Bachelor of Technology in Polymer Engineering, an undergraduate degree is a four-year-long, full-time course. Any student who preferably had the subjects Physics, Chemistry and Mathematics at the 10+2 level and acquired a passing certificate in the same from a recognized board, is eligible to apply for this course.
Applicants are usually selected on the basis of Engineering Entrance Exams including TANCET, KCET, UP CET (UPSEE), and others.
Also Check:
Some of the best institutes offering this course are Chandigarh University; BITS Hyderabad; The Neotia College, Kolkata; Aurora Group of Institutions, Hyderabad and Cochin University of Science and Technology, Kochi.
1.1 What is BTech Polymer Engineering?
1.2 Why Study BTech Polymer Engineering?
2.1 Merit Based
2.2 Entrance Based
2.3 Important Dates
Btech in Polymer Engineering Course Highlights
| Course Duration | 4 years |
| Average Fees | INR 2,00,000 to INR 5,00,000 annually |
| Top Colleges | MIT World Peace University, Cochin University of Science and Technology, MIT - WPU Facility of Engineering, The Mahatma Gandhi University of Engineering, Chandigarh University |
| Admission Process | Both Entrance Based and Merit-Based |
| Top Entrance Examinations | TANCET, MHT-CET, WBJEE, KCET |
| Scope | MTech Polymer Engineering, MBA |
| Top Recruiters | SRF Limited, Gujarat Fluorochemicals, Reliance Industries |
| Average Salary | INR 7,00,000 to INR 15,00,000 annually |
What is BTech Polymer Engineering?
The stream of engineering that is connected to the theories of chemical engineering and is a field that dabbles in the design, analysis and modification of polymer materials is referred to as Polymer Engineering.
- This is the stream of engineering that deals with the principles of plant and process design, thermodynamics and other transport phenomena in order to understand the theoretical and practical processes involved in the formulation and application of polymers.
- There is a minor exception to the duration of the course, in that it may be successfully completed in 3 years in universities such as the College of Engineering Roorkee and Maharashtra Institute of Technology where lateral entries of candidates are permitted.
- While the 1st year’s subjects are mutual across all disciplines of engineering under the BTech umbrella, the second year enters a few specific subjects catering to polymer engineering.
- The third-year focuses on a primarily specialization centric approach, and finally, the fourth year requires the candidate to engage in industrial training and practical projects.
- Overall, the course’s aim is to inculcate in students the ability to harness their skills in a manner that allows them to adopt a creative perspective in order to facilitate efficiency in the production process of polymers and related plasticine products.
- The average annual tuition fee for BTech Polymer Engineering lies between INR 2 lakhs and INR 5 lakhs and varies from university to university.
Check: B.Tech in Polymer Engineering Career Options and Jobs
Why Study BTech Polymer Engineering?
- As a branch of engineering, it tackles all varieties of polymers, which are inclusive of plastics, adhesives, rubbers, resins and fibres.
- Students who graduate with a degree in Polymer Engineering are eligible to seek jobs in the polymer manufacturing and consumption industries in the roles of quality control inspectors, production planners and production supervisors.
- Graduates of this particular course have promising careers in both the private and public sectors.
- As for the latter, there are plenty of vacancies for BTech Polymer Engineering graduates in the Ministry of Petroleum and Natural Gas, the Oil and Natural Gas Commissions, the Petroleum Conservation Research Association of India among other government agencies.
- Other than that, graduates, upon acquiring the necessary degrees, such as an MTech or an ME, can also join Universities as part of their teaching staff, either in the capacity of a professor or a part-time lecturer. Additionally, they also become eligible for applying for research grants in order to conduct research both in and out of campus, in their independent research laboratories.
Polymer Engineering Admission Process
In order to be eligible for participating in the eligibility process, students need to have secured a minimum aggregate score of 55% in their 10+2 level examination from a recognized board with Physics, Chemistry and Mathematics as their core subjects. Alternatively, students with an aggregate score of 50% but with a diploma course spanning over 1 year are also eligible to apply for the course. There are two modes for application, namely either through merit or through performance in an entrance examination.
