Plastic and Polymer Science
Technology in polymer and plastic science has significantly impacted modern manufacturing, packaging, construction, healthcare, and automotive industries. In today’s industrial world, relying solely on traditional material processing techniques without modern polymer knowledge leads to inefficiency and environmental challenges. Plastic and polymer science deals with the design, development, processing, and testing of polymer-based materials.
There are many types of polymers—thermoplastics, thermosets, elastomers, and composites—each with unique physical and chemical properties. These materials are used in everything from medical devices and electronics to infrastructure and consumer goods. Especially since the rise of advanced polymer engineering and recycling technologies, plastic and polymer science is a vital part of sustainable product innovation.
Programme Objectives
The programme is designed to educate students for a future in the polymer and plastics industry, where they will contribute to the development and innovation of materials used in everyday products and industrial applications. Among the program’s objectives are the following:
- Develop a strong foundation in polymer chemistry, materials science, and processing techniques.
- Learn about various types of polymers, plastic materials, and their industrial applications.
- Gain hands-on experience in polymer testing, extrusion, molding, compounding, and quality control.
- Understand the environmental impact and sustainable alternatives in plastic and polymer production.
- Build skills in analyzing material properties and developing solutions for product design and performance.
Course Duration
Bachelor of Vocational Studies (B.Voc) is a three-year degree program offered at Kalinga University.
Eligibility
The minimum eligibility to take admission in B.Voc is 10+2 (in any stream) or equivalent or 2 year ITI Diploma after Class 10th or 3 Year Polytechnic Diploma after Class 10th.
Career Path
The Bachelor of Vocation program equips graduates with the necessary knowledge and skills to work in various job areas in the plastic and polymer industry. Some of the job areas that graduates can explore include:
Job Area | Job Description |
Polymer Processing Technician | Operate and monitor machines used in plastic molding and polymer processing. Work in manufacturing and production facilities. |
Quality Control Inspector | Evaluate plastic products and raw materials for quality standards and compliance. Work in quality assurance departments. |
Product Design and Development | Assist in designing plastic products and selecting appropriate materials. Work in R&D or industrial product design teams. |
Plastic Recycling and Sustainability | Work on processes and technologies for recycling plastics and developing eco-friendly alternatives. Join environmental firms or green manufacturing. |
Testing and Material Analysis | Conduct laboratory testing to assess polymer properties and performance. Work in industrial labs or third-party testing centers. |
Sales and Technical Support | Promote and support polymer-based products and machinery. Work with polymer manufacturers, suppliers, or equipment dealers. |
Fees Structure
| S.No | Name of the Course | Registration Fee (One Time) | Course Fee (Per Sem) | Exam Fee (Per Sem) | Re-Reg Fee* (Per Sem) | Total |
|---|---|---|---|---|---|---|
| 1 | Plastic and Polymer Science | 1,500 | 20,000 | 1,000 | 500 | 130,000 |
Programme Scheme
Syllabus
Admission Procedure
Eligibility
The minimum eligibility for admission in B.Voc is 10+2 (in any stream) or equivalent or a two-year ITI Diploma after Class 10th or a three-year Polytechnic Diploma after Class 10th.
About Fees Structure
Selected candidates will have to deposit the fee within ten working days after the declaration of the Successful candidate’s list. Students can pay the fee by any mode – Online/ Cheque/Draft.
Academic Calendar
The academic calendar of Kalinga University will be followed for all academic and examination matters.
Discipline
The students of the programme will be governed by the University rules in regard to minimum attendance and evaluation for the award of a Degree Certificate.