B.Tech Plastic Engineering is a 4-year undergraduate course designed to prepare students to apply plastic engineering principles for producing, designing, operating, manufacturing, and plastic storage science. For more details on the B.Tech Plastic Engineering course, continue reading.
|Full Form||Bachelor of Technology in Plastic Engineering|
|Duration||Course Duration of Bachelor of Technology [B.Tech] (Plastic Engineering) is 4 Years.|
|Age||No age limit|
|Minimum Percentage||A minimum of 50% average marks in 10th, +2|
|Average Fees Incurred||INR 25,000 to 2 LPA|
|Average Salary Offered||INR 1 LPA to 6 LPA (Source: Payscale)|
|Employment Roles||Plastic Engineer, Plastic Design Engineer, Product Developer, Process Engineer, Production Supervisor, etc|
According to Wikipedia, “Plastics engineering encompasses the processing, design, development, and manufacture of plastic products. Plastics engineering encompasses plastics material and plastic machinery. Plastic Machinery is the general term for all types of machinery and devices used in the plastics processing industry.”
B.Tech in Plastic Engineering course involves foundations from chemical engineering and environmental engineering. Therefore, it incorporates analytical chemistry, polymers, mass and energy balances, thermoplastics polymer, and various other related topics. The job scope of this course is enormous in both the public and private sectors.
Tools and techniques used by B.Tech Plastic Engineers are as follows:
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The aspirants who plan to do a B.Tech Plastic Engineering course should meet the institution's eligibility qualifications for getting admission. Some of the B.Tech Plastic Engineering eligibility criteria are listed below:
The admission process and the eligibility criteria for B.Tech in Plastic Engineering in India differ for each institution. Colleges grant admission considering the scores obtained in the relevant entrance exam and class 12 board exam. The admission procedure for B.Tech Plastic Engineering in India is similar to that of any engineering course. The steps to be followed for applying are given below:
Aspirants can apply online by filling the application form available on the colleges' websites and by attaching the required documents. Aspirants can visit the college to apply by filling the form and submitting the necessary documents if an online application is not available.
All the shortlisted applicants will have to obtain the minimum required marks and cut-off rank in their higher secondary examination. On getting selected, the student can pay the fee and get their admit card. Lateral entry is also possible 10+3 years in diploma can join into the second year of the course.
Entrance exams are conducted statewide or nationally. The entrance exams are conducted for admission purposes, and students have to study hard to clear the competitive entrance tests to secure admission in top institutes. Some of the top B.Tech Entrance Exams are as follows:
The eligibility criteria of the entrance exams vary depending on the conductors of the examination. Some of the common patterns found among the entrance exams are:
B.Tech Plastic Engineering is one of the popular courses in India. Among the different B.Tech Plastic Engineering colleges in India and some of the top colleges are listed below. according to their NIRF ranking:
|15||Vellore Institute of Technology Vellore|
|114||New Horizon College of Engineering Bangalore|
|144||Rashtrasant Tukadoji Maharaj Nagpur University Nagpur|
|251||Sikkim Manipal Institute of Technology East Sikkim|
B.Tech Plastic Engineering is an undergraduate course for four years consisting of 8 semesters. The average B.Tech Plastic Engineering fees ranges from INR 25,000 to 2 LPA.
Some of the B.Tech Plastic Engineering colleges are listed below according to their fees structure:
|VIT, Vellore||INR 1.98 LPA|
|Chandigarh University||INR 1.6 LPA|
|Sikkim Manipal Institute of Technology, East Sikkim||INR 2.6 LPA|
The course B.Tech Plastic Engineering is a study for developing plastic engineering skills and building a career in it. This engineering branch involves studying, developing, implementing, storing, and other various processes involved in manufacturing plastic and synthetic materials. Some of the subjects that are included in the B.Tech Plastic Engineering syllabus are listed below:
Read More about B.Tech Plastic Engineering Syllabus and Subjects
The future of sustainable plastic engineering is bright as all the goods we use plastic in some way or the other. Let’s break “Why choose B.Tech Plastic Engineering?” into the following three short questions.
Following are some points that explain B.Tech Plastic Engineering:
Study of Plastic: B.Tech Plastic Engineering course provides knowledge on the study of plastic manufacturing and development of plastic and synthetic materials with hands-on experience.
Design and Create: The aspirants design and create processes and equipment for producing new and different synthetic or plastic material.
Develop and Install: Plastic engineer is responsible for developing and installing all-new injection molding equipment and administering all projects.
Monitor and Analyze: Plastic engineers monitor all manufacturing processes and maintain optimization.
Wide Range: B.Tech Plastic is a secure and most sought-after course for years as it provides a wide range of career options worldwide.
Career Growth: A career in plastic engineering allows building a better future for self and the world. The graduates of B.tech Plastic Engineering will have a fruitful lot with a pool of opportunities to choose from.
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Prepare for Exams: Have a study plan and cover all key points while preparing. Understanding the exam pattern and syllabus of the examination is important. The aspirants should make sure that they prepare a strategy to take up the time-bound exams.
Mock Exams: Taking mock exams will help prepare for the semester exams and help you manage your time. The strengths and weaknesses of the aspirants can be analysed and improved with mock exams.
Exposure: Keep yourself updated on the latest technologies and trends. Invest time in gaining firm knowledge on the industrial technicalities used in the plastic industry.
Students who want to pursue higher education can pursue certification courses in related fields or can do their masters. Some of the options are:
Graduates of B.Tech Plastic Engineering course are skillful enough to manage a role of high compliance with ease. Hence, the job scopes for the graduates of this course are generally higher in all the domains. The average B.Tech Plastic Engineering salary in India package ranges from INR 1 to 6 LPA.
Read More about B.Tech Plastic Engineering Salary
Plastic and technology are playing a vital role in all industries. A B.Tech Plastic Engineering possesses all the necessary skills for that task and can get B.Tech Plastic Engineering jobs under the following job titles:
Every industry requires a specific set of skills. Plastic engineering needs both hard skills and soft skills. The willingness to improve and upskill oneself is a must to progress in any career. Following are a few skills to become the best B.Tech Plastic Engineers:
How Plastic Engineering is different from chemical engineering?
B. Tech Plastic Engineering deals with in-depth organic and inorganic chemistry that suits for application of polymers and production of plastic whereas Chemical engineering deals with an overview of the topic.
How are the job scopes for Plastic Engineers?
Graduates have plenty of job opportunities from polymer and plastic production engineering, which are always in constant demand.
Is Plastic Engineering a good choice of career?
Plastic engineering perks include wide range of scopes, easily your job is guaranteed in Plastic related Core Companies even with less technical proficiency due to lesser number vacancies, Highly paid job in abroad, etc. which do suggests that plastic engineering is still the most wanted course in the job market and it is really a good choice of career
Who are the primary consumers of plastic?
Statistics of plastic usage show us that the packaging and transportation industry is the primary and highest consumer of plastic products with around 141 million metric tonnes of plastics used annually. The second-highest users of plastics are electronics manufactures and textile manufacturers with around 38 million metric tonnes of plastic used per annum across the world.
What is the basic purpose of Plastic Injection Molding?
Plastic injection molding is a manufacturing process in which melted plastic resin is injected under high pressure into a mold and is then allowed to cool down to form a particular shape or geometry. Injection molding is the most preferred method to manufacture plastic parts consistently, with high tolerances, and often offers the cheapest cost per part, especially at higher volumes.