B.Tech Plastic Technology Engineering from Galgotias University

B.Tech. (Plastic Technology Engineering) Courses, Eligibility, Admissions, Syllabus, Frequently asked Questions.

Overview and About the B.Tech. in Plastic Technology Engineering Course:

The study of plastic product creation, design, processing, and manufacturing is the subject of the B.Tech. in Plastic Engineering. The B.Tech. in Plastic Engineering programme, which lasts four years, provides comprehensive understanding of the plastics and polymer industries. With the use of scientific knowledge and engineering instruments, students who are interested in pursuing a B. Tech in plastic engineering learn about the many kinds of polymers used in the production of various goods.

Plastics machinery and materials are included in plastic engineering. The phrase “plastic machinery” refers to any forms of equipment and machinery utilised in the plastics processing sector.

Chemical engineering and environmental engineering are the basis for the B.Tech. programme in plastic engineering. As a result, it includes information on analytical chemistry, polymers, mass and energy balances, thermoplastics, and a number of other relevant subjects. This degree has a wide range of employment opportunities in the public and commercial sectors.

The demand for the plastics sector is enormous since plastic is one of the polymers that is utilised in many different ways in everyone’s daily life. The B.Tech. in Plastic Engineering provides comprehensive understanding of the whole manufacturing process for plastic goods and other by-products. In addition to receiving theoretical instruction, students also receive practise performing actual fieldwork. As plastic cannot biodegrade, a B.Tech in plastic engineering focuses on finding new chemical and technological ways to break down polymers as well as recycling and reusing existing materials.

Why to do the course?

  • Graduates will be well-equipped to work as polymer conversion, process, or mould technicians.
  • Experts and technicians in plastics are in high demand in both the public and private sectors.
  • As compared to other streams, placement chances are strong because this course is typically given by government-owned universities.
  • In the fields of polymer technology, oil and natural gas, textile technology, petrochemical, textile technology, thermal engineering, electricity, communications, etc., students with a BTech in plastic engineering have strong career prospects.
  • Students will gain knowledge of critical thinking, professional standards, and teamwork. Also, they will learn how to operate and choose tooling as well as how to handle machine tools and equipment.
  • In the end, their education will equip them to operate in this highly technical field.

Eligibility Criteria Required for the Course B.Tech. in Plastic Technology Engineering:

  • A minimum of 55% must be obtained in the higher secondary board test by the pupils.
  • For lateral entrance students, a three-year diploma from an accredited board in a relevant topic is required.
  • The reservation category has a different eligibility standard. They receive some marks that are relaxed.
  • If they want to be considered for the admissions process, all applicants must achieve the entrance exam cut-off.
  • Candidates must pass the 12th exam or an equivalent from a reputable board with PCM as their primary subjects.

Highlights of the B.Tech. in Plastic Technology Engineering Course:

Full name of the course

Bachelor of Technology in Plastic Technology Engineering

Duration of the course

4 years

Type of the course


Examination Mode

Semester Based

Eligibility Criteria

Also, candidates must have received a minimum of 50 to 70 percent on their preceding exams.

Admission Process

Entrance/ Merit Based

Course Fee

INR 1 lakh to 5 lakhs

Top Recruiting Areas

Schneider Electric, Siemens AG, the Ministry of Petroleum, the Oil and Natural Gas Commission (ONGC), and Singapore Plastic Recycling Corporation are a few examples.

Job Roles

Design Engineer, Quality Control Engineer, Plant Manager, Plant Supervisor, etc.


Top Colleges for the course, B.Tech. in Plastic Technology Engineering:

Check out the list of top colleges given below for doing the course, B.Tech. in Plastic Technology Engineering.


College Name & Location


College of Engineering, Roorkee


Gujarat Technological University, Ahmedabad


Harcourt Butler Technological Institute, Kanpur


Institute of Chemical Technology, Mumbai


Biju Patnaik University of Technology, Rourkela


Aryabhatta Knowledge University, Patna


CIPET, Chennai


Laxminarayan Institute of Technology, Nagpur

Admission Process for the B.Tech. in Plastic Technology Engineering course:

 For admission to this degree, the combined scores from the 10+2 and JEE Advanced exams are taken into account.

  • After passing the admission exam, the student moves on to the selection process, which includes a group discussion round and a round of individual interviews.
  • Those with a diploma in electronics and communication are also eligible for the BTech Plastic Technology Engineering program’s Lateral Entry admission.

Syllabus to be Study in the duration of the course B.Tech in Plastic Technology Engineering Course:

In First Year:

·      Engineering Physics – I

·      Organic Chemistry – I

·      Inorganic Chemistry Laboratory

·      Organic Chemistry Laboratory

·      Engineering Mathematics I

·      Inorganic Chemistry

·      Organic Chemistry – I

·      Engineering Mathematics II

·      Analytical Chemistry

·      Organic Chemistry – II

·      Engineering Physics – II

·      Material & Energy Balance Calculations

·      Engineering Applications of Computers

·      Analytical Chemistry Laboratory

·      Organic Chemistry Laboratory


In Second Year:

·      Polymer Science & Technology II

·      Materials Technology

·      Physical Chemistry Laboratory

·      Electrical and Electronics Engineering Laboratory

·      Engineering Mechanics and Strength of Materials

·      Electrical and Electronics Engineering

·      Physical Chemistry

·      Polymer Science & Technology I

·      Transport Phenomena

·      Polymer Science & Technology III

·      Thermoplastics Polymer Technology I

·      The technology of Thermoset Polymers – I

·      Colour Physics & Colour Harmony

·      Analysis & Characterization of raw materials & polymers – II

·      Synthesis & Characterization of resins & polymers – II

·      Colour Physics


In Third Year:

·      The technology of Thermoset Polymers – II

·      The technology of Thermoset Polymers – III

·      Analysis, Characterization of raw materials & Synthesis of resins & polymers

·      Synthesis & Characterization of resin & polymers – II

·      Synthesis & Characterization of resin & polymers – III

·      Chemical Engineering Operations

·      Chemical Reaction Engineering

·      Thermoplastics Polymer Technology – II

·      Thermoplastics Polymer Technology – III

·      Numerical Methods

·      Polymer Rheology

·      Polymerization Engineering

·      Plastics Materials & Applications – II

·      CAD/CAM/CAE for Plastics Engineering

·      Plastics Processing Technology – II


In Fourth Year:

·      Evaluation & Testing of Polymers

·      Packaging & Decoration of Plastics

·      Analysis & Characterization of Polymers

·      Seminar

·      Processing of Polymers – II

·      Project Economics

·      Industrial Psychology and Human Resource Management

·      Nanomaterials and their Applications

·      Technology of Elastomers

·      Industrial Management

·      Value Education

·      Design and Analysis of Experiments

·      Colorants and Additives for Polymers

·      Compounding and Polymer Processing – II

·      Experimental Project

·      Processing of Polymers – III

·      Specialty Polymers


Frequently Asked Questions:

Question. Is the field of plastic engineering worthwhile?
Answer. Benefits of plastic engineering include a large variety of scopes, easy job security in core plastic-related businesses even with less technical expertise owing to fewer openings, extremely lucrative employment abroad, etc.

Question. What is the potential for plastic engineering BTech in India?
Answer. In the highly sought-after fields of polymer and plastic production engineering, graduates have several job opportunities.

Question. What career options are available for plastic engineers with a BTech?
Answer. After earning a degree in Plastic Engineering, BTech graduates can pursue a ME or MTech in the relevant field.

Question. What duties fall under the purview of the Production Engineer?
Answer. Production At factories and plants, engineers are in charge of managing and improving output. They support engineering teams, create safety strategies, and notify managers of issues.

Question. Which schools provide the best B.Tech. programmes in plastic engineering?
Answer. For students who want to pursue a career in the plastic manufacturing industry, top IITs and NITs as well as other government and private colleges like Jaypee University of Science and Technology, SRM Institute of Science and Technology, Vellore Institute of Technology, VIT University, and many others offer a b tech in dairy technology programme.

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