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B.Tech polymer science and engineering, Polymer science and engineering
B.Tech polymer science and engineering

B.Tech Polymer Science And Engineering

The B.Tech in Polymer Engineering is a graduate-level polymer engineering degree program that focuses on polymer and plastic applications. Candidates must have a cumulative grade point average of 60% in Physics, Chemistry, and Mathematics. In this course, engineering analysis and design methods for synthetic polymers are briefly discussed. In the design of support and environmentally […]

 Saurav Anand
 Saurav Anand 20/06/2023
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The B.Tech in Polymer Engineering is a graduate-level polymer engineering degree program that focuses on polymer and plastic applications. Candidates must have a cumulative grade point average of 60% in Physics, Chemistry, and Mathematics. In this course, engineering analysis and design methods for synthetic polymers are briefly discussed. In the design of support and environmentally friendly structures, the treatment of material attributes selection, mechanical characterization, and processing are covered.

This article will assist you regarding the specifics of B.Tech in Polymer Engineering. Before choosing a subject one must completely gather information regarding that particular course. Get to know about the eligibility, admission process, and top colleges in India for B.Tech in Polymer Engineering. This article contains the syllabus that the student will have to study in this course.

All the job opportunities, scope, and career for a B.Tech in Polymer Engineering graduate that are available in India in the Private as well as Public sectors are listed in this article. How much will this course let you earn? Get to know about the salary that you’ll get after gaining a B.Tech in Polymer Engineering.

What is B.Tech in Polymer Science and Engineering?

B.Tech in Polymer Technology is a field of B.Tech that is related to chemical engineering theory and is concerned with the manufacturing and usage of polymers.

It develops new and better goods by applying the principles of Plant Design, Process Design, Thermodynamics, and Transport phenomena. You will discover how a Polymer Engineer may look at and lead the production process of plastics and other polymers if you take this course. It requires certain skills like: -

  • Knowledge of Industry Standards
  • Leadership Talent
  • Problem-solving, Critical Thinking, and Logical Thinking
  • a capacity for teamwork
  • creative and analytical thinking
  • application of scientific and mathematical knowledge.
  • both written and spoken communication abilities

B.Tech in Polymer engineering involves a solid understanding of chemistry, physics, and mathematics. The course will primarily cover:

  • Techniques for characterization and testing.
  • Polymer compounding.
  • The process of producing polymeric materials such as plastics, synthetic rubber, and fibers from their basic monomeric constituents. 
  • Physics of polymers.
  • Design and creation of polymer items.
  • Manufacturing uses, and testing of polymer materials.
  • Polymeric materials have a structure/property connection.

A B.Tech in polymer engineering entails several areas. The training necessitates strong analytical and communication abilities. A polymer engineer has numerous alternatives as in Oil and gas employment which are a part of the public sector.

For example, the Oil and Natural Gas Corporation and the Ministry of Petroleum and Natural Gas (PNG) are both looking for polymer engineers to work in their engineering departments.

Why pursue a BTech in Polymer Technology?

The following are the reasons for pursuing B.Tech in Polymer Technology:

There is a wide range of job opportunities available to you. You may sit back and choose from the various job pathways that become available to you after enrolling in this course.

A B.Tech in Polymer Engineering degree program has a diverse and exciting future. It teaches students about polymer science principles, such as characteristics and applications.

  • It works with all varieties of polymers, including plastics, adhesives, rubbers, resins, and fibers as a branch of engineering. The polymer manufacturing and consumer sectors hire graduates with degrees in polymer engineering for jobs as quality control inspectors, production planners, and production supervisors.
  • Polymer science graduates can find work in areas as diverse as packaging, sports, and pharmaceuticals. This topic of study is predicted to grow even more in the future, therefore people with the necessary education and abilities will be able to take advantage of it.
  • Once you have completed the course, you will be able to apply for jobs with the best firms in the sector. It will be easier for you to work right after college if you want to grind in the job world before deciding to do anything else in your life.
  • The B.Tech. in Polymer Engineering program teaches students about polymer science and technology. Students in the program are prepared for careers in the industry.
  • The course covers a wide range of polymer science topics, including production, processing, and application, as well as environmental consequences. The program also teaches students how to work in a team.

