Whereas the last semester includes all the project submissions and reporting. Alloy Technology involves the study of metallic substances composed of two different metals and their chemical behavior and their alloys.
MTech Alloy Technology: Top Colleges with Fees
| College Name | Average Annual Fees |
|---|---|
| Indian Institute of Technology Bombay | INR 50,400 |
| Indian Institute of Technology Madras | INR 62,500 |
| National Institute of Technology, Warangal | INR1.9 Lakh |
| Indian Institute of Technology Roorkee | INR 1.7 Lakh |
| Indian Institute of Technology Kharagpur | INR 55,440 |
| Jadavpur University | - |
| National Institute of Technology Rourkela | INR 2.9 Lakh |
| National Institute of Technology Mangalore | INR 1.85 Lakh |
| Indian Institute of Technology Indore | INR 1.02 Lakh |
MTech Alloy Technology: College comparison
The following table depicts the comparison made among the top three MTech Alloy Technologies Colleges in India.
| Parameter | IIT Bombay | IIT Madras | IIT Kharagpur |
|---|---|---|---|
| Objective | It one of the top college to offer an M.E in Chemical Engineering | It is considered one of the top best colleges in India. | It is known as the leading academic institution with global influence. |
| Location | Mumbai | Chennai | Kharagpur |
| NIRF Ranking | 3 | 1 | 5 |
| Average Annual Fees | INR 50,400 | INR 62,500 | INR 51,850 |
| Average Annual Salary | INR 20 Lakh | INR 13.5 Lakh | INR 12.6 Lakh |
MTech Alloy Technology Syllabus?
M.Tech Alloy Technologies syllabus is divided into four semesters and elective subjects related to alloy technologies or metallurgy in 2 years. Here is the syllabus of various colleges/universities.
|
Semester 1 |
Semester 2 |
|---|---|
|
Advanced Ferrous Metal Production |
Advanced Non-Ferrous Metal Production |
|
Advanced Physical and Mechanical Metallurgy |
Welding Metallurgy |
|
Materials Testing Lab |
Welding Technology Lab |
|
Soft Skills Lab |
Seminar |
|
Elective-1 |
Elective-5 |
|
Elective-2 |
Elective-6 |
|
Elective-3 |
Elective-7 |
|
Elective-4 |
Elective-8 |
|
Semester 3 |
Semester 4 |
|
Comprehensive Viva Voce |
Project Submission |
|
Project Submission |
- |
MTech Alloy Technology: Course comparison
The comparison between M.Tech Alloy Technologies and M.E Alloy Technologies are as follows:
|
Parameters |
M.Tech Alloy Technologies |
M.E Alloy Technologies |
|---|---|---|
|
Level |
Postgraduate |
Postgraduate |
|
Duration |
2 Years |
2 Years |
|
Minimum Aggregate Required |
55% |
55% |
|
Admission Criteria |
Entrance/Merit Based |
Entrance/Merit Based |
|
Eligibility Criteria |
B.E/B.Tech (Chemical/Alloy Technology/Metallurgy) |
B.E/B.Tech (Chemical/Alloy Technology/Metallurgy) |
|
Average Courses Fees |
INR 40,000-5 Lakh |
INR 30,000-6 Lakh |
|
Area Of Employment |
BHEL, Tata Steel, DRDO, NALCO, Hindalco Industries Ltd., Bindal Iron and Steel Company, Hindustan Copper Limited, etc. |
Indian Oil Corporation, NTPC, BHEL, Indian Oil, Finolex Cables, etc. |
|
Average Placement Package |
INR 3-8 LPA |
INR 2-7 LPA |
|
Job Options |
Production Engineer, Manager, Application Engineer, Researcher, Metallurgist, Senior Process Engineer, Alloy Technologist, etc. |
Production Engineer, Head Plant Manager, Project Manager, Head Chemical Engineer, Metallurgist, etc. |
MTech Alloy Technology: Job Profiles
Alloy Technologies is a wide field that provides opportunities for engineers to work in manufacturing companies, research laboratories, and other industries that deal in metals.