Check: B.Tech Polymer Engineering Colleges
Merit-Based
- Typically, students can avail the application forms for this mode of admission both through the official online portals of these colleges or through offline means.
- In this mode of admission, often referred to as the “Direct Mode” of Admission, Universities release merit lists consisting of names of the shortlisted students based solely on their academic performance at the 10+2 level. This is done on a cut-off basis, wherein students who score the same as or above the cut-off score are granted admission into the specific college.
- Upon seeing their name on the merit list, interested candidates can then reach out to the authorities and confirm the steps and dates of the document verification process and then make a payment in order to book their seat for the incoming academic session.
Entrance Based
- Candidates are required to register for these entrance examinations by creating an account for themselves, verifying their phone numbers, e-mail addresses and so on.
- Upon filling out the form with accurate information, and uploading scanned versions of all the necessary documents such as birth certificates, 10th and 12th-grade mark sheets and passport size photographs in the required format, they will be needed to pay an application fee via a number of online payment gateways, which vary from college to college.
- Once all candidates have been marked as eligible, the admission departments of the colleges will proceed to release admit cards, which are a form of identification necessary while appearing for the examination.
- Upon the release of results, which comprises a list of percentile scores, qualifying candidates are allotted specific dates when they are called in for counselling sessions in order to select which branch of BTech they want to pursue (in this case, Polymer Engineering).
Some of the important Entrance Exams are as follows:
| Entrance Exams | Exam Dates |
|---|---|
| JEE Main | Check JEE Main Dates |
| JEE Advanced | Check JEE Advanced Dates |
| WBJEE | Check WBJEE Dates |
| VITEEE | Check VITEEE Dates |
| SRMJEE | Check SRMJEE Dates |
| KEAM | Check KEAM Dates |
How to get Admission to a Good College?
- Conducting thorough research into the crucial details such as course curriculums, eligibility criteria, admission procedures, course fees helps.
- Candidates who are looking to secure admission through Merit are advised to ensure they keep their aggregate scores in the 10+2 examinations high because cutoffs are typically competitive in nature.
- Most commonly, it is observed that in order to secure admission in a top university for BTech Polymer Engineering, one must be well versed with all the skills necessary for a standard BTech Entrance Examination and Personal Interviews, as the ranks acquired in each of these rounds play a large role in the shortlisting of candidates.
- Special care must also be taken to fill out all the necessary details correctly, keeping in mind the list of instructions that are shared specific to each entrance examination.
How to Prepare for the Entrance Examinations?
In order to secure admission into a top college for BTech Polymer Engineering, students are often required to clear Entrance Examinations, in which they have to acquire a competitive rank. Some useful tips to keep in mind while preparing areas are listed below:
- Having a clear understanding of what the exam pattern is will always help. To make things easier, most BTech Entrance Exams have 3 sections of questions, namely General Aptitude, Engineering and Mathematics - all of which are subjects students have in school, at the 10+2 level.
- Students must attempt to answer all questions since there is typically a complete absence of negative marking.
- Solving question papers from previous years will not only help candidates familiarise themselves with the concepts in the syllabus but will also lend a certain amount of confidence because they will be able to tell where their weaknesses lie. Solving anywhere between 20 and 30 mock papers should set students up to a considerable degree.
- Time management is a skill as crucial as the preparation of the main syllabus. Allocating fixed amounts of time to each section, and taking care not to overshoot any of these self-set periods will ensure fewer debacles, in terms of running out of time.
- Using self-help books such as Fundamentals of Polymer Engineering by Anil Kumar and Thermoplastic Foam Extrusion: An Introduction by James L, Throne may be helpful. Alternatively, students may also consider joining a Coaching Centre during the period they are setting aside for preparation.