What after a in Polymer Engineering?

Candidates who are more interested in continuing their education rather than entering the workforce immediately after obtaining their B.Tech in Polymer Engineering may choose the following options:

  • MTech: This is a two-year full-time postgraduate degree program that goes into a deep theoretical understanding of plastics, polymers, and their wide range of applications in pharmaceuticals and biomedical research.
  • MBA: If B.Tech Polymer Engineering graduates desire to change careers and enter the field of management, they can take an MBA or a PGDM program.

Graduates with a B.Tech in Polymer Engineering will have a wide range of potential career and job opportunities in major hiring fields, such as Aerospace Parts Manufacturing Companies, Power Generation Companies, Architectural Services, Electronic Component Manufacturing Companies,  Research Labs, Colleges and Universities, etc. 

B.Tech in Polymer Engineering Important Highlights

It is important to thoroughly research any course before applying for it because it will affect your future. Before choosing to pursue a B.Tech in Polymer Engineering, learn about the details of this course.

Read the highlights in the table below.

CourseB.Tech in Polymer Engineering
Full FormBachelors of Technology in Polymer Engineering
Degree LevelUndergraduate
Duration of Course4 years (8 semesters)
EligibilityMinimum 50 % in 10+2 from any recognized board with Science (PCM) core subject
Average Course FeeRs. 1L to 3L
Average Salary2 – 10L PA
Top Recruiting CompaniesHero Motors, Reliance Industries, Bosch, Asian Paints, Nerolac, HCL, Cognizant Tech.
Job PositionsResearch Scientist, Sales Engineer, Chemical engineer, Technology Manager, Design Engineer, etc.

B.Tech in Polymer Engineering Admission Process

The eligibility criteria and admission Process of taking admission in this course are mentioned below.

  • Admission is usually determined by the rank gained in the entrance exams. All Indian as well as state or university-level entrance exams are available for admission to Bachelor of Engineering programs.
  • In certain colleges, a personal interview is. Admission is determined by your performance in each of the preceding steps. Diploma holders may be eligible for lateral entry into the second year of this course at some colleges.

B.Tech in Polymer Engineering Eligibility

  • To be admitted to the B.Tech in polymer engineering, students must have completed 10 + 2 with at least 50% grades from a recognized board.
  • The candidate should have completed physics, chemistry, and math compulsorily in high school.

B.Tech in Polymer Engineering Entrance Tests

Candidates must pass the JEE, state-level, and national-level entrance exams to be considered for admission to the course. The IISC and seven IITs jointly administer the GATE exam for admission on behalf of the National Coordination Board - GATE, Department of Higher Education, Ministry of Human Resource Development, Government of India.

JEE Main and JEE Advanced are exams used to gain admission to NITs and other colleges throughout the country.

There are various Entrance tests conducted to help students get admission to B.Tech.

JEE Main

  • The National Testing Agency (NTA) conducts the national engineering entrance exam JEE Main to help engineering students gain admission to some of the most esteemed universities in the nation, including the Indian Institute of Technology (IIT), the National Institute of Technology (NIT), and the Centrally Funded Technical Institute (CFTI).
  • The JEE Main exam is given twice a year in January and April. The JEE Advanced will only take into account the better of the two marks.
  • Both MCQs and numerical questions are present on the test. The test is given in an online mode, and the students have 3 hours to finish the paper. The essay covers topics in physics, chemistry, and mathematics.

JEE Advanced

  • For those candidates who pass JEE Main and place in the top 2,50,000, JEE Advanced is held. This test is regarded as one of the hardest and most demanding exams in the nation. It only takes place once a year. Exams are given in CBT (computer-based test) format.
  • The three exams that students are required to take—Physics, Chemistry, and Mathematics—each have a 3-hour time restriction. Every incorrect response results in a negative mark of one, while every correct response earns three.
  • 3 question papers will be used for the MHT CET 2023 test. Mathematics makes up Paper 1, Physics and Chemistry make up Paper 2, and Biology makes up Paper 3. Candidates who are interested in the Engineering program should take Papers 1 and 2. Those interested in pharmacy programs should show up for Papers 2 and 3.


