KollegeApply logo
KollegeApply logo

MTech Alloy Technology: Admission 2025, Syllabus, Eligibility, Subjects, Colleges, Careers

Hafsha Qureshi's profile picture

Updated on Jun 28, 2025

Hafsha Qureshi

MTech Alloy Technology is a two-year post-graduate degree. MTech Alloy Technology is a sub-branch of engineering that has an impact on many fields of science and technology, with a primary concentration on alloy technologies. MTech Alloy Technology is also known as Materials Engineering or Metallurgy, and it deals with materials created by combining two or more metals.

 

The minimum MTech Alloy Technology eligibility requirement for the program is a B.Tech/B.E in Chemistry or any equivalent engineering subject from a recognized university with at least 50% marks or equivalent CGPA.

 

Entrance tests for M.Tech Alloy Technology program, such as GATE, CCMT, and CMJ, are used to get admission to some of the top engineering universities. Some colleges/universities also hold their own entrance exam, which is followed by a GD/PI round in certain situations. A few MTech Alloy Technology colleges also provide direct admission based on graduation merit scores.

 

Table of Contents

  1. MTech Alloy Technology Key Highlights
  2. What is MTech Alloy Technology?
  3. Why Study MTech Alloy Technology?
  4. Who Should Study MTech Alloy Technology?
  5. MTech Alloy Technology Eligibility Criteria
  6. MTech Alloy Technology Entrance Exams 2025
  7. MTech Alloy Technology Colleges in India
  8. MTech Alloy Technology Admission Process 2025
  9. MTech Alloy Technology Syllabus
  10. MTech Alloy Technology Job Opportunities in India
  11. MTech Alloy Technology FAQs

 

MTech Alloy Technology Key Highlights

Below are the key highlights of MTech Alloy Technology course in India:

Particulars

Details

Course Name

MTech Alloy Technology

Course Level

Postgraduate

Duration

2 years (4 semesters)

Course Type

Full-Time

Admission Process

Entrance-based (GATE, Institute-specific tests)

Eligibility Criteria

B.Tech in Metallurgy, Materials Science, Mechanical Engineering, or related fields with at least 60% marks (varies by institute)

Course Fees

INR 1,00,000 – INR 2,50,000 per year (depending on the institution)

Top Colleges

IITs, NITs, Banaras Hindu University (BHU), University of Pune, National Institute of Foundry and Forge Technology (NIFFT)

Job Profiles

Metallurgist, Alloy Development Engineer, Materials Scientist, Process Engineer, R&D Engineer

Top Recruiters

Tata Steel, ISRO, DRDO, Mahindra, Hindalco, Essar Steel, General Electric

Average Salary in India

INR 5-8 LPA (Freshers)

 

INR 10-15 LPA (Mid-Level)

 

INR 20-30 LPA (Experienced)

 

What is MTech Alloy Technology?

MTech Alloy Technology focuses on the study of various metal alloys and their applications across industries like automotive, aerospace, and construction.

 

Students learn about alloy composition, processing, and applications for different metals like steel, aluminum, and titanium. M.Tech Alloy Technology program also covers alloy failure analysis, welding technology, and corrosion resistance.

 

MTech Alloy Technology program is intended to improve applicants' grasp of the basic areas of alloy technology and materials engineering in order to fulfill the needs of Indian businesses and R&D organizations.

 

Why Study MTech Alloy Technology?

The study of this MTech Alloy Technology program allows the applicant to get a thorough understanding of metals and their transformation into new materials. M.Tech Alloy Technology engineers, also known as metallurgists, work with alloys to combine them with other elements to create new and unique materials.

  • MTech Alloy Technology engineers/specialists work for a variety of companies in both the public and private sectors.
  • M Tech in Alloy Technology engineers contribute to the advancement of engineering and research in all areas. New materials are always what lead to new technology.
  • M.Tech Alloy Technology engineers have numerous employment opportunities. A postgraduate can explore different types of metals and discover new applications for them.
  • MTech Alloy Technology engineers primarily seek to improve people's quality of life. They combine two or more metals to create a useful new substance.
  • Because of the ongoing advancement of technologies and engineering needs in manufacturing organizations, there is a significant chance for job growth for alloy engineers or experts.
  • MTech Alloy Technology is a broad topic, and engineers trained in this discipline work in research institutes, production businesses, and metal-related sectors.

 

Who Should Study MTech Alloy Technology?

