IIT Bombay
- Fees: ₹ 97200
- Exams: GATE
Degrees offered: B.A., B.E /B.Tech, B.Sc., B.Sc.(Hons), B.Tech M.Tech, BS, Diploma
What is Materials Science and Technology?
Materials Science and Technology is the study of solid materials and their properties. The composition and structure of these materials are studied thoroughly. It is through this understanding of these materials, and the practical application of this knowledge that people in the Materials Science and Technology field create new materials, and also discover new materials, mainly solids. Materials Science and Technology is also commonly known as Materials Science and Engineering. The Materials Science and Technology field of science originated in the 1950s.
At UG levels, the main courses in Materials Science and Technology are Bachelor of Technology in Metallurgical and Materials Science (B.Tech), and Bachelor of Engineering in Metallurgical Engineering and Materials Science (B.E).
At the PG levels, the main courses offered in Materials Science and Technology are Master of Technology in Material Science (M.Tech), M.Sc. (Tech) in Applied Chemistry and Materials Science and Master of Technology in Metallurgical and Materials Engineering (M.Tech).
For B. Tech and B. E., the eligibility criteria for Materials Science and Technology are as follows:
Eligibility Criteria For M.Tech in Materials Science and Technology
Eligibility Criteria For M.E. in Metallurgical and Materials Science
Entrance Exams for Materials Science and Technology Course
For Bachelor’s courses in Materials Science and Technology, such as B.Tech and B.E., the entrance exams are as follows:
JEE Main: This is one of the main exams that every student needs to give as a screening process for all B.Tech, B.E., and B.Sc.
JEE Advanced: This exam is mainly required for admissions to any IIT.
Entrance exams at Postgraduate levels for Materials Science and Technology Course:
Research Scientist (Graphene)
Graphene is a two-dimensional allotrope of carbon. Ever since its discovery, people have been able to do wonderful things from water splitting to medical diagnostics. But there is still a lot more potential in graphene that needs to be tapped into, and research scientists in this field do exactly that. Along the lines of graphene, one could also work in other fields and areas, trying to discover ways to assimilate graphene into certain devices, to increase performance and efficiency.
The biological field
This consists of biomaterials, and areas such as nano-biotechnology, biophysics, biophotonics. There is a wide variety of areas for research to figure out new ways to do certain things. All this also includes revolutionary research for cancer treatment
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Subjects Covered in Materials Science and Technology Course
In B.Tech in Metallurgical and Materials Science, the 4-year course is divided into 8 semesters. The following subjects are taught each year:
Year 1:
Year 2:
Year 3:
Year 4:
M.Tech, the postgraduate degree for Metallurgy and Materials Science, is a 2-year course and its syllabus is divided over 4 semesters.
It usually consists of subjects such as Science and Technology of Polymer Materials, Semiconductor Materials, Ceramic Technology, Techniques of Material Characterization, and the rest of the subjects are elective subjects and thesis studies.
Also Read: Online Materials Science And Technology Courses & Certifications
Materials Science and Technology- Career and Future Perspective
Materials Science and Technology is quite a limitless one, offering several opportunities and options for anyone who chooses to work in it. Careers in Materials Science and Technology can range from being a material engineer, by discovering and creating new materials, especially solids; to a metallurgist, who extracts various materials such as alloys and metals. They also study their behaviours, properties, and reactions to certain things. People can also choose to go for research, where they are required to do extensive research about already existing materials, their properties, and other closely linked materials, and are also required to find ways to discover new materials, along with material engineers.
There is also the option of Biomedical engineering, where people use technology and principles of engineering to create medicines and other concepts related to Materials Science and Technology.
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The Materials Science and Technology field is a constantly developing and growing one. There is not any limit, as of now, to how much it can expand. The materials being created and discovered are endless, and this makes it an invaluable field with never-ending opportunities.
Upcoming Trends and Topics in Materials Science and Technology Field
Clean Technology – Clean/Green Technology refers to any process that helps decrease the harmful and degrading impact on our environment. This is an important upcoming topic in Materials Science and Technology since now is the time to work on eco-friendly tech that will help us sustainably use the resources of our environment, extract resources in a non-destructive way.
Materials Science is very important in Materials Science and Technology as it will also help discover and develop new materials that will be of use to us, and will help us preserve the environment.
Biotechnology and Bio-materials – This is a very crucial upcoming topic in Materials Science and Technology as it involves significant research areas such as those of cancer treatment research. This is an ever-growing field as research never stops to discover treatments for newer, more resilient viruses and bacteria.
Nuclear Materials - Since every country in the world is looking to develop nuclear energy for different purposes, whether it be military or peaceful, this is and has been a very rapidly growing area in the field of Materials Science and Technology.
There are no bounds when it comes to developing new materials, or new ways of using older materials in the nuclear field, and there are also possibilities of discovering new materials, which makes this an upcoming topic.
Materials Science and Engineering | Advanced Technology in Materials Engineering |
View complete list of Materials Science And Technology Certification Courses
Job Profiles Offered After Completion of Materials Science and Technology Course
There are a variety of options available when it comes to a job in the field of Materials Science and Technology. The list is never-ending, along with never-ending opportunities.
JOB | JOB PROFILE |
Materials Engineering | This job requires one to mainly develop and test new materials. They are meant to pinpoint possible flaws with these materials and modify them in ways that the flaws are eliminated. If after the material is put to use, some flaws are found, they are meant to inspect and improve the same. They are also meant to do research that facilitates the working of these materials and their discoveries. |
Metallurgist | There are 3 main types of metallurgists, along with metallurgy engineers, namely: Process, Chemical and Physical Metallurgists. Metallurgists study metals and create new ways of dealing with them. They mainly deal with iron and steel as the core metals and research about the same in their fields. |
Research Scientist | Research scientists are experts in their respective fields of research. These areas of research can vary from nuclear materials, biomaterials to other materials such as graphene. |
Some other jobs that people consider in Materials Science and Technology are Product/Process Development Scientist, Biomedical Engineer, Geotechnical Engineer, and even professors for these subjects.
