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Mohit Dhulia
The B.Tech. in Rubber Technology focuses on the study and application of rubber in various forms in order to create usable items. The curriculum covers not only the properties of such commodities but also the specific criteria of the industries in which they have been employed for produce valuable goods. Transportation, academic, technology, and telecommunications companies are among the linked businesses. This is a societally important topic that has gained relevance in the past few years. This course is solely dedicated to the production and application of various forms of rubber, such as manufactured, natural, and latex rubber. The key goals of this course are to enhance the efficacy of current models and to develop new products that are effective. To aid the progress of emerging technology, students are introduced to and exposed to a variety of new systems and technologies.
Individuals are admitted to BTech in Rubber Technology programmes in India depending on their performance in applicable entrance exams. Entrance exams are administered by colleges to assess students’ understanding of the subject and their basic intellectual abilities.
The following are the eligibility criteria used by most universities to admit applicants to the BTech in Rubber Technology programme.
| Course Type | Bachelor of Technology (Under-Graduation Degree) |
| Course Duration | 4 years |
| Course Examination Type | JEE Main, JEE Advanced, NIT, VITEE etc. |
| Course Eligibility | Minimum required aggregate marks in 10+2, Science stream from a recognized board |
| Course Admission Process | Students are given admission on the basis of the marks secured by them in the relevant entrance examinations and their previous academic performances. |
| Course Fee | INR 30,000 to 1,50,000 per annum (on an average) |
| Course Average Salary | INR 2-2.5 lakhs per annum |
| Top Recruiting Companies | Apollo tyres Ltd., TVS Motors Ltd., Ceat Tyres Ltd., Jayashree Polymers Group, St. Gobain Industries, etc. |
| Job Positions | Polymer Specialists, Testing Technologist, Facilities Manager, Marketing Technologist, Rubber Process Technician, Analytical Scientist, Rubber Technologist, Lecturer |
Rubber Technology is a BTech programme that focuses on the production and application of rubber in many kinds, including synthetic, natural, and latex rubber, to create a variety of everyday and industrial products. It also teaches learners how to do research into the potential of generating new items that could be useful for a variety of applications.
Rubber presently plays a vital role in our lives as a key component of everyday things such as clothing and underwear, toys, vehicle parts, stationery, and musical instruments. This four-year programme prepares new engineers to excel in the area of rubber innovation by exposing them to innovative technologies that have increased their understanding of the subject’s importance.
Rubber Technology is an emerging and rapidly growing sector with numerous opportunities for new graduates and freshmen. Because of the growing demand of rubber, the need for qualified engineers in this industry has surged dramatically in recent years. As a result, if a student plans to pursue a B.tech after high school, this is one of the best specializations to pursue. Rubber technology requires students to explore and comprehend the various types of rubber, as well as its construction, properties, and evaluations, in order to build usable products. B.Tech. Rubber Technology students have a wide range of work prospects, with an average annual salary of INR 2.5 lacs. Here’s some of the advantages of pursuing a B.Tech in Rubber Technology as an undergraduate degree.
The entrance examination is used to choose students for the Bachelor of Technology programme in Rubber Technology. Several institutions have their own entrance exams, with specific topic questions (based on a + 2 level of science knowledge) and general knowledge aptitude receiving equal weightage. Students for a B.Tech in Rubber Technology degree may have a strong interest in research and a willingness to work in the subject in the future.
Since mathematics and physics generally play a large role in the subject material of this curriculum, a strong understanding of chemistry is required. The scores of the entrance exam, as well as a degree of appraisal of the student’s previous academic success, are used to make the overall decision of candidates for admission. The arrangement must be made in accordance with the legislation of the Indian government. Because it is a reasonably typical curriculum in the country, there is frequently no provision for lateral admission. There is no other condition of admittance, i.e. no additional applications of direct admission are offered, and all applicants are admitted based on their performance in the selection process.
Rubber technology, as previously said, is a comparatively new engineering requirement. As a result, only a handful of institutions in India offer this education to undergraduates. There are a few other universities that offer Rubber Technology as a BE, Diploma, or Certificate programme, but just five colleges in India provide the subject as a BTech programme.