  • West Bengal conducts the WBJEE (West Bengal Joint Entrance Examination) as a requirement for admission to both public and private engineering institutes. WBJEE is an optical mark recognition (OMR)-based test that is administered offline.


  • Karnataka conducts the Karnataka Common Entrance Test (KCET) for applicants seeking admission to professional programs like B.E. and B.Tech at engineering institutes.
  • Each of the three papers—Physics, Chemistry, and Mathematics—is worth 60 points. There is a 1-hour, 20-minute time restriction. The KCET does not use negative markings. Every right response earns one mark.


  • Both Telangana and Andhra Pradesh hold the EAMCET Engineering, Agricultural, and Medical Common Entrance Test (EAMCET) for admission to various engineering, medical, and agricultural institutes around the state.
  • The test lasts three hours and is given in an online format. A total of 160 questions from the physics, maths, and chemistry exams should be covered by students. There is no negative marking and students are awarded 1 mark for every right answer.


  • The famous Birla Institute of Technology administers the BITSAT, or Birla Institute of Technology and Science Admission Test. The student must pass an admission test to be admitted to the BITS campuses in Goa, Hyderabad, and Pilani.
  • The test is an online one, and the students have three hours to respond to the questions. The test has a 450-point maximum and is administered in English. The question paper is divided into divisions that include Physics, Chemistry, English Proficiency, Logical Reasoning, and Mathematics/Biology.
  • Students receive 3 marks for correct responses, while a 1 mark is subtracted for each incorrect response.


  • The Maharashtra State Government administers the MHT-CET, also known as the Common Entrance Test, every year.[4][5] The Directorate of Technical Education oversees the way it functions. The major focus of this entrance test is the degree programs offered by the following streams:
  • Engineering and Pharmacy

Quick questions

What are the steps to getting into a good college?

A few factors must be taken into consideration to get admitted to a good B.Tech in Polymer Engineering College. Admission to a good or desirable institution does not solely depend on exam results. To ensure you get into a good institution, take into account the following suggestions.

  • Shortlist your course options carefully since you need to be sure of your choice. Your future job depends on the degree you select, so choose B. Tech in Polymer Engineering with certainty.
  • The best course of action is to start the online research in advance. To narrow down your choice of top institutions, you must also be aware of top university rankings. Therefore, getting started early offers you plenty of time to plan.
  • One of the most important steps in the application process is to visit campus if possible.
  • It's easy to believe that you can learn about a school by looking at images and reading about it, but nothing beats experiencing it in person. You'll acquire a feel for campus by walking about and getting a sense of its size, vibes, and culture.
  • If you want to get into a certain engineering college, look into the previous year's marks necessary for admission, make a guess based on that, and then work hard to fit inside the range of marks required for that particular institution to acquire admission.

Taking entrance exams: How to prepare?

  • Overview Syllabus: Before starting the preparation for the entrance test, first go through the syllabus you need to complete regarding the test. Arrange all the study material and Sample papers for studying.
  • Time management: It is critical to practice time management in order to perfect it, and it is especially crucial for students preparing for an entrance exam. Test-taking is also necessary for time management since the length of the paper and the number of questions to be tried in a certain amount of time are critical.
  • Coaching: For better or worse, coaching programs have become a crucial component of preparation for any form of test, particularly those like B.Tech, because over 12 lakh students compete each year to gain admission to a famous college. Although self-study is crucial, it is also necessary to address any concerns you may have, which may be handled through coaching sessions designed to prepare you for the entrance exam.
  • Practice Tests: Exams are difficult and put you in high-pressure circumstances, even if you prepare well and diligently. Panic and anxiety are common reactions among students in the examination hall. However, if you wish to relieve this stress, it is important to practice delivering many examinations under comparable situations. It will help you overcome your phobia of taking actual exams.
  • Clear concepts leave no doubt unsolved: When studying for the B.Tech entrance test, it is critical to remember all of the fundamental principles for each course. Also, try to solve every single doubt you have in your mind.
  • Practice Sample Paper: Indeed, there is no certainty in the sample paper because the board may change its mind and modify the test structure. However, solving these papers is crucial since it offers you a sense of the problems to expect and the time required to answer them. Try to solve engineering sample papers from reputable colleges from the previous year.
  • Make short notes: Making notes while covering each topic is vital for improved learning. These notes will come in handy when it comes time to revise. Yes, it will take a little harder work and effort, but it will be easier in the end.
  • Stay away from distractions: The necessity to prevent distractions is one of the most challenging obstacles that each student who works for an exam like the B.Tech entrance test faces. In such challenging exams, tension is a huge influence that motivates you to divert your attention away from the constant grinding. However, you must remain focused and consider how you will feel when you reach your goal.