Top Recruiters in Materials Science and Technology Sector
The main career prospects in Materials Science and Technology are
The top companies that recruit graduates from Materials Science and Technology are
Popular Online Engineering Courses and Certifications
Average Salary in Materials Science and Technology Sector
JOB | AVERAGE SALARY |
Metallurgist | Rs. 6.67 Lakh p.a. (Approx.) |
Biomedical Engineer | Rs. 4.01 Lakh p.a. (Approx.) |
Research Scientist | Rs. 6.54 Lakh p.a. (Approx.) |
Material Scientists | Rs. 15.63 Lakh p.a. (Approx.) |
Skillsets Required to Work in Materials Science and Technology Sector
Every field requires a set of basic, general soft skills and a set of technical, field-specific skills. In this field of Materials Science and Technology, the following are the soft skills required:
Communication skills - These are required in almost every field to communicate well with superiors and the people working with you. Similarly, in Materials Science and Technology, one requires good communication skills to communicate with the team, give presentations, talk to people to figure out solutions to certain situations. On a more specific line, one needs to be able to read and write technical reports.
Problem-solving skills - The field of Materials Science and Technology is a diverse field that knows no bounds. In such a field with endless possibilities, there are bound to be certain problems and difficulties that one will encounter. To be able to keep a calm mind, and think rationally to work one's way around such problems, problem-solving skills are imperative.
Analytical skills - Every problem that stands in the way of people working in Materials Science and Technology needs to be tackled with relevant and appropriate approaches. This means that all problems need to be analysed, and solutions need to be found after a thorough process of the same. While working on certain projects too, all the steps need to be taken after approaching the situation with an analytical mind, paying attention to every detail, scrutinising every aspect.
In terms of technical and specific skills, the following are required:
Knowledge of material properties - If one is working in this field of Materials Science and Technology, with the ultimate aim to discover new materials, having a thorough knowledge of existing materials is of utmost importance. It will be impossible for people to discover and create new materials unless they know the already existing ones because that knowledge helps them understand the properties, reactions and potential outcomes of creating new materials from existing ones.
Mathematics - Materials Science and Technology requires a thorough knowledge of math, too. This is mainly because all these equations and coming to certain solutions typically involve complex math equations.
Materials Science and Technology Course Curriculum
For B. Tech in Metallurgical and Materials Engineering, which is a 4-year long course, the subjects and syllabus are divided into 8 semesters.
B.E. in Metallurgical Engineering and Materials science is also a 4-year course and is also divided into about 8 semesters.
M.Tech in Materials Science, at PG level, is a 2-year course and is divided into 4 semesters.
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The fees can range from Rs. 18,000 to Rs. 2.82 lakhs per year.
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Material Science and Technology is a very vast and diverse field with many job opportunities. Some of the jobs people opt for are:
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The following are the best colleges for BTech in this course:
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The following are the top colleges for MTech in Material Science and Technology:
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Material Science and Technology is the study of solid materials and their properties. These studies are done to understand the materials, their reactions and to eventually create new materials from these, and even to discover new ones.
A score of 150 marks in JEE Main which is rank between 15 k to 20 k is might not be a good score enough to get you a seat in NIT Kurukshetra for Mechanical, Electronics, or Electrical engineering as an SC female student from Punjab, but it's not sure and depends heavily on the overall cut-off that year; you should aim for a higher score to secure your desired branch.
You need atleast under rank 10k to get admission in nit kurukshetra mechanica, electrical branch.however you may get other branches like planning and architecture.participate in counselling process wait till the last rounds you will definitely get your preferred seat.
BEST of luck...
You can pursue a B.Tech in Electrical Engineering lateral entry program that allows students to skip the first year of the course if you have an AICTE approved 3 years engineering diploma in any stream.you have multiple options in technical specializations, such as Power Systems, Robotics, and Power Electronics to choose from.you can work as corporate employee,govt employee or entrepreneur after completing the course.
Hey there,
The syllabus for a Diploma in Electrical and Electronics Engineering typically includes the following subjects:
First Year
Hello student
Yes, even if you are an electrical and electronics engineering (EEE) student and are interested in software jobs, you can definitely apply. While EEE focuses on hardware and electrical systems, the skills and knowledge gained during the course can be relevant to software development. Many EEE students have successfully transitioned to software careers by leveraging their understanding of:
1. Programming languages (e.g., C, C++, Python)
2. Digital logic and microcontrollers
3. Data structures and algorithms
4. Problem-solving and analytical skills
Software companies value diverse backgrounds, and EEE students can bring unique perspectives to software development. However, additional training or certification in software development can be beneficial to enhance job prospects.
Some software roles that EEE students can consider include:
1. Software engineer
2. Junior developer
3. Data analyst
4. IT consultant
5. Technical support specialist
Remember, skills and passion matter more than degrees. Show off your programming skills, projects, and enthusiasm to potential employers.
Delhi NCR is the hub of engineering colleges you can find many colleges there for electrical and electronics engineering.the placement record is also good students generally placed in the field of designing, manufacturing and operating power plants, industrial machinery, electrical motors, computer chips and ignition systems for automobiles, aircrafts, space crafts and all kinds of engines as well.you should consider your area of interest before choosing your college.these are the top 10 colleges for electrical engineering.
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