The institutions in India that provide the BTech in Rubber Technology programme are listed below.
| College Name | Average Fees |
|---|---|
| Anna University, Chennai | INR 30,000 |
| Cochin University of Science and Technology, Kochi | INR 14,720 |
| Gujarat Technological University, Gandhinagar | – |
| Indian Institute of Polymer Science, Patna | – |
| Madras Institute of Technology, Chennai | INR1,10,000 |
Rubber Technology BTech students pursue a detailed and methodical curriculum that is organized into eight semesters accordingly. Mathematics, physics, and chemistry are required until the third semester. Only in Semester IV do the main subjects connected to Rubber Technology begin in earnest.
The disciplines taught at many institutions in India for BTech in Rubber Technology are listed below.
| Semester I | |
|---|---|
| Physics Laboratory | Chemistry Laboratory |
| Computer Practices Laboratory | Mathematics – I |
| Engineering Physics | Engineering Graphics |
| Engineering Practices Laboratory | Engineering Chemistry |
| Fundamentals of Computing | |
| Semester II | |
| Physics of Materials | Technical English – II |
| Basic Machining Process | Machining Process Laboratory |
| Engineering Mechanics | Mathematics – II |
| Unix Programming Laboratory | Environmental Studies and Engineering |
| Semester III | |
| Thermodynamics and Thermal Engineering | Electronics and Instrumentation |
| Engineering Fluid Mechanics | Physical and Organic Chemistry |
| Mathematics III | Computer-Aided Parts and Assembly Drawing |
| Solid Mechanics | Mechanical Sciences Laboratory |
| Semester IV | |
| Rubber Materials | Polymer Physics |
| Electrical and Electronics Engineering Labs | Polymer Science Laboratory |
| Fundamentals of Chemical Engineering Operations | Basics of Polymers |
| Semester V | |
| Latex technology | Rubber Compounding |
| Plastic Materials | Computer-Aided Design Lab |
| Electives | Machine Design |
| Rubber Processing and Machinery (Theory + Lab) | Technical Seminar |
| Semester VI | |
| Rubber Testing Lab | Plastics Processing and Machinery |
| Electives | Soft Skills Lab |
| Product Design and Engineering Applications of Polymers | Testing of Rubber and Plastics |
| Semester VII | |
| Electives | Design Project |
| Plastic Testing Laboratory | The technology of Tyres and Tubes |
| Industrial Training | Polymer Composites |
| Polymer Recycling | |
| Semester VIII | |
| Elective | Project and Research work |
Engineers and technologists that work with rubber might work in both the government and industry. The requirement for trained professionals in India has risen dramatically in recent years. Rubber technology is an academic field of study that examines how rubbers or elastomers are transformed into useful goods. It is a branch of engineering concerned with the transformation of natural rubber, latex, or synthetic rubber into valuable items. Rubber technology studies will assist you in gaining distinction in the rubber production business.
The objective of rubber industry learning is to explore different types of rubber, their qualities, features, and an understanding of the architecture of polymeric materials. Rubber technicians are specialists who study and apply various technical approaches to transform raw rubber into functional shapes.
