BTech in Plastic Engineering: Course & Syllabus

Plastic engineering is a branch of engineering that teaches how to design and produce plastic material. The pursuant of plastic engineering courses study the properties of different types of plastic and determine their quality.

Are you looking to pursue a career in plastic engineering but not sure about how and where to start? Don't worry; by the end of this blog, all your doubts regarding the B.Tech program in Plastic engineering will get cleared. 

In the following post, we will discuss the bachelor of technology in plastic engineering syllabus, the admission process to colleges that offer the course, and other information. 

[Also read: Why choose B.Tech?]

A Quick Intro to B.Tech Plastic Engineering Course Details

Course Level	Undergraduate (UG) Degree Program
Full Form	Bachelor of Technology in Plastic Engineering
Duration	4 Years
Age	No age limit
Minimum Percentage	Having a minimum average mark of 50% in 12th Grade
Average Course Fees	₹ 25,000 to 2 Lakhs
Average Salary	₹1 Lakhs to ₹6 Lakhs (annually)
Employment Roles	Plastic Engineer, Quality Control Engineer, Plastic Design Engineer, Product Developer, Plastic Design Specialist, Plant Supervisor, Process Engineer, Production Supervisor, etc.

What is Plastic engineering?

Plastic engineering involves the study of the properties and behaviour of plastics, as well as using various processes such as injection moulding, blow moulding, and extrusion for manufacturing products made of plastic. Plastic engineers work to develop new types of plastic materials and techniques, improve existing products and processes, and find new and innovative uses for plastic materials. 

Plastic engineers play a critical role in various industries, including consumer goods, packaging, automotive, and construction.

Scope for B.Tech in Plastic Engineering 

A B.Tech in Plastic Engineering provides a comprehensive education in plastic product design, manufacturing, and processing. Here are a few reasons why you may choose to do B.Tech in this field:

1. High Demand: The use of plastic products has increased significantly in recent years and is expected to continue growing, leading to high demand for plastic engineers.
2. Diverse Career Opportunities: Plastic engineers are employed in various industries, including automotive, consumer goods, packaging, construction, and more.
3. Hands-On Experience: The course curriculum often includes laboratory work and practical projects that allow students to apply what they have learned to real-world scenarios.
4. Interdisciplinary Field: Plastic engineering draws on knowledge from several disciplines, including chemistry, physics, and materials science, making it a well-rounded field of study.
5. High Earning Potential: Plastic engineers often enjoy competitive salaries, making it a lucrative career choice.

Plastic Engineering Course: Syllabus 

The syllabus of the B.Tech program covers crucial topics such as chemistry, maths, polymer structure, thermodynamics, etc. The following is the complete syllabus for a student's B.Tech degree program, which is divided into semesters: 

First Year Syllabus for B.Tech Plastic Engineering
Semester I	Semester II
Mechanics	Chemistry
Applied physics	Mathematics II
Engineering drawing	Data structures
English	Thermodynamics
Mathematics I	Basic electronics
Basics of electrical engineering	Engineering workshop
Programming in C	Business communication

Second Year Syllabus for B.Tech Plastic Engineering
Semester III	Semester IV
Material sciences	Polymer structure
Polymer chemistry	Applied mathematics
Strength of material	Organisational behaviour
Engineering economics	Additives and compounding
Polymer Chemistry lab	Plastic materials and applications
Fluid mechanics and machines	Fundamental of chemical Engineering
Physics chemistry of polymers	Polymer structure and properties relationship lab

Third Year Syllabus for B.Tech Plastic Engineering
Semester V	Semester VI
Elective subject	Rubber science
Fibre technology	Electric subject
Plastic testing technique	Moulding engineering
Plastic waste management	Material engineering
Plastic packaging technology	Polymer reaction engineering
Plastic processing technology	Environmental science and engineering
Machining Science and technology	Advanced plastic processing techniques

Fourth Year Syllabus for B.Tech Plastic Engineering
Semester VII	Semester VIII
Nano science	Research project
Heat transfer	Industrial training
Biotechnology	Latex and form technology
Polymer Rheology	Biodegradable polymers
Polymer composite technology	Statical quality control techniques
Production and operation management	Industrial safety and hazard management

Top Indian Colleges Providing B.Tech Programs in Plastic Engineering

Have you made up your mind to pursue a B.Tech program in plastic engineering? Studying at a top-tier university can help you land the best job after graduation. To help you, we've compiled a list of colleges that offer a B.Tech in Plastic Engineering and the top engineering entrance exams they accept. 

Name of the Institute	Entrance Exam Accepted	Average Course Fee	Average Salary
Aryabhatta Knowledge University	JEE Mains/ SMAT/ BCECE	₹25,000	₹6,50,000
Gujarat Technological University	JEE Main	₹75,000	₹4,50,000
Central Institutes of Plastic Engineering and Technology (CIPET), Lucknow	UPCET	₹40,000	₹5,20,000
Harcourt Butler Technical University, Kanpur	JEE Main + UPCE Exam	₹1,35,000	₹6,00,000
CIPET Chennai	CIPET JEE Exam	₹1,17,000	₹6,00,000

How to Get Admission in B.Tech Degree Programs?

In India, most of the top-level public universities admit students with the highest rank in the most popular engineering entrance exams like JEE Main and JEE Advanced. While private institutions conduct their own entrance exams to admit students to B.Tech programs. 

Here are the steps that you need to follow to get admission to your desired university: 

• Register yourself for the entrance exam by creating an account with the basic details of yourself. 
• Complete the application form with all the necessary information. Make sure to put all the details correctly and accurately.
• Upload the necessary documents such as photographs, 10th and 12th mark sheets, and your signature using a scanner. The document's requirements may vary from institute to institute. 
• After a few days of application, the admit card will get released for the eligible students. Make sure to download your admit card and grab a printout for the copy to be used during the examination day.
• Once the admit card gets released, the portal will also reveal the date of examination. Prepare for the entrance exam using the past paper and the mentioned syllabus.
• After a couple of weeks of the examination, the result will be announced. All the qualified candidates can move to the next round, i.e., counselling and admission. 
• If you pass your entrance exam, you will be eligible to enrol in the B.Tech in Plastic Engineering. 

Conclusion

A B.Tech in plastic engineering offers diverse career opportunities in various industries such as automotive, packaging, construction, consumer goods, and more. But if you want to expand your boundaries of skills and opportunities, register with Sunstone. Sunstone, being a leading higher education service provider with a pan-India presence, offers top-quality career enhancement courses with placement assistance. 

FAQ - Plastic Engineering

What can I do after B.Tech in Plastic Engineering?

After finishing your B.Tech course in plastic engineering, you can apply for different job roles. Moreover, if you wish to pursue further education, you can do so in the form of a Master's degree or a PhD in plastic engineering.