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M.Tech. in Material Science and Engineering is a 2-year full-time postgraduate course, the minimum eligibility for admission to which is the successful completion of graduation (B.E. or B.Tech.), completed from a recognized university, with a minimum aggregate score of 50% or equivalent CGP.

Admission to the course is mostly based on the candidate’s performance in a relevant entrance test, followed by a round of counselling.

The multidisciplinary course has been designed to adequately equip eligible candidates with:

  • an advanced understanding of the chemical properties and structures of the various materials used as inputs for producing a variety of synthetic items.
  • a firm academic foundation in Physical, Chemical, and Engineering Sciences.
  • expert knowledge of the different specifications of particular applications and quality requirements of physical goods.
  • skills needed in making materialistic discoveries to contribute to fields of healthcare, communication, transportation, recreation, etc.
  • specialization in:
  • Biomaterials
  • Chemical and Electrochemical Material Science and Engineering
  • Computational Materials Science and Engineering
  • Electronic, Magnetic, and Optical Materials
  • Structural Materials.
  • professional expertise needed for operating in manufacturing and production units of industries such as:
  • Aerospace
  • Microtechnology
  • Biotechnology
  • clothing and household goods, etc.

Such postgraduates are lucratively hired in the industry, in capacities such as:

  • Research Associate
  • Materials Project Specialist
  • Design Engineer
  • Materials and Corrosion Engineer
  • Professor, etc.

Industries such as the following, recruit successful Material Science Engineers:

  • locomotive industries
  • steel plants
  • cement manufacturing units
  • academic institutions
  • railways, among others
  • organizations such as ISRO, SAIL, Ispat Industries Ltd., John Deere, DRDO, Tata Steel, Jindal Steel & Power Ltd., Reliance Industries Ltd., etc.

The average tuition fee charged for the course in India ranges between INR 18,000 and 2.82 lacs. The average annual salary offered to such professionals ranges between INR 2 and 12 lacs, increasing with the candidate’s experience and expertise.

Top Colleges for Master of Technology [M.Tech] (Material Science and Engineering)

  • ME/M.Tech in Delhi-NCR
  • ME/M.Tech in Maharashtra
  • ME/M.Tech in Chennai
  • ME/M.Tech in Uttar Pradesh
  • ME/M.Tech in Telangana

M.Tech. in Material Science and Engineering: Course Highlights

Listed below are some of the major highlights of the course:

Course LevelPost-graduation
Duration2 years
Examination TypeSemester System
EligibilityB.Tech./ B.E. with a minimum aggregate score of 50% or equivalent CGPA
Admission ProcessMerit-based/ Based on performance in entrance exam
Course FeeINR 18,000 to 2.82 lacs per year
Average Starting SalaryINR 2 to 12 lacs per annum
Top Recruiting CompaniesLocomotive industries, steel plants, cement manufacturing units, academic institutions, railway, ISRO, SAIL, Ispat Industries Ltd., John Deere, DRDO, Tata Steel, Jindal Steel & Power Ltd., Reliance Industries Ltd., etc.
Job PositionsResearch Associate, Materials Project Specialist, Design Engineer, Materials and Corrosion Engineer, Professor, and such.

M.Tech. in Material Science and Engineering: What is it About?

M.Tech. in Material Science and Engineering is a multidisciplinary course designed for providing students comprehensive and specialised learning in:

  • behaviour of materials, their development, and production.
  • investigating the structural, electrical, and magnetic properties of particular materials, such as:
  • ceramics
  • metals
  • electronic and magnet materials
  • semiconductors
  • nanomaterials
  • biomaterials
  • aerospace materials
  • nuclear materials, etc.
  • physical and chemical aspects pertaining to understanding of materials at the nano, micro, and macro levels.
  • manufacturing and making materialistic discoveries for advancement of sectors such as health care, transportation, communication, etc.
  • customization of properties of materials for creation of new products.
  • fabrication of materials according to purpose and demand.
  • creation of specialized synthetic materials for use in:
  • Microtechnology
  • Biotechnology
  • Aerospace Science
  • Transport
  • Infrastructure
  • Sports
  • Energy Domains.

