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Anna University Chennai M.Tech Rubber Technology: Fees 2025, Admission Dates, Course Duration, Eligibility
Master of Technology [M.Tech] (Rubber Technology)- Full Time
Master of Technology in Rubber Technology Colleges, Syllabus Scope and Salary
Stream: Engineering
Duration: 2 Years
Course: Rubber Technology
Course Type: Post Graduation
M. Tech. in Rubber Technology is a 2- year long course divided into 4 semesters, with each semester lasting a period of 6 months. Rubber Technology is a specialized branch of engineering that involves the transformation of rubbers, elastomers, latex, natural rubber, synthetic rubber into useful products such as automobile tires, rubber mats, and exercise rubber stretching bands.
The course includes an advanced study of the various types of rubbers, their properties, and descriptions of formulation of rubber compounds. The methods involved in the processing of rubber are vulcanization, mastication, and calendering. The program consists of components of study such as processing technology, manufacture of latex products, non- tyre rubber products, tyres, testing and specification of rubber, latex products, materials science, organic chemistry, basics of polymers, rubber compounding, adhesives and surface coatings, plastic materials, and many more such relevant areas.
| Master of Technology in Gujarat | Master of Technology in Tamil Nadu | Master of Technology in West Bengal |
The average annual course fee in India ranges between INR 1 and 3 Lacs, depending upon the institute offering the course. The basic eligibility criterion to pursue the course is graduation (B.Tech.) completed in any engineering discipline with a minimum aggregate score of 55% or equivalent CGPA, from a recognized university. For availing admission to M.Tech. colleges, applicants need to appear for the GATE, and qualify it with a valid score. The admission process also includes an additional round of interview.
The average annual starting salary offered in India to successful postgraduates of the course ranges between INR 3 and 8 Lacs, depending upon the candidate’s expertise in the field.
M.Tech. in Rubber Technology: Course Highlights
Listed below are some of the major highlights of the course.
| Course Level | Post-graduate |
| Duration | Two Years (full time) |
| Examination Type | Semester System |
| Eligibility | Graduation from a recognized university with 55% marks in aggregate |
| Admission Process | Counselling after taking entrance examination, preferably GATE |
| Course Fee | INR 1 to 3 Lacs |
| Average Starting Salary | INR 3 to 8 Lacs |
| Top Recruiting Fields/Areas | HLL Life Care Limited, ISRO, DRDO, MRF Ltd., CEAT Tyres, Apollo Tyres, Ashok Rubber Industries, Gas Authority of India Limited, HCL Technologies, Madras Rubber Factory, Jayashree Polymers Group, L.M. Fibres, Saint Gobain Industries, TVS Motors, Rubco, Haldia Petrochemicals, Hi Tech Carbon, etc. |
M.Tech. in Rubber Technology: What is it About?
The course explores on an advanced level, the technical aspects of rubber processing and core subjects like adhesion technology, rubber processing principles, rheology, and foam technology. It covers the concepts and processes involved in the processing and manufacturing of latex and other rubber products which when molded, are transformed into a variety of required shapes such as toys, garments, stationeries, accessories such as bands, musical instruments, automobile parts for ease compression, washers, and other such items.
One of the most significant uses of rubber technology is in the manufacturing process of tyres which are used in different type of vehicles ranging from a plane to a bicycle. Treated or processed rubber is also used by various industries as an end product, such as for car decoration etc. With a constant increase in automobile- manufacture, there is an increasing demand of rubber in industries, thus making rubber technology a lucrative career option.
Top Institutes Offering M. Tech. in Rubber Technology
Listed below are some of the top institutes offering the course in the country with the corresponding locations and fees charged by each.
