ICT Mumbai
- Exams: GATE
Degrees offered: B.E /B.Tech, BS, Diploma, M.E /M.Tech., P.G.D, PGD in Engineering, Ph.D
Plastic engineering is a field of science which deals with the study of different plastic products. The professionals in the Plastic Engineering field focus on developing and manufacturing plastic products and also synthetic materials. The Plastic Engineering courses are designed to provide students with the necessary skills and training. After the completion of the course, graduates get placements in different parts of the industry.
In this field of Engineering, primarily two courses are offered; Bachelor in Plastic Engineering and Master in Plastic Engineering. The Bachelor’s course in Plastic Engineering is for 4 years, and the masters are for 2 years. Many prime institutes offer both courses. Graduates have many career options to choose from after the course in Plastic Engineering is done. Let’s take a look at every aspect of the courses.
Particulars | Values |
---|---|
Branch Name | Plastic Engineering |
Degree | B.E/B.Tech, M.E/M.Tech |
Duration | UG: 4 years PG: 2 years |
Eligibility | UG: 10+2 PG: Bachelor’s degree |
Admission Process | Entrance Exam |
Top Entrance Exams | JEE Main, JEE Advanced, GATE |
Average Course Fees | Rs. 34,890 to Rs. 5.12 Lakhs |
Career Options | Plastic Testing Technologist, Design Technician, Mould Designer, Process Engineer. |
Average Salary | Rs. 3 LPA |
Recruiting Companies | Oil India Limited, College and Universities, Petroleum Conservation Research Association of India |
Plastic Engineering courses are offered by many private as well as public institutes, before applying for the admission to the desired institute, candidates are required to meet the eligibility requirements specified by the institute for admissions. Mentioned below are the top Plastic Engineering colleges in India.
Colleges | Fees |
---|---|
Rs. 1.20 Lakhs | |
- | |
Rs. 4.08 Lakhs | |
Rs. 34,890 | |
Rs. 5.12 Lakhs | |
Rs. 1.42 Lakhs | |
Rs. 90,750 | |
Central Institute of Petrochemicals Engineering and Technology | Rs. 1.02 Lakhs |
Private institutes in India also offer Plastic Engineering courses, the admission to these institutes is based on entrance examinations and/ or personal interview or aptitude tests. Candidates interested in pursuing Plastic Engineering courses, are required to meet the eligibility requirements.
Colleges | Fees |
---|---|
Mewar University | Rs. 1.20 Lakhs |
MIT Aurangabad | - |
Shri Bhagubhai Mafatlal Polytechnic, Mumbai | Rs. 4.08 Lakhs |
The admission to government institutes offering Plastic Engineering courses is generally based on entrance examinations. Some colleges may also conduct personal interviews or entrance examinations. Mentioned in the table below are the top government institutes offering Plastic Engineering courses.
Colleges | Fees |
---|---|
DBATU Lonere | Rs. 34,890 |
HBTU Kanpur | Rs. 5.12 Lakhs |
ICT Mumbai | Rs. 1.42 Lakhs |
Advanced Plastics Processing Technology, Centre, Balasore | Rs. 90,750 |
Central Institute of Petrochemicals Engineering and Technology | Rs. 1.02 Lakhs |
Just like any other field, Plastic Engineering degree programmes have certain eligibility requirements to screen the most deserving and qualified candidates for the admission process. Candidates are advised to check the eligibility requirements before applying for the admissions.
The eligibility criteria for undergraduate courses depends on the institute but it remains almost the same for every institute. Candidates are advised to check the eligibility requirements before applying for the admissions. Mentioned below is the generic eligibility requirements for the undergraduate degree programmes.
JEE Main: JEE Main exam is conducted by the NTA. It is a national level exam. Get admission to top institutions like IIITs, NITs, and CFTIs. JEE Main exam is held twice in a year; January and April. The mode of the exam is online.
JEE Advanced: JEE Advanced is conducted by the Indian Institute of Technology. This is a national level exam. The exam is held once in a year for IITs. The mode of the exam is online.