B.Tech in Polymer Engineering Syllabus

There are various subjects that are taught to the students in this course like Engineering Physics, Engineering Mechanics, Engineering chemistry, computer programming, Transforms and Partial Differential Equations, Probability and statistics etc.

B.Tech Polymer Engineering syllabus semester-wise is given below in the table: -

Semester 1Semester 2
Mathematics ITechnical English II
Engineering Physics IMathematics II
Engineering Chemistry IEngineering Physics II
Computer ProgrammingEngineering Chemistry II
Engineering GraphicsBasic Electrical and Electronics Engineering
(Practical)Engineering Mechanics
Computer Practices Laboratory(Practical)
Engineering Practices LaboratoryComputer Aided Drafting and Modelling Laboratory
Physics and Chemistry Laboratory IPhysics and Chemistry Laboratory II
-Computer Programming Laboratory
Semester 3Semester 4
Transforms and Partial Differential EquationsProbability and Statistics
Environmental Science and EngineeringMould Manufacturing Engineering
Materials EngineeringPolymer Structure and Property Relationship
Organic Chemistry and TechnologyPrinciples of Chemical Engineering
Strength of MaterialsPhysical Chemistry of Polymers
Polymer ChemistryPolymeric Materials
Polymer Chemistry LaboratoryChemical Engineering Laboratory
Organic Chemistry LaboratoryMould Manufacturing Engineering Laboratory
Semester 5Semester 6
Numerical MethodsMould and Die Design
Polymer Rheology and Fluid MechanicsPolymer Reaction Engineering
Polymer Compounding TechnologyPolymer Testing Methods
Analysis and Characterisation of PolymersProcess Control and Instrumentation
Processing Technology IProcessing Technology II
Thermoset and compositesRubber Technology
(Practical)Elective I
Communication Skills - Laboratory Based(Practical)
Polymer Preparation and Characterization LaboratoryRubber Processing Laboratory
-Polymer Testing Laboratory
Semester 7Semester 8
Polymer Blends and AlloysProject Work
Principles of ManagementProject Work
Polymer Product DesignProject Work
Rubber Product Manufacturing TechnologyProject Work
Speciality Polymers and ApplicationsProject Work
Elective IIProject Work
Elective IIIProject Work
(Practical)Project Work
Polymer Product Design Using CADProject Work
Plastic Processing LaboratoryProject Work
ComprehensionProject Work

B.Tech in Polymer Technology Top Colleges in India

Polymer Technology is taught in 29 colleges in India out of which, there are 18 public/government-operated institutions and 11 privately owned institutions that offer Polymer Technology. Maharashtra has the most colleges that provide B. Tech in Polymer Technology in India.

See the table below for a comprehensive list of the top Polymer Technology colleges: -

College NameCityAverage Annual Fee(in Rs.) (approx.)
IIT Roorkee- Indian Institute of TechnologyRoorkee8L
DTU- Delhi Technology UniversityDelhi3L -8L
MIT WPU- World Peace UniversityPune9L-12L
Birla Institute of TechnologyRanchi12L
Madras Institute of TechnologyChennai76000
CUSAT- Cochin University of Science and TechnologyKochi71K-2L
ICT- Institute of Chemical TechnologyMumbai3L
Indian Institute of Technology- DelhiDelhi3L
Hindustan UniversityTamil Nadu2L – 6L
School of Technology and Applied SciencesKerala4.9L

B.Tech in Polymer Engineering Scope

Knowing completely about the scope of a particular course, makes it easy to choose that course. in Polymer Engineering has a bigger scope in the Polymer industry. Polymer Engineering is related to chemical engineering theory and deals with the manufacturing and usage of polymers.