This program is ideal for those with a strong interest in materials science and metallurgy. The optimal choices for MTech Alloy Technology are:

  • B.Tech Metallurgy Graduates: Those who have studied metallurgy or materials science and want to specialize in alloy technology.
  • Engineering graduates: Mechanical, civil, or chemical engineers who want to work in alloy technology and materials development.
  • Individuals who are enthusiastic about researching and developing alloy materials for new industrial uses.
  • MTech Alloy Technology engineers from industries such as automotive and aerospace who want to learn more about alloy technologies.
  • One of the primary reasons for considering working in the M.Tech Alloy Technology program is the abundance of job opportunities available in this field.
  • Science and engineering, particularly those with a background in metallurgy, materials science, or related fields, businesses are constantly looking for skilled MTech Alloy Technology professionals to develop new technologies and improve existing ones.
  • Candidates interested in MTech Alloy Technology research and development departments of various laboratories, enterprises, and manufacturing units can pursue this course.

 

MTech Alloy Technology Eligibility Criteria

Candidates for M.Tech Alloy Technologies must first meet the eligibility criteria. The following are MTech Alloy Technology eligibility requirements.

  • Candidates must have a Bachelor’s degree in the relevant discipline from a recognized university.
  • A minimum aggregate of 55% from a recognized institution or university.
  • Candidates must have passed national admission tests such as GATE or other entrance exams offered by other colleges.

 

MTech Alloy Technology Entrance Exams 2025

There are numerous national and state-level entrance tests required for admission to the M.Tech Alloy Technologies program. However, GATE is one of the most prevalent entrance exams, accepted by all colleges across the country.

Exam Name

Application Date (Tentative)

Exam Date (Tentative)

Application Fee

GATE 2025

Aug–Sep 2024

Feb 2025

INR 900 (Female/SC/ST/PwD), INR 1800 (Others)

BITS HD 2025

Mar 2025

May 2025

INR 2950

VITMEE 2025

Jan–Mar 2025

Apr 2025

INR 1150

SRMJEEE PG 2025

Nov 2024–Mar 2025

Apr 2025

INR 1200

AP PGECET 2025

Feb–Mar 2025

May 2025

INR 1000 (General), INR 500 (SC/ST)

TS PGECET 2025

Mar 2025

Jun 2025

INR 800 (General), INR 400 (SC/ST)

 

MTech Alloy Technology Colleges in India

Various colleges in India offer MTech Alloy Technology courses; each institute has its own admission standards for accepting students. Some of the best MTech Alloy Technology colleges in India are included along with their total course fee, NIRF ranking, and entrance examinations required for admission.

College Name

Location

Total Course Fees (INR)

NIRF Ranking (2024, Engineering)

Intake Exams

IIT (BHU) Varanasi

Varanasi, Uttar Pradesh

INR 55,380

10

GATE

IIT Bombay

Mumbai, Maharashtra

INR 2,36,000

3

GATE

IIT Delhi

New Delhi

INR 2,27,750

2

GATE

IIT Madras

Chennai, Tamil Nadu

INR 2,53,417

1

GATE

IIT Kanpur

Kanpur, Uttar Pradesh

INR 2,29,970

4

GATE

IIT Kharagpur

Kharagpur, West Bengal

INR 2,36,000

5

GATE

IIT Roorkee

Roorkee, Uttarakhand

INR 2,36,000

6

GATE

IIT Guwahati

Guwahati, Assam

INR 2,36,000

7

GATE

IIT Hyderabad

Hyderabad, Telangana

INR 2,36,000

8

GATE

National Institute of Technology (NIT) Surathkal

Surathkal, Karnataka

INR 5,83,000

17

GATE

 

MTech Alloy Technology Admission Process 2025

M.Tech in Alloy Technology admissions are generally conducted through national-level exams, such as GATE, or university-specific entrance exams. M Tech in Alloy Technology admission process involves online registration, entrance exams, result declaration, counselling, and seat allotment. The admission process for MTech Alloy Technology course at IIT Bombay is as follows:

 

Step 1: Candidates must visit the official GATE website (gate.iitb.ac.in) and complete the registration by filling out personal, academic, and contact details. Upload necessary documents (photo, signature) and pay the application fee.

 

Step 2: Candidates must appear for the GATE exam on the scheduled date. Ensure thorough preparation to achieve a high score, which will determine your chances of being shortlisted for MTech Alloy Technology admission.

 

Step 3: After the GATE results are declared online, candidates must check their All India Rank (AIR) and GATE score.