Universities have distinct eligibility criteria, and these criteria can differ from one institution to another. Generally, candidates are required to hold a Bachelor’s degree in a relevant field from a recognised university and achieve a valid aggregate percentage. Below, we have outlined the typical postgraduate eligibility requirements for Plastic Engineering:
GATE: GATE stands for Graduate Aptitude Test in Engineering and it is a postgraduate entrance examination in the field of Engineering, conducted by one of the IITs to provide admission to different IITs, NITs, and GFTIs. Students can find the relevant information for GATE Examination in the table below:
Graduates in Plastic Engineering specialise in the study of plastic materials and the machinery used to manufacture them. Their primary responsibilities include conducting research, developing new plastics, and overseeing their production. They also ensure the quality and consistency of the plastics produced.
The field of Plastic Engineering has a broader scope than one might initially perceive. It is integral to numerous industries, including petroleum, natural gas, and oil laboratories, among others. Given the widespread use of plastic globally and the continual advancements in technology, the demand for Plastic Engineering is substantial and ever-growing.
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Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL | ||||
DIPLOMA |
The course curriculum of Plastic Engineering at undergraduate level is divided into four years and eight semesters. The syllabus covers topics related to Fluid Mechanics, Thermodynamics, Plastic Processing, and Plastic Materials. In the following table, we have mentioned the Biju Patnaik University of Technology, Odisha syllabus of B.Tech Plastic Engineering.
Semester 1 | |
Mathematics-I | Programming in ‘c” |
Chemistry/ Physics | English Communication Skill |
Basics of Electronics / Basic Electrical Engineering | Engineering Workshop/ Engineering Drawing |
Mechanics | Thermodynamics |
Semester 2 | |
Mathematics-II | Data Structure Using ‘C” |
Chemistry/ Physics | Business communication |
Basics of Electronics / Basic Electrical Engineering | Engineering Workshop/ Engineering Drawing |
Mechanics/ Thermodynamics | NSS/NCC |
Semester 3 | |
Fluid Mechanics & Machines | Material Sciences |
Strength of Material | Polymer Chemistry |
Physical Chemistry of Polymers | Engineering Economics/ Organizational Behavior |
Semester 4 | |
Purely Applied Mathematics for Specific Branch of Engineering | Polymer Structure & Properties Relationship |
Additives & Compounding | Fundamental of Chemical Engg. |
Plastic Materials & Application | Engineering Economics/ Organizational Behavior |
- | *Skill Project |
Semester 5 | |
Plastic Processing Technology | Plastic Testing Technique |
Fundamentals of Plastic Mould & Die Designing | Plastic Waste Management & Recycling Technology/ Plastic Packaging Technology |
Advance Lab-I | Machining Science & Technology / Fuel Energy Technology/ Renewable Energy System |
Semester 6 | |
Advanced Plastics Processing Techniques | Mould Engineering |
Material Engineering/polymerization Engineering /Polymer Reaction Engineering | Industrial Lecture |
Presentation Skill & Skill for Interview | Environmental Science & Engineering |
Rubber Science/Polymer Nano-composites/Biomedical Plastics(Any Two) | Yoga |
Semester 7 | |
Nano Science & Bio Technology | Polymer Composite Technology |
Polymer Rheology | Soft Computing */ Other subjects |
Advance Lab- II/ Project | Projects on Internet of Things |
Semester 8 | |
Industrial Training cum Project/ Entrepreneurship Training cum Project | Project / Startup |
The subjects offered at postgraduate level in the field of Plastic Engineering depends on the institute, but the course structure remains almost the same for every institute. Some of the subjects offered are Plastics Materials, Rheology and Characterisation of Plastics, and Plastic Product Design. Mentioned in the table below is the syllabus of AKTU.
Semester- I | |
Plastics Materials | Plastics Processing |
Departmental Elective- I | Departmental Elective- II |
Research Process and Methodology | Plastics Product Design Tool and Design Lab |
Plastics Characterisation and Testing Labs | - |
Semester- II | |
Rheology & Characterization of Plastics | Testing & Quality control of Plastics |
Departmental Elective III | Departmental Elective IV |
Departmental Elective V | Plastics Processing Lab |
Seminar I | - |
Semester- III | |
Seminar II | Dissertation |
Semester- IV | |
Dissertation (Final) | - |
Plastic Engineering offers a wealth of career opportunities. Graduates can find roles in petroleum refineries, oil rigs, and petrochemical plants, where they can apply their skills in design, processing, and manufacturing. India is home to numerous plastic manufacturing industries, and with the government's new initiatives, this sector is growing rapidly.