Polymer Engineering Syllabus
A semester-wise breakdown of the courses interested candidates will have to take, as part of this programme have been presented in the tables below. There are 8 semesters in total, and the requirement is to take 4 courses per semester on an average.
| Semesters | Syllabus |
|---|---|
| Semester 1 | The Plastics Industry |
| Polymer Processing Survey - Lecture and Lab | |
| Plastics and Elastomers | |
| Polymer Testing Lab | |
| Information, Technology and Society | |
| Humanities/Art/Foreign Language/Applied Arts/Social Science/International Field Experience Electives | |
| Semester 2 | Sustainable Materials |
| Composites and Nano-Composites | |
| General Chemistry 1 | |
| College Algebra and Trigonometry - I | |
| English Composition 1 | |
| Semester 3 | Extrusion |
| Blow Molding | |
| Manufacturing Processes and Tool Making Survey | |
| Technical and Professional Communication | |
| College Algebra and Trigonometry - II | |
| Semester 4 | Tooling Maintenance |
| Injection Molding | |
| Rotational Molding | |
| Thermoforming | |
| Quality Principles | |
| Calculus/Applied Calculus - I | |
| Semester 5 | Advanced Extrusion |
| Mechanical Properties and Testing | |
| Polymer Synthesis and Formulation | |
| Polymer Synthesis Lab | |
| Plastics Formulation Lab | |
| Fundamentals of Speech | |
| Cultural Diversity Elective | |
| Semester 6 | Advanced Blow Molding |
| Plastic Part Design | |
| CIM and Automation in Plastics and Processing | |
| Project Management and Capstone Planning | |
| Physics/Chemistry Elective | |
| Semester 7 | Advanced Injection Molding |
| Mold and Die Design | |
| Designing Molds and Dies | |
| Plastics Engineering Technology Senior Project | |
| The Principles of Macroeconomics | |
| Elective Paper (Art) | |
| Semester 8 | Advanced Thermoforming and Rotational Molding |
| Mold Flow | |
| Engineering Ethics and Legal Issues | |
| Humanities Elective | |
| Open Elective/Associate |
Polymer Engineering Course Comparison
| Parameters | BTech Chemical Engineering | BTech Polymer Engineering |
|---|---|---|
| Rankings | 6 - NIRF, 5 - India Today, 8 - Outlook | 84 - NIRF, 75 - India Today, 46 - Outlook |
| Eligibility Criteria | The aggregate score of 60% at the 10+2 level from a recognized board with Physics, Chemistry and Mathematics as compulsory subjects. | The aggregate score of 55% at the 10+2 level from a recognized board with Physics, Chemistry and Mathematics as compulsory subjects. |
| Average Fees | INR 3,00,000 to INR 9,00,000 annually | INR 2,00,000 to INR 5,00,000 annually |
| Median Salary | INR 14.51 Lakhs | INR 15 Lakhs |
| Accepted Examinations | JEE Main, JEE Advanced | CUCET (Chandigarh University) |
| Top Colleges | IITM Chennai, IIT New Delhi, IIT Bombay | Chandigarh University, Birla Institute of Technology, National Institute of Technology (Warangal) |
| Top Recruiting Companies | Reliance, ONGC, Geological Survey of India | Ministry of Petroleum and Natural Gas, ONGC, Asian Paints, Lanxess |
| Duration | 4 years | 4 years |
| Job Profiles | Chemical Engineer, Technical Service Engineer, Professor, Fire & Safety Officer, Manager, Chemical System Coordinator | Maintenance Engineer, Product Development Executive, Environment Officer, Technician, Quality Control Executive |
Polymer Engineering Top Colleges in India
| College Name | Fees (Annually) |
|---|---|
| MIT World Peace University, Pune | INR 3,10,000 |
| Cochin University of Science and Technology, Kochi | INR 14,565 |
| MIT - WPU Facility of Engineering, Pune | INR 3,10,000 |
| Mahatma Gandhi University of Engineering, Thodupuzha | INR 47,800 |
| Chandigarh University, Chandigarh | INR 1,60,000 |
| Aurora Group of Institutions, Hyderabad | INR 37,400 |
| Tolani Maritime Institute, Pune. | INR 5,60,405 |
| Jain University, Bangalore. | INR 1,97,500 |
| New Horizon College of Engineering, Bangalore | INR 2,50,000 |
| Parul University, Vadodara | INR 1,00,000 |
| Gitam University, Visakhapatnam | INR 2,22,200 |
| University of Engineering and Management, Kolkata | INR 1,61,200 |