When it comes to processing raw rubber into a variety of rubber goods, they apply basic scientific concepts. In order to be molded into a final product, crude rubber must go through a number of production procedures. The three basic methods utilized in the manufacturing of rubber are vulcanization, calendaring, and mastication. Nevertheless, within in the industrial sphere, abilities will differ according to the responsibilities and roles of the person entering the rubber technology career. The following are a few of them:
Rubber sector expertise are in high demand, as rubber goods are getting more popular in the automotive market, especially as the amount of cars on the road grows. Rubber technology programs cover a wide range of topics, yet less people are familiar of them. India has over 6000 active units, providing a plethora of job prospects for those interested in pursuing a profession in the rubber business. For the position of rubber technologists, individuals having a bachelor’s degree in rubber technology will be considered. They can look for work in a variety of fields, including:
| Job Profile | Job Description |
Testing Technologist/ Technicians | Test engineers assess processes and perform a variety of availability and effectiveness tests on equipment utilised in a company’s industrial and quality control departments. They primarily operate in the domains of manufacturing and quality assurance. Test technicians may work in hospitals, labs, construction sites, or industrial plants. |
Production Engineers | The most important responsibilities Processes are evaluated, and various availability and performance tests are performed on equipment used in a company’s operational and quality control divisions. They primarily work in the industrial and quality assurance industries. Manufacturing engineers manage and repair tasks related to development, device efficiency, quantity, the environment, and health and safety in hospitals, labs, building sites, and industrial plants. of the manufacturing engineer include managerial and fixing tasks related to development, device efficiency, quantity, the environment, and health and safety. |
Polymer Specialists | Polymer specialists’ major responsibility is to study the forms and properties of the substances in addition to get knowledge that can be applied to the development of new goods or the improvement of existing ones. |
Marketing Executives | The marketing executive is in charge of promoting an organization’s products or services. Organizing and disseminating financial and statistical data. |
Materials Technologist | Materials technologists are in charge of warehouse activities including receiving and sending, as well as arranging and monitoring products flow to, within, and out of organisations. |
Process Engineering Technologist | Using methodical computer-based approaches, a process engineering technologist concentrates on the architecture, application, regulation, and improvement of chemical, physical, and biochemical functions. |
Research and Development Technologist | R&D, or research and development, is a broad term that refers to a variety of commercial operations. R&D technologists’ major responsibility is to develop novel technologies, as well as to study and develop new expertise in science and technology with the goal of finding and supporting the creation of value new items, processes, and services. |
Mould and Die Development Specialist | Pre-hardened materials are frequently dealt with by Mould and Die Development Specialists. These workers design dies, specific guides, and holding devices that allow machines to produce a wide range of goods, including heavy machinery, apparel, and furniture, as well as aviation parts. Manufacturers of moulds and dies should be familiar with machining methods, geometry, and blueprint interpretation. |
Quality Control Specialist | Production technicians, often known as quality assurance professionals, ensure that all manufacturing processes are carried out in accordance with statutory, commercial, and consumer production criteria. |
Sales and Service Representative | Ensure that existing customers are getting the right products and services, identify expanding markets and leading customers, and set up potential customers. In other circumstances, sales representatives will handle everything from answering phones to managing pricing, all while maintaining good customer relationships and pursuing new business prospects. |
Rubber technology is a field with a lot of opportunities for freshmen and professionals in India and overseas. Top companies that make rubber-related items and have rubber-related industries recruit freshers. Freshers will be quickly recruited to top firms with an average starting pay of INR 2.5 lakhs per annum, as the number of rubber engineers is far less than the expanding need in the area.
Rubber technicians’ salaries rise as their experience and skills grow, so within two to three years, they may be earning INR 4 to 5 lakhs per year. Rubber technologists, analytical scientists, product designers, lecturers, and other jobs are available to B.tech rubber technology graduates.
If they want to make more money or get a better job, freshmen can pursue higher education. For those interested in pursuing higher education in this profession, there are universities that offer M.Tech in Rubber Technology as well as diploma programs.
Mathematics, Physics, and Chemistry are required disciplines for students seeking admission to B.tech Rubber Technology programmes in most institutions. However, a few universities will admit students who majored in Biology rather than Mathematics.
Quite a few institutions in India and overseas offer this programme. The best college outside of Japan is Kyoto Institute of Technology, which is located in Kyoto, Japan and is placed 33rd in the QS rankings.
Rubber Technology BTech is a four-year programme, and Rubber Technology M.tech is a two-year programme. This is the duration of most B.tech and M.tech programmes in India.
Rubber Technology (B.tech.) is a course that requires a lot of labour and teamwork. The curriculum requires a full-time commitment to study. As a result, taking the course via distance learning is not a smart option. No organization provides the specialism as a remote education course for the same reason.
Students who appreciate and have a strong interest in the field of rubber technology, management, manufacturing, and other related fields can enrol in the curriculum as a higher education alternative. Candidates should also have a strong background in physics, chemistry, and mathematics, as these courses are vital in the curriculum.
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