The Alloy Technologies field is extremely diverse and there are numerous employment opportunities available for alloy scientists/metallurgists in every industry and enterprise that is into production, buying, selling, or manufacturing of metals or metallic products.
They are also found in the R&D department of various laboratories, industries, and factory units. There is a great demand for alloy professionals in industries as the world today cannot function without the plentiful supply of alloys and metal. This is one of the reasons that metallurgists earn good salaries.
| Job Profile | Job Descriptions | Average Salary Package |
|---|---|---|
| Metallurgist | They are the material scientist who deals with metals such as steel, iron, aluminum, copper, etc. They often work with alloys. | INR 2-4 LPA |
| Researcher | Researcher work includes planning, designing, managing, and reporting the research projects. They gather information from different types of compounds from their formation till the final material. | INR 3-5 LPA |
| Metallurgical Laboratory Technician | A metallurgical laboratory technician supervises metallurgy engineers and materials scientists in day-to-day lab operations involving metallic elements. They conduct tests on the properties of metals, develop and modify test equipment and procedures, analyze data, and prepare reports. | INR 2-5 LPA |
| Lecturer | The most common and preferable job after completing a Master’s in M.tech in Alloy Technologies is a lecturer. Candidates can easily choose to be a lecturer in different colleges/universities. | INR 3-8 LPA |
| Quality Planning Engineer | Quality Planning Engineers are responsible to develop the most appropriate method and sequence of shut down and turnaround activities, in collaboration with the Project Manager, in order to ensure that the project is completed on budget in a given time, and with safety. | INR 3.5-7 LPA |
| Welding Engineer | Welding Engineers need a great deal of determination and strength, and they are trained to develop welding procedures, techniques, application of welding equipment, and maintain overall quality. | INR 2-4.7 LPA |
| Senior Process Engineer | Senior process engineers estimate a process' efficiency, quality, effectiveness, and safety. They further identify the areas which need improvements and repairs. | INR 3-6.7 LPA |
Check MTech Course Details
MTech Alloy Technology: FAQs
Ques. Is there any entrance exam for admission to the M.Tech Alloy Technologies course?
Ans. Yes, there are a few entrance exams conducted for admission to the M.Tech Alloy Technologies. GATE is the most common and accepted exam for M.Tech in Alloy Technologies followed by other exams such as TANCET, Gujarat PGCET, OJEE, and others.
Ques. What is the educational qualification required for admission to the M.Tech Alloy Technologies course?
Ans. For admission to the M.Tech Alloy Technologies course, candidates must have pursued B.Tech/B.E from any recognized college. With a graduation degree in alloy or material studies, chemical engineering, metallurgical technologies, or any equivalent to this. The minimum aggregate marks required is 55% to score in their UG courses.
Ques. What is the admission procedure for admission to the M.Tech Alloy Technologies program?
Ans. The most common entrance exam is GATE which is almost accepted by most colleges. Other procedures are either to clear other entrance exams which are conducted by various colleges or direct admission on a merit basis.
Ques. What is the average fee for the course M.Tech Alloy Technologies program in Indian Colleges/ Universities?
Ans. The average annual fee to pursue this program ranges from INR 40,000 to INR 5,00,000 depending on the college/ university one is seeking admission to.
Ques. Name some of the popular jobs available for M.Tech Alloy Technologies postgraduates?
Ans. Some of the most popular job profiles available for M.Tech Alloy Technologies graduates are lecturer/teacher, researcher, metallurgists, senior process engineer, quality planning engineer, etc.
Ques. How can I fill up the application form for the Masters of Chemical Engineering course?
Ans. Mostly, the application forms can be filled online simply by visiting its official application portal. Some colleges/universities allow entrance exams national-level wise.
Ques. Which one is better M.Tech in Alloy Technologies or M.E in Alloy Technologies?
Ans. The key difference between these subjects is in terms of their practical impact, course material, and orientation. M.Tech deals in technologies and M.E deals in engineering. M.Tech focuses on skills whereas M.E focuses on knowledge. It is a matter of interest which course to choose.