| St. Andrews Institute of Technology and Management, Gurgaon | INR 92,000 |
| Bennett University, Greater Noida | INR 3,50,000 |
| Sikkim Manipal Institute of Technology, East Sikkim | INR 2,60,000 |
| Bharati Vidyapeeth Deemed University, Pune | INR 120,000 |
| Budge Budge Institute of Technology, Kolkata | INR 114,650 |
BTech Polymer Engineering Top Colleges Abroad
| College Name | Fees (Annually) |
|---|---|
| Massachusetts Institute of Technology (MIT) | INR 37,89,700 |
| Stanford University | INR 37,47,600 |
| University of Cambridge | INR 29,77,300 |
| ETH Zurich - Swiss Federal Institute of Technology | INR 22,56,000 |
| Nanyang Technological University, Singapore (NTU) | INR 35,67,800 |
| University of Oxford | INR 32,05,000 |
| The University of California, Berkeley (UCB) | INR 28,66,800 |
| Imperial College London | INR 26,80,200 |
| National University of Singapore (NUS) | INR 30,70,600 |
| Tsinghua University | INR 21,50,000 |
| Harvard University | INR 36,81,500 |
| EPFL, Lausanne | INR 20,40,800 |
| Georgia Institute of Technology | INR 21,97,000 |
| California Institute of Technology (Caltech) | INR 37,22,700 |
What After Btech Polymer Engineering?
Candidates who find themselves more invested in proceeding in the field of academia, as compared to entering the job force immediately after completing their BTech in Polymer Engineering may consider the following options:
- MTech: This is a 2 year-long full-time postgraduate degree program, which delves into deep theoretical awareness of plastics, polymers and their vast degree of applicability in the fields of pharmaceuticals and biomedical research.
- MBA: In case BTech Polymer Engineering graduates find themselves wanting to switch streams and enter the field of management, they may choose to pursue an MBA or a PGDM course.
- Other Competitive Examinations: Graduates of this course may also choose to take this time after acquiring their degree to prepare for some competitive examinations such as the SCC and the UPSC, which entail entries into jobs in Government Sector Organizations.
Polymer Engineering Jobs
Upon completing this course, candidates find themselves on the brink of a very promising future simply because the industry of plastics, rubbers, fibres and resins is nascent. This means increasing demand for polymer engineers in the fields of electronics, defence, power transmissions and water management. Some of the top recruiters of polymer engineers are SRF Limited, Gujarat Fluorochemicals, Reliance Industries, Haldia Petrochemicals, BASF India, Atul Limited, Lanxess, Gharda Chemicals, Deepak Nitrite Limited and Asian Paints.
Some of the basic jobs that candidates may find themselves suitable for have been tabulated below:
| Job Profile | Description |
|---|---|
| Service Maintenance Engineer | As professionals in the field of production, these individuals are in charge of planning engineering activities, maintaining stores, equipment and engineering staff. |
| Product Development Executive | As a professional in the field of production, these individuals are in charge of developing creative production processes in order to guarantee efficiency. |
| Environment Officer | As a professional in the field of engineering, these individuals are in charge of synchronizing the technical parts of the process with the environmental awareness aspects. |
| Technician | As a professional in the field of engineering, these individuals are responsible for coordinating with the production teams. |
| Quality Control Executive | As a professional in the field of engineering, these individuals are in charge of keeping a constant lookout and keeping records of any disturbances in the maximum quality of products. |
| Maintenance Engineer | As a professional in the field of construction, these individuals are responsible for managing any and all construction foremen to ensure timely delivery of products. |
Polymer Engineering FAQs
Ques: What is the best course to pursue upon completing BTech Polymer Engineering?