| COLLEGE NAME | CITY | AVERAGE ANNUAL FEES IN INR |
| Indian Institute of Technology (IIT) Kharagpur | Kharagpur | 69,000 |
| Indian Institute of Technology Bombay | Mumbai | 43,126 |
| Madras Institute of Technology | Chennai | 45,220 |
| Anna University | Chennai | 46,470 |
| LD College of Engineering | Ahmedabad | 4,575 |
| Gujarat Technological University | Ahmedabad | 90,000 |
| Cochin University of Science and Technology | Kochi | 51,680 |
| Hindustan University | Chennai | 80,750 |
| University College of Science, Technology & Agriculture | Kolkata | 4,658 |
| Mahatma Gandhi University | Chennai | 65,000 |
| Birla Institute of Technology, Mesra | Ranchi | 187,000 |
| Amity University | Noida | 72,000 |
| I.K. Gujral Punjab Technical University | Jalandhar | 76,550 |
| University of Chhattisgarh | Raipur | - |
Eligibility for M.Tech. in Rubber Technology
Candidates wishing to apply for the course need to meet the following minimum criteria of eligibility:
- A minimum aggregate score of 55% at the level of graduation in B.E./ B. Tech. or equivalent subject in a relevant discipline, completed from a recognized institute. (For IITs and UPES, the minimum percentage required is 60% at the level of graduation).
- A Bachelor’s Degree in any of the relevant engineering fields such as Production Engineering, Production Engineering and Management, Production and Industrial Engineering, Rubber Technology, Plastic and Rubber Technology, Computer Applications, Textile Engineering and Fibre Science and Engineering, and Mechanical Engineering.
- Candidates with M.Sc. degree in Chemistry or Applied Chemistry with minimum 55% marks in aggregate can also apply.
- Candidates awaiting their final year exam’s results can also apply on provisional basis. Admission is subsequently confirmed on the basis of performance at the level of graduation.
Many institutes prefer students with professional experience, therefore, it is advised for candidates to acquire a work experience of a minimum of 24 months. Also, candidates with two years of relevant work experience are exempted from appearing in GATE, provided their candidature is sponsored by the employer.
M.Tech. in Rubber Technology: Admission Process
Eligible candidates are required to qualify a relevant entrance examination followed by a round of group discussion. Subsequently, qualifying candidates are needed to go through additional rounds of personal interview as the final stage in the process of selection. The main entrance exam held in India for admission to the course is GATE (Graduate Aptitude Test in Engineering).
GATE is an All-India examination conducted jointly by the Indian Institute of Science (IISc), Bangalore and seven Indian Institutes of Technology (IITs). The entrance exam is primarily held for admission to post graduate courses in the field of engineering, technology, architecture and science.
The online test is a multiple- choice and numerical- type exam divided into three sections, namely General Aptitude, Engineering Mathematics and the specialty subject.
However, a few colleges such as Tamil Nadu Common Entrance Test (TANCET) for Madras Institute of Technology, Chennai, also have their own entrance examinations such as Manipal Institute of Technology and UPES (written tests and interview), and admission procedures in place for selecting and admitting candidates.
M.Tech. in Rubber Technology: Syllabus and Course Description
A semester- wise breakup of the course’s syllabus is tabulated below:
SEMESTER I |
| Industrial Rubber |
| Rubbers Compounding & Reinforcing Materials |
| Elective I |
| Elective II |
| Elective III |
| Rubber Laboratory I |
| Seminar I |
SEMESTER II |
| Rubber Product Manufacturing Technology |
| Industrial Rubber II |
| Elective IV |
| Elective V |
| Elective VI |
| Rubber Laboratory - II |
| Seminar – II |
| Comprehensive Viva Voce |
SEMESTER III |
| Thesis -Part I |
SEMESTER IV |
| Thesis -Part II |
ELECTIVES |
| Basic Rubber Science |
| Adhesion Science and Technology |
| Characterization of rubber and rubber- like materials |
| Computer Programming |
| Computer Software |
| Engineering Design with Rubber |
| Engineering Mathematics |
| Introduction to programming and Date Structure |
| Latex and Foam Technology |
| Physical Testing of Rubber |
| Polymer Reaction Engineering and Reactor Design |
| Recent Advances in Rubber Technology |
| Rheology & Processing of Rubbers |
| Rubber Processing Principles |
| Tyre Technology |
M.Tech. in Rubber Technology: Career Prospects
Successful postgraduates of the course are lucratively hired in both public and private sectors, in tyre companies, agricultural industry, automobile industry, transportation companies, construction firms, artificial limbs manufacture industries, rubber plants, and so on.
Some of the popular professional avenues open to such postgraduates are listed below with the