 

Step 4: Apply for MTech Alloy Technology at IIT Bombay via the official admission portal. Select the program and enter the required information during the M.Tech Alloy Technology application process.

 

Step 5: Based on the GATE score and AIR, IIT Bombay will release a shortlist of candidates eligible for the Alloy Technology counseling process.

 

Step 6: Attend the counseling session, where document verification and seat allotment will occur.

 

Step 7: Candidates must confirm the admission by paying the fees. After payment, the seat in the MTech Alloy Technology course will be secured.

 

Documents Required:

  • Mark sheets of previous academic qualifications (10+2, Bachelor's degree).
  • Valid identity proof (Aadhaar card, passport, etc.).
  • Entrance exam scorecard (GATE or any state-level exam)
  • Passport-sized photographs.

 

MTech Alloy Technology Syllabus

MTech Alloy Technologies course is organized into four semesters, with elective studies in alloy technologies or metallurgy offered in two years. Given below is the MTech Alloy Technology IIT Bombay syllabus for your reference.

Semester I

Semester II

Advanced Materials Science

Metallurgical Thermodynamics

Fundamentals of Alloy Technology

Welding and Joining of Materials

Alloy Composition and Structure

Materials Characterization

Computational Techniques in Alloy Design

Corrosion and Fatigue of Alloys

Semester III

Semester IV

Alloy Development and Processing

Failure Analysis of Materials

Processing of Steel Alloys

Environmental Effects on Alloys

Advanced Materials Manufacturing

Project/Dissertation

 

MTech Alloy Technology Job Opportunities in India

M Tech Alloy Technologies is a broad discipline that offers engineers possibilities to work in manufacturing, research labs, and other metal-related sectors.Given below are some of the Job Profiles for the MTech Alloy Technology graduates along with the average salary.

Job Title

Recruiter / Company

Experience Level

Average Salary (LPA)

Senior Metallurgist

TCR Engineering

5–10 years

INR 6 - 8 LPA

Metallurgical Engineer

Mehta Tubes Ltd. (Unit)

2–6 years

INR 4 - 5.5 LPA

Process Engineer

Pradhan Industries

2–5 years

INR 3.5 - 5.0 LPA

R&D Engineer (Metallurgy)

Kunal Minerals Pvt Ltd

Fresher

INR 2.5 - 3.5 LPA

Shift Incharge – Rolling Mill

Vandana Global Ltd

3–5 years

INR 4 - 5.5 LPA

Quality Engineer – Ferro Alloys

Vandana Global Ltd

2–4 years

INR 3.5–4.5 LPA

Business Development Associate – Ferro Alloys

DS Alloyd Private Limited

1–3 years

INR 3 - 4 LPA

Automation Engineer – Ferro Alloys

Vandana Global Ltd

2–4 years

INR 4 - 5 LPA

Senior Lab Chemist – Alloy Manufacturing

Saru Aikoh Chemicals Pvt. Ltd

3–5 years

INR 4.5 - 5.5 LPA

Metallurgist Engineer – Alloy R&D

ACE Infotexis Pvt. Ltd.

2–5 years

INR 4 - 5 LPA

 

MTech Alloy Technology FAQs

Which field is ideal for MTech Alloy Technology?

The finest fields for M.Tech in Alloy Technology are metallurgical engineering, materials science, aerospace, automotive, and manufacturing. Alloy development, material testing, failure analysis, and corrosion resistance are major focus areas, with prospects for R&D, process optimization, and quality control in these industries.

Can I enroll in MTech Alloy Technology without GATE?

Some colleges, particularly private universities, may provide M.Tech in Alloy Technology without the GATE exam. However, most prestigious institutions, such as IITs and NITs, require GATE scores for admission. Check the admissions standards for the specific university to see if they provide alternate entrance or merit-based admission.

What are the advantages of MTech Alloy Technology?

M.Tech in Alloy Technology provides job options in industries such as aerospace, automotive, and manufacturing. It specializes in producing innovative alloys, enhancing material properties, and conducting research. Graduates can engage in R&D, quality control, and production roles, which provide high-paying careers and opportunities for progression in materials engineering.

How would you rate your experience with this page up to now?

😣

😕

😊

😎

😍

KollegeApply logo

Discover Excellence: Latest Updates on India's Leading Colleges,  Admissions, and Exam News

Built in India

india
Regular Helpdesk:+91 95997 49001
Online Helpdesk:+91 97178 19001

© 2025 INDO INTERNET PRIVATE LIMITED