Ans: An MTech in Polymer Engineering would be the best option, as it will guarantee continuity and an in-depth understanding of concepts.
Ques: Will Government Jobs open up to a candidate right after completing a BTech in Polymer Engineering?
Ans: Since this course is one that is recognised by the UGC, completing this course will make candidates eligible for all government jobs in the field.
Ques: Which are the highest-rated colleges offering BTech Polymer Engineering?
Ans: Some of the top colleges offering this course are: Indian Institute of Technology (Chennai), Birla Institute of Technology and Science (Ranchi), Institute of Chemical Technology (Mumbai), Indian Institute of Technology (Mumbai), National Institute of Technology (Warangal).
Ques: What are some of the subjects offered to students learning BTech Polymer Engineering?
Ans: Plastics and Elastomers, College Algebra and Trigonometry, Blow Molding, Injection Molding, Thermoforming, Advanced Blow Molding, Project Management and Capstone Planning, Mechanical Properties and Testing are some of the subjects offered to students.
Ques: Is BITS better for BTech Polymer Engineering or Chandigarh University?
Ans: No, placements from both colleges are equally good. Several PSUs and private companies come for on-campus recruitment. Additionally, candidates wanting to pursue higher education are able to score well on the GATE exam while applying for their MTech degrees.
Ques: Is it possible for a candidate to not continue with Polymer Engineering after completing a BTech in it?
Ans: Yes, candidates are free to pursue careers in Forensic Sciences, Chemical Engineering and various other fields of engineering, provided they meet the eligibility requirements for higher-level courses in those fields.
Ques: What are some skills that I should possess before considering a BTech Polymer Engineering?
Ans: Typically, familiarity with industry standards, willingness to be exposed to multiple disciplines, analytical and creative thinking and great communication skills are usually good indicators in this aspect.
Ques: Is a BE(Bachelor in Engineering) the same as a BTech(Bachelor in Technology) when it comes to Polymer Engineering?
Ans: A BTech is more skill-oriented and application-based as compared to BE which is more theoretical in nature. While the latter is equipped to impart the knowledge requisite for modifying structures, the former’s aims are more in line with creating innovative equipment for gadgets to be used in the field of technology.
Ques: What are some academic options available to candidates after completion of BTech Polymer Engineering?
Ans: If candidates are looking to pursue research, some of the best options available are Hindustan University, University of Mumbai, Cochin University of Science and Technology and Sri Jayachamarajendra College of Engineering.
![Cochin University of Science and Technology - [CUSAT]](https://image-static.collegedunia.com/public/college_data/images/appImage/25638_CUSAT_NEW.jpg?h=150&w=320&mode=crop)
![Cochin University of Science and Technology - [CUSAT]](https://image-static.collegedunia.com/public/college_data/images/logos/1455871458Logo.png?h=30&w=30&mode=crop)
![University College of Engineering, Mahatma Gandhi University - [UCE]](https://image-static.collegedunia.com/public/college_data/images/appImage/28246_UCE_NEW.jpg?h=150&w=320&mode=crop)
![University College of Engineering, Mahatma Gandhi University - [UCE]](https://image-static.collegedunia.com/public/college_data/images/logos/139410329528246.png?h=30&w=30&mode=crop)
![Mahatma Gandhi University, School of Technology and Applied Sciences - [STAS]](https://image-static.collegedunia.com/public/college_data/images/appImage/14980_5.gif?h=150&w=320&mode=crop)
![Mahatma Gandhi University, School of Technology and Applied Sciences - [STAS]](https://image-static.collegedunia.com/public/college_data/images/logos/139808070014980.JPG?h=30&w=30&mode=crop)
Comments