Material Science and Metallurgical Engineering (MEMS) is a highly funded branch in IIT Bombay, and it's a misconception that it's not a good branch just because its cutoffs are high. In fact, Material Science is the most demanded branch at MIT. However, it's essential to note that each branch is unique in its way, and the only thing that matters is your interest.
MEMS teaches engineering aspects of metals, their properties, and engineering problems faced while extracting them, while material science focuses on customizing materials according to your needs. Materials play an essential role in various processes, and you need to alter properties like viscosity, strength, hardness, resistance to temperature, etc. Material science plays a crucial role in developing such materials.
The branch you choose does not determine your success; it's your commitment and passion toward that branch that matters. So, choose a branch based on your interest and passion, not just packages, to excel in it.
I have a friend who completed his BTech in Metallurgical and Material Engineering from NIT Warangal last year. According to him, the institute and the branch offer a plethora of academic and job opportunities during and after the course.
The department provides ample opportunities to those who are genuinely interested in the branch or the subject. Passionate students receive great help from the faculty but you need to be self-motivated to avail the resources.
Here are a few future prospects for a Metallurgy and Material Engineering student of NIT Warangal
Today, the alumni of this department are pursuing successful careers so I feel in the long run you will be able to benefit from this too. So go for this branch!
The placement scenario for Material Science in IIT Bombay largely depends on the type of jobs you will be taking. There are a variety of jobs offered like core blue-collar jobs, core executive level jobs, non-core data, finance or coding type jobs.
The majority of the batch goes for non-core data jobs both finance and coding type. A lot of companies offer such roles and there is no scarcity of opportunities in this area.
Next in line are the core Executive jobs offering roles like Tata Steel), R&D, etc. These jobs are offered to a handful of students only and the companies offering such roles visit usually towards the end of placements. These roles are highly coveted among MTech students and one needs to prepare a lot to grab these roles.
Other types of jobs one can take are the Core blue collar jobs that require direct contact with the manufacturing plant. However one cannot depend on placements for such roles at all. Getting these jobs is very easy and all you need to do is keep your academic performance up to the mark and gain some experience in co-curricular projects with professors. After some time you will have identified your area of interest and your professor will help you get a job through his own contacts.
The placements of Metallurgy and Material Science at NIT Jamshedpur aren’t very high and most students have to opt for non-core companies instead. Only a handful of core companies visit offering mediocre packages.
Here is the exact placement scenario of this branch
|
Placement% |
100% |
|
Highest CTC |
INR 14 LPA |
|
Average CTC |
INR 9.42 LPA |
Most students remain unplaced till the end and go for Non-core placements eventually.
Material science and Engineering have been recently started at NIT Hamirpur. The department already offers an Mtech program. From what I have heard, the faculty profiles are great and the future of this department seems promising. The growth will be steady depending on the funds received.
Material engineers study and optimize material behavior and properties so that they can be designed specifically to suit a unique application. I will suggest you choose this branch only if you are planning to pursue a career in research or higher education. It has less competition as compared to other branches.
Many jobs in PSUs and DRDO etc. are offered to material science students. You can also be admitted to a top university abroad after qualifying for GATE. NIT Hamirpur also has a Material Research Centre and is one of the few of its kind in North India.
Ultimately, it’s up to you whether you want to join an existing established department or a new one.
IIT BHU has the best department in material science and technology. They have experienced scholars, and you will be given effective classes with proper study materials. This department was established at IIT BHU in 1978 and is located opposite the Central Instrument and Facility Center. They have an international center of research in material science and technology, and it will be a wise decision to opt for an MTech in material science and technology from this reputed institution. IIT BHU offers fantastic placement support for the students, and you can pass out with an IITian tag.
You can go with IIT Roorkee Metallurgy rather than IIT BHU. The four-year course is good, and you can further pursue a master’s if you are interested in this field. Both institutes are good at providing effective study materials, but there are other benefits available if you choose IIT Roorkee. They are:
So, IIT Roorkee is much better than IIT BHU.
Material Sciences in CEG started 9 years before and in such a short span it has gained recognition. It has made a significant contribution to the research of the country. The significance of the program has been described on the basis of the following aspects.
Research: Research is the most impressive feature of this course. The funding provided by the Center for Technology Development and Transfer during the third year is extremely helpful and encourages students to take up research.
Faculty: Although the faculty is extremely supportive, some of them lack specialization in materials science.
Course: The course has a variety of options for electives. It is extremely structured and moderate-paced.
Infrastructure: This is where the course lacks the most. It does not have a separate department and operates under the department of Mechanical Engineering. Also, there is a lack of equipment required for the course.
Alumni: The number of alumni is less as the course has recently started. But most of them are now working at extremely good universities around the world and India or are placed in very good companies (both in core materials science and IT).
Internships: CEG renders excellent exposure. A vast amount of undergrads perform research in various laboratories across the world during their second and third years. This helps in securing jobs in the future.
PEC Chandigarh ranks 68 among the top pioneer engineering colleges by NIRF 2020. It maintains a standard placement record of 80% by providing jobs in top quality MNCs.
UIET Chandigarh ranks 54th among the private engineering colleges by NIRF ranking and maintains a placement record of 80%.
Admission Process
PEC Chandigarh:
UIET Chandigarh:
Placements:
The placements in both these colleges are good and many of the companies offer handsome packages to the students every year. CSE receives the highest amount of placement of 100%.
|
Categories |
PEC Chandigarh |
UIET Chandigarh |
|
Placement rate |
80% |
80% |
|
Highest package |
INR 49 LPA |
INR 30 LPA |
|
Average package |
INR 9 LPA |
INR 7 LPA |
The top companies are Google, IBM, Directi, Hero Honda, Deloitte, Microsoft, Accenture, Ericsson, etc.
Facilities:
Although, UIET provides more placements for all the branches, however, PEC Chandigarh is more preferred than UIET since PEC is one of the oldest institutions in Chandigarh.
No, the Material Science and Technology Department at IIT BHU is highly reputed and better than other institutes. You have many advantages with an IITan tag, and many opportunities will open up for you. They are: