M.Tech Plastic Engineering is a two-year master's program. Plastic Engineering is a highly demanded course nowadays due to the increased use of plastic products. The course is offered through various Plastic Technology colleges in the country. The course study helps the candidate to get into a lucrative profession within a short period.
The course contains industrial projects and Chemists, Materials Scientists, and engineers who understand traditional commodity plastics and speciality polymers, which are increasingly used in biological and pharmaceutical industries and electronics. The program aims to develop professionals who can work in plastics manufacturing, design, research, and development.
The students enrolled in postgraduate Plastic Engineering courses are taught about the structure and properties of plastic and the impact of additives in its processing. These courses will focus on topics such as fluoropolymers, thermoforming, bioplastics, silicones, film blowing, etc. Due to the rapid growth of the plastic and polymer industry, skilled professionals in plastic technology are highly demanded across sectors.
M.Tech Plastic Engineering Highlights
Course Level |
Post Graduation |
Full-Form |
Master of Science |
Duration |
2 Years |
Eligibility |
BTech (Bio-Tech.) with minimum 55% marks |
Admission Process |
Merit or Entrance Based |
Average Salary |
INR 3 LPA - INR 5 LPA |
Job Profiles |
Researcher in laboratory, Academician, Assistant Lab Technician, Immunologist, Neuroscientist, Endocrinologist etc |
Top Recruiters |
Clinical Laboratories, Medical Colleges or Universities, Hospitals, Medical Research Units, Biotechnological Companies, Pharmaceuticals Industry etc |
Eligibility Criteria for M.Tech Plastic Engineering
1. The candidates who possess the B.Tech in Engineering / Technology awarded by the State Board of Technical Education, Tamil Nadu or its equivalent are eligible to apply for admission to the third semester of B.Tech in the branch corresponding to the branch of study.
2. The candidates who possess a Degree in Science (B.Sc.) (10+2+3 stream) with eligible to apply for admission.
3. Candidates must have done undergraduate from a college or a university which UGC i.e. University Grant Commission has recognized.
4. Candidates should have secured a minimum aggregate score of 45% or more in subjects.
Admission Process
1. Colleges publish admission notices on their website from June when most Indian universities would have finished degree exams.
2. Candidate to apply for each college, as each college considers each mark the cut-off mark.
3. Some private colleges and deemed universities perform their counselling process by conducting their university-level entrance exams.
4. Some colleges require a minimum of 50% aggregate in the qualifying examination.
5. Candidates who qualify for the test are called for an interview before the final seat allotment.
6. Documents like mark sheets, photographs, signatures and transfer certificates must be scanned and uploaded online to the portal. All documents must be in a specific format and size only to be accepted.
Career after M.Tech Plastic Engineering
Since the production of plastics is increasing annually, there are more employment vacancies for plastic engineers. The public and commercial sectors provide a wealth of growth potential for those pursuing careers in plastic technology or plastic engineering. The employment opportunities offered depend on the candidate’s expertise and research-based experience, which qualifies them to manage tasks with greater responsibility and across more domains.
The average salary of an M.Tech Plastics Engineering graduate is around INR 5-6 lakhs per annum. Graduates can find employment in industries such as plastics manufacturing, automobile, packaging, construction, and aerospace. Job roles may include product design engineer, process engineer, quality control engineer, research and development engineer, and project manager.
M.Tech Plastic Engineering Syllabus
S.No |
Subjects |
1 |
Newer Techniques of Synthesis & Curing of Polymers |
2 |
Polymer Recycling and Waste Management |
3 |
Research Methodology and IPR |
4 |
Radiation Curing Coatings |
5 |
Modern Methods of Instrumental Analysis |
6 |
Theory of Corrosion and Marine and Maintenance Coatings |
7 |
Fibre Technology |
8 |
Chemistry & Technology of Powder Coatings |
9 |
Tyre Technology |
10 |
Biopolymers |
11 |
Theory of Colour and Architectural Coatings |
12 |
Specialty and High-Performance Polymers |
13 |
Automotive and Insulation Coating |
14 |
Polymer Reaction Engineering |
15 |
Processing and Sophisticated Testing of Polymers and Paints |
16 |
Science and Technology of Nano-Composites, and Nano Pigments |