B. Tech In Plastics Engineering | Distance/Online Education | NIMT

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Course Code:Bachelor-program in Plastics
Course Duration Fast-Track:6 to 12 Months
Duration Normal:48  Months
Semester/Year/Section:2  Sessions
Course Fee:Rs. 18350 /Sessions
Exam Fee:Rs. 2500  /Sessions
Registration Fee:Rs. 2000/-
E-Book Fee:Rs. 2500 /Year
Eligibility:Diploma/ 10+2 (With Experiance)

In today's fast-paced and competitive world, the demand for specialized professionals in various industries is continually increasing. One such field that has seen significant growth is plastics engineering. Plastics are widely used in multiple sectors, including manufacturing, packaging, automotive, aerospace, and more. To cater to the growing demand for skilled professionals in the plastics industry, Neptune Institute of Management and Technologies (NIMT) offers a Bachelor's Program in Plastics Engineering through Distance/Online Education india. This course is designed primarily for working professionals who seek to enhance their knowledge and career prospects in the field of plastics engineering while maintaining their current job commitments.


Why This Course?

The Bachelor Program in Plastics Engineering offered by NIMT holds immense value for aspiring individuals in the plastics industry. Here are some compelling reasons why this course is worth considering:


a) Industry-Relevant Curriculum: The curriculum of this program is meticulously designed to align with the latest industry trends and technological advancements in the field of plastics engineering. It covers various aspects of plastics processing, materials, design, and quality control, providing students with practical and theoretical knowledge.


b) Career Advancement: This course opens doors to diverse career opportunities in sectors like manufacturing, research and development, quality control, product design, and consultancy services. Graduates can explore job roles such as Plastics Engineer, Process Engineer, Polymer Technologist, and more.


c) Flexibility: As a Distance/Online Education program, it offers the flexibility to balance work, personal commitments, and study. Working professionals can pursue this course without having to take a career break, making it a convenient option for upskilling.


d) Expert Faculty: NIMT has a team of experienced and qualified faculty members who are experts in the field of plastics engineering. Their guidance and mentorship enable students to gain a deep understanding of the subject matter.


e) Practical Exposure: Despite being a distance learning program, NIMT ensures that students gain practical exposure through hands-on training, industrial visits, and virtual simulations. This practical approach enhances the learning experience and prepares students for real-world challenges.


Eligibility for the Course

To enroll in the Bachelor Program in Plastics Engineering, candidates must meet certain eligibility criteria set by NIMT:


a) Educational Qualification: Applicants must have completed their 10+2 education from a recognized board with a background in Science (Physics, Chemistry, and Mathematics).


b) Work Experience: As this course is primarily designed for working professionals, applicants are required to have a minimum of two years of work experience in any industry.


c) Admission Test/Interview: Some Distance/Online Education institutions may conduct an admission test or interview to assess the candidate's aptitude and interest in the course.


Duration of the Course

The Bachelor Program in Plastics Engineering is typically completed over a duration of three to four years, depending on the university's regulations and the student's pace of learning. Since it is a Distance/Online Education program, students have the flexibility to choose their study pace, allowing them to complete the course within a maximum duration without compromising on their professional commitments.


Scope of the Course

The scope of the Bachelor Program in Plastics Engineering is vast and promising, given the extensive use of plastics in various industries. Here are some of the career opportunities and growth prospects for graduates:


a) Plastics Engineer: Graduates can work as plastics engineers, responsible for designing, manufacturing, and testing plastic products. They ensure that products meet industry standards and are cost-effective.


b) Process Engineer: Process engineers focus on optimizing plastics manufacturing processes, improving efficiency, and ensuring quality control.


c) Polymer Technologist: Polymer technologists are involved in the research and development of new plastics and polymers with improved properties and applications.


d) Quality Control Specialist: Quality control specialists ensure that the manufactured plastic products meet strict quality standards and are safe for consumer use.


e) Product Design: Plastics engineers can also work in product design, collaborating with designers to create innovative and functional plastic products.


f) Entrepreneurship: Graduates with entrepreneurial aspirations can start their own plastics manufacturing or recycling businesses.


g) Research and Development: There is a growing demand for skilled professionals in the research and development of sustainable and eco-friendly plastics.