Trained M.Tech. holders in Material Science and Engineering can professionally contribute to a variety of industries, like:

  • manufacturing and production of finished products
  • metallurgy
  • automobile industry
  • electronics and multimedia
  • aeronautics
  • sports
  • watch-making industries
  • food industry, etc.
  • research or production in the industrial sector
  • Material Consultancies.

Top Institutes offering M.Tech. in Material Science and Engineering

Listed below are some of the top institutes in India that offer the course, along with their corresponding details.

Name of InstituteCityAverage Fees Per Year in INR
Indian Institute of Technology, KharagpurKharagpur69,000
Indian Institute of ScienceBangalore21,500
Birla Institute of Technology and SciencePilani2.81 lacs
National Institute of TechnologyThiruchirapalli78,700
International Institute of Information TechnologyHyderabad1.9 lacs
Institute of Chemical TechnologyMumbai93,900
Punjab Engineering Institute of TechnologyChandigarh1.32 lacs
Delhi Technological UniversityNew Delhi95,500

Eligibility for M.Tech. in Material Science and Engineering

Candidates wishing to apply for the course need to fulfil the following eligibility criteria:

  • Graduation (B.Tech./ B.E.), completed from a recognized university.

  • A minimum aggregate score of 50% (45% for SC/ST/OBC candidates) or equivalent CGPA at the level of graduation.
  • Candidates awaiting their graduation-level examination’s results are also eligible to apply on provisional basis.

M.Tech. in Material Science and Engineering: Admission Process

Most institutes in India offering the course admit students based on their performance in a relevant entrance test. Some institutes also admit students based on the candidate’s obtained merit at the level of graduation, while some conduct their own entrance tests for offering admission. Admission process generally varies across colleges.

Some such institutes in the country that conduct entrance tests for admission to the course are:

  • Indian Institute of Technology, Kharagpur
  • Indian Institute of Science, Bangalore
  • Delhi School of Technology, New Delhi

M.Tech. in Material Science and Engineering: Syllabus and Course Description

A semester-wise breakup of the course’s syllabus is tabulated here.

Semester I

Semester II

Science and Technology of Polymer MaterialsTechniques of Materials Characterization
Semiconductor MaterialsWorkshop
Ceramic TechnologySeminar II
Material LabAdvanced Materials Lab
Elective IElective III
Elective IIElective IV
Seminar IElective V
-Elective VI (HSS/IEM)
-Comprehensive Viva Voce

Semester III

Semester IV

Thesis (Part I)Thesis (Part II)

M.Tech. in Material Science and Engineering: Career Prospects

Such engineers can explore gainful employment in:

  • aerospace industry
  • locomotive industry, automobile industry
  • metallurgical units
  • electronics industry
  • nuclear production units
  • watch-making industries, etc.

Primarily, such engineers are professionally responsible for production of new and innovative products, and betterment of existing ones, based on the behaviour of materials with regard to manufacturing and production.

Some of the popular professional avenues open to successful postgraduates of the course are listed below with the corresponding salaries offered for the respective positions.

Job PositionJob DescriptionAverage Annual Salary in INR
Research AssociateResearch Associates conduct and/or assist in laboratory experiments within defined guidelines.3.04 lacs
Materials Project SpecialistMaterials Project Specialists identify opportunities to improve manufactured products, and develop innovative such products. They come up with new technologies and materials to assess their suitability for use.6.66 lacs
Design EngineerDesign Engineers work to improve the efficiency of existing products, and are responsible for regulating and evaluating the production process by designing and conducting experiments. They designing products, and fabricate and assemble materials.3.23 lacs
ProfessorProfessors teach their subject of specialization at higher education institutes/ colleges/ universities.5.44 lacs
Materials and Corrosion EngineerMaterials and Corrosion Engineers assess input materials, and support and oversee the mechanical and chemical teams. Also, they review material quality, and perform analyses of the behaviour of materials, etc.3.55 lacs

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