This field is particularly suitable for those with entrepreneurial aspirations. The job prospects, both in India and abroad, are extensive. After gaining experience in India, many professionals seek opportunities overseas, where there is a high demand for their expertise. Thus, Plastic Engineering opens up a world of possibilities for its graduates.
Job Profiles | Job Description |
---|---|
Plastic Testing Technologist | Plastic testing Technician utilises the knowledge in the field to develop new polymers and test them in the labs. The lab work includes testing the polymer’s durability and recording the properties of the polymer. |
Design Technician | Design Technicians are professionals who work with a mechanical and electrical engineer to develop products for the company or institution. He is responsible for collecting data and revising it. |
Plastic Mould Maker | Plastic Mould Makers are skilled and trained professionals who work on making moulds for the products. They can also sometimes perform metalwork in manufacturing industries. |
Mould Designer | Mould Designers are professionals who design the moulds and prepare drawings for the products. They are often assisted by Plastic testing technologists. |
Process Engineer | A process engineer is a professional who develops scientific processes for converting raw materials into real products. They are also known as Chemical Engineers. |
The application of plastic can be found in almost every industry. Since its inception, plastic has been a total hit immediately. Some sectors include; medical, automotive, packaging, home appliances and even aerospace.
The latest trends in the century started to occur by 2018. Given that technology and innovative minds have shaped the industry into what it is now. Let’s take a look at some of the important and noteworthy trends in recent times.
The trends show that there are many career options available in the Plastic Engineering industry. New jobs are opening in coming years which shows there will be many more jobs available in the industry. Students can work at the Polymer Industry, Electricity Board, Telecommunication, and Textile Industries.
Top Recruiters:
The average salary of a Plastic Engineer is dependent on many factors such as the location of the company, the experience of the candidate, and the job profile applied by the candidate. Mentioned in the table below is the average salary of some of the top career options in the field of Plastic Engineering.
Job Profiles | Average Salary |
---|---|
Plastic Testing Technologist | Rs. 3 Lakhs p.a. (Approx.) |
Design Technician | Rs. 4 Lakhs p.a. (Approx.) |
Plastic Mould Maker | Rs. 3 Lakhs p.a. (Approx.) |
Mould Designer | Rs. 6 Lakhs p.a. (Approx.) |
Process Engineer | Rs. 5 Lakhs p.a. (Approx.) |
Plastic Engineering is a hardcore scientific field which requires good knowledge of chemistry as well as physics. Many subjects are taught during the course; students should show the required skills to be able to understand the subjects. Mentioned below are some important skills in the field of Plastic Engineering.
The Plastic Engineering programme offers a comprehensive understanding of mathematics, chemistry, and process engineering, with a focus on the properties and applications of plastic materials. It delves into the physics of plastics, engineering sciences, product design, manufacturing processes, and the use of computer-aided engineering.
The curriculum allows for further specialisation based on individual interests. It encompasses the processing, design, development, and production of plastics and related products. The course is continually updated to reflect the latest advancements in the Plastics and Allied Industries.
Answer :
The subjects taught in Plastic Engineering depend on the institute and the level of education. Some of the common subjects are Fluid Mechanics, Material Sciences, and Polymer Structure and Properties Relationship.
Answer :
The average salary of a Plastic Engineer depends on the level of education, the job profile opted by the candidate, and the skills and experience of the candidate. The average salary of a Plastic Engineer graduate ranges from Rs. 3 LPA.
Answer :
The qualification required for Plastic Engineering depends on the level of education. Generally, for an undergraduate course in the field of Plastic Engineering, candidates are required
Answer :
There are many entrance examinations in the field of Plastic Engineering, candidates are required to appear for at least one of the engineering entrance examinations specified by the institute for admissions. Some of the popular entrance examinations are JEE Mains, JEE Advanced for undergraduate courses, and GATE exam for postgraduate courses.
Answer :
CIPET stands for Central Institute of Plastic Engineering and Technology. It was established in 1968 by the government of India in collaboration with the United Nations Development Programme. The institute primarily provides education in plastics engineering from various courses like B.Tech, M.Tech, B.Sc., etc.
Answer :
Engineering plastics are a group of plastics that are better than normal plastic in strength and mechanical properties.