Advantages of Distance/Online Education Mode Compared to Regular Mode

Distance/Online Education offers several advantages for professionals seeking to pursue higher studies while continuing to work:


a) Flexibility: The most significant advantage of Distance/Online Education is the flexibility it provides. Students can study at their own pace, allowing them to balance work, family commitments, and studies effectively.


b) Convenience: Distance/Online Education eliminates the need to relocate or commute to a physical campus. Students can access study materials, lectures, and exams from the comfort of their homes.


c) Cost-Effective: Distance/Online Education often proves to be more cost-effective than regular on-campus courses. Students save on transportation, accommodation, and other expenses associated with attending classes in person.


d) Work-Study Balance: Working professionals can pursue further education without taking a break from their jobs. This ensures a seamless transition between career growth and academic advancement.


e) Industry Relevance: Reputed institutions offering Distance/Online Education courses maintain the same academic standards as regular courses. The curriculum is updated to meet current industry requirements and technological advancements.


f) Skill Development: Distance/Online Education enhances self-discipline, time management, and technological skills, which are valuable attributes in today's professional world.


g) Access to Resources: Distance/Online Education students have access to online libraries, research papers, and digital resources, ensuring that they receive the same level of knowledge and resources as regular students.


Is This Course in Distance/Online Mode Worth It?

The worthiness of the Bachelor Program in Plastics Engineering through Distance/Online Education depends on individual career goals, circumstances, and preferences. Here are some factors to consider:


a) Career Aspirations: If you aspire to enter the plastics industry or advance your career in this field, this course equips you with the necessary skills and knowledge to achieve those goals.


b) Convenience: For working professionals who cannot commit to full-time on-campus studies due to personal or professional responsibilities, Distance/Online Education offers a convenient way to upskill without compromising on their existing job.


c) Industry Demand: The plastics industry is witnessing steady growth and evolving rapidly. Pursuing a degree in plastics engineering can open doors to numerous opportunities in this expanding sector.


d) University Accreditation: Ensure that the institution offering the Distance/Online Education program is accredited and recognized by relevant education authorities. A degree from a reputable university holds greater value in the job market.


Frequently Asked Questions (FAQs):


Q1: Can I pursue this course if I am not from a science background?


A1: The Bachelor Program in Plastics Engineering typically requires candidates to have a science background in Physics, Chemistry, and Mathematics at the 10+2 level. However, some institutions may consider candidates from other backgrounds based on their relevant work experience and aptitude for the field. It is advisable to check with the university offering the course for specific eligibility criteria.


Q2: What are the career prospects after completing this course?


A2: Graduates of the Bachelor Program in Plastics Engineering have diverse career prospects industries such as manufacturing, research and development, quality control, product design, and more. They can work as Plastics Engineers, Process Engineers, Polymer Technologists, Quality Control Specialists, and even pursue entrepreneurship in the plastics sector.


Q3: Is the Distance/Online Education mode recognized and accepted by employers?


A3: Yes, Distance/Online Education programs offered by accredited and recognized institutions like NIMT are widely accepted by employers. Employers value candidates who show dedication to self-improvement while balancing work commitments. However, it is essential to choose a reputable institution to ensure the value of your degree.


Q4: Can I switch to a regular mode of study during the course?


A4: Some universities might allow students to switch to regular mode, subject to specific conditions and availability of seats. However, it is advisable to inquire with the university regarding their policies and procedures for switching from distance to regular mode.



The Bachelor Program in Plastics Engineering through Distance/Online Education india is an excellent opportunity for working professionals looking to advance their careers in the plastics industry. NIMT, as a reputable institution, offers a comprehensive curriculum that equips students with the necessary skills and knowledge to excel in this ever-expanding field. The course's flexibility allows students to strike a perfect balance between their current jobs and academic aspirations. With the plastics industry continually growing and evolving, this course holds significant potential for career advancement and personal growth. However, prospective students must carefully assess their eligibility, career goals, and the reputation of the institution before enrolling in the course to ensure that it aligns with their aspirations and contributes positively to their professional journey.


Sr. No. Subject Name Sem/Year/Section Syllabus
1 Engineering Mathematics 1 Syllabus
2 Material Science 1 Syllabus
3 Strength of Materials 1 Syllabus
4 Non Conventional Energy Sources 1 Syllabus
5 Computer aided drafting & drawing(with Basic Compu 1 Syllabus
6 Basis Science 2 Syllabus
7 Plastics Mould & Production Design 2 Syllabus
8 Plastics Mould Engineering 2 Syllabus
9 Plastics Materials 2 Syllabus
10 Plastics Processing 2 Syllabus
11 Chemical Engineering 2 Syllabus
12 Plastics Testing Techniques 2 Syllabus
13 Materials Engineering 2 Syllabus
14 CAD/CAM/CAE for Plastics Engineering & Computer Programming 2 Syllabus
15 Industrial Management & Costing 2 Syllabus
16 Total Quality Management 2 Syllabus
17 Plastics Waste Management & Recycling Techniques 2 Syllabus
18 Plastics Packaging Technology 2 Syllabus
19 Industrial Safety Hazard Management 2 Syllabus
20 PROJECT 2 Syllabus