Read about the various scope of this course below: -

  • Polymer engineers create novel products by applying plant design, process design, thermodynamics, and transport phenomena principles. Polymer engineers can oversee the manufacture of plastics and other polymers.
  • Graduates of Polymer Engineering programs can work in the polymer manufacturing and user sectors. They can function as a production supervisor, quality control inspector, and production planner.
  • Polymer engineers in the public sector may work for the Ministry of Petroleum and Natural Gas, the Oil and Natural Gas Commission, Oil India Laboratories, petrochemicals engineering plants, the Indian Institute of Petroleum, polymers corporations in various states, the Petroleum Conservation Research Association of India, and other organizations.
  • A B.Tech in Polymer Engineering degree can lead to a variety of career opportunities. From working in the pharmaceutical industry to producing medical devices, the sector offers a diverse range of prospective employment options. This degree program will prepare graduates for a variety of opportunities in the industry.
  • Polymer engineers can work in a variety of sectors, such as thermoplastics or elastomers. Polymer Engineers may advance to become Technical Specialists or work in management and sales.

B.Tech in Polymer Engineering Career Opportunities

A B.Tech in Polymer Engineering graduate will be employed in a variety of fields, including

  • the manufacture of plastics, paints, and rubber. Mold designers, quality control inspectors, production planners, and quality inspectors are some of the jobs available to them.
  • They may also work as polymer scientists or technologists in oil companies, such as Petrochemical engineering plants, petroleum conservation research groups, or oil labs.
  • Candidates who hold the appropriate degree can also work in academia. Graduates of several B. Tech in polymer engineering programs can find work as instructors, professors, and researchers. Polymer graduates can work in polymer manufacture and as quality control inspectors in addition to lecturing.

B.Tech in Polymer Engineering Jobs

The in Polymer engineer job description available for graduates is listed below: -

Job PositionAvg. Salary (in Rs.)(approx.)
Polymer Engineer2-10L
Sales Engineer2-4L
Chemical Engineer4-6L
Technology Manager1-1.5L
Business Developer2-2.5L

Frequently Asked Questions about B.Tech in Polymer Engineering

Q. Is polymer engineering an appropriate career path?

Ans. Because of the value of the subject in our daily lives, the need for Polymer Engineers is increasing at a rapid pace. Polymer Engineers with advanced understanding are in high demand in industries such as the petroleum, oil, polymer, and rubber industries.

Q. Is there a demand for Polymer Engineering?

Ans. The high demand for this field's expertise translates into an abundance of prospects for polymer engineering graduates. These opportunities are evenly distributed among the public and private sectors.

Q. What is the basic polymer engineering salary?

Ans. The polymer Engineer's salary ranges between Rs. 2 – 10L.

Q. What is the basic polymer engineering salary in India?

Ans. Polymer Engineer salary in India ranges between Rs. 1.54 Lakhs to Rs. 12.47 Lakhs with an average annual salary of ₹ 4 Lakhs.

Q. Can I pursue a B.Tech in polymer engineering abroad?

Ans. Yes, there are overall 5 countries that may be considered for taking admission if one wants to pursue Polymer engineering abroad. These are the United Kingdom, the United States, Canada, Ireland, and New Zealand. Each provides a unique set of possibilities and universities.

Q. How much does it cost to study polymer engineering for a B.Tech. in India?

Ans. It costs around Rs. 1L to 3L in India to pursue B.Tech in Polymer Engineering.

Q. Will government jobs be available to a candidate after BTech in Polymer Engineering?

Ans. Yes, the candidates who complete this will be eligible for all government jobs in this field.

Q. What is a plastic and polymer engineering job?

Ans. A polymer engineer's job largely involves the development of polymers. This job involves developing and testing plastics or similar materials. Your duties will entail creating new polymers, working with prototypes, and building new equipment to process these materials.

Q. What are some of the largest polymer companies in India?

Ans. Some of the largest Polymer companies in India are stated below: -

  • S. S. I. Rubber
  • Shree Polymers
  • India Impex
  • Metro Polymers
  • Rupa Polymers

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