Answer :
Some of the top institutes for Plastic Engineering are, Aryabhatta Knowledge Institute, Biju Patnaik University of Technology, Central Institute of Plastic Engineering and Technology, Dr Babasaheb Ambedkar Marathwada University, Laxminarayan Institute of Technology, North Maharashtra University
Answer :
Plastic engineers are responsible for processing, designing and manufacturing of plastic products. They perform different roles at different stages of the manufacturing process. They assess the mechanical properties of the materials. They try to design a product which is affordable and cheap enough for the common people to buy.
Answer :
There are ‘n’ numbers of career options available in this field. Some popular career options are the natural gas industry, petroleum industry, chemical industry, designer, mould maker, processing engineering, etc.
Hello aspirant,
Yes, you can pursue MTech after BE or MSc , but in order to be eligible you need to crack the entrance exam.
You can give GATE exam to get M.Tech admission in various Top Engineering colleges like NIT or IIT. You can also take any private engineering college and can take M.tech admission in plastic engineering.
GATE is the most common entrance exam which the candidates pursue to get into the MTech colleges of India. Candidates need to apply at the official website of the conducting authority of the GATE exam.
Further, below are the list of top colleges in india for M.tech in Plastice engineering :
Further, if you wish to know more about the M.tech in Plastic Engineering course, you can follow the below mentioned link to know more : https://engineering.careers360.com/colleges/list-of-me-mtech-in-plastic-engineering-colleges-in-india
I hope that this will help.
Hi,
Both the Plastic Engineering and Plastic Technology involve the study of some kind of polymers. Even though they deal with the same theme, the two fields are dissimilar in many aspects. Polymer Engineering is the engineering field which applies the hypothesis and knowledge in chemical engineering that is involved in the manufacturing and use of polymers. Plastic Technology is a particular branch which involves the study of chemicals that exhibit plasticity and its uses.
Polymer Engineering Course and Career opportunities :-
Polymer engineering is a specialization in engineering field which utilizes the hypothesis and knowledge in chemical engineering to find solutions to several problems that involves the manufacturing and use of polymers. At the present scenario, the use of polymers has been gradually increased. The demand for experts in this field is also high.
Polymer engineers are those who specialize in this field and use the principles of various technologies to produce new products. They use plant blueprints, thermodynamics, process design and transport phenomena to develop these new products. They also manage the manufacturing process of plastics and many other polymers. It is under their administration the plastic technicians and moulders perform the shop floor production processes. Since the polymer production has increased in many countries, the professionals working is this area have also increased gradually.
Plastic Technology Course and Career opportunities :-
Plastics are the most commonly used chemical compound in human life. They are used tremendously for the production of usual as well as specific products. Plastic technology is a specialized branch of study which includes the study of diverse types of chemicals that exhibits plasticity. It also involves the study of several methods in which plastics can be utilized for use in human life. The field is also concerned with the research works to produce plastics eco friendly. Plastic is peculiar kind of synthetic or artificial polymer and is similar to natural resins in many aspects. These materials are used in a wide variety of applications due to its unique capability of providing diverse features that benefits the consumers. Because of its exclusive properties, the plastics are used in many different areas like for packaging, containers, automobile parts, plastic industries, etc. One can enter in this field profession after pursuing the study in plastic technology.
Key differentiators between Polymer Engineering and Plastic Technology :-
Hope this helps.
Hi, hope you are doing well.
In order to do M.Tech in Plastic Engineering, you must qualify in either of these courses: B.E./B.Tech./B.Sc., Engineering (4 years) in Mechanical / Chemical / Production / Polymer / Plastics Engineering / Technology (or) M.Sc. in Polymer Science / Chemistry with Polymer specialization with minimum marks of 60 per cent.
ICT ( Institute of Chemical Technology), Mumbai is a very good college for this course.
For further information on colleges, you may refer to this link:
https://engineering.careers360.com/colleges/list-of-plastic-engineering-colleges-in-mumbai
M.Tech in Plastic Engineering is a 2 years course.
Hope this helps.
Best wishes
Dear Babuli,
Yes, definitely you can pursue M.tech chemical engineering or M.tech Biotechnology after Msc. Chemistry. Also, it depends and varies from University to university too as every University has its set if rules and regulations. It will better if you choose the college or university you wanna puruse M.tech and go through their policies. Also, you can enquire by contacting them online or by visiting the campus. Feel free to drop such queries related to this or else. We are always ready to help you.
Hope this resolved your query.
All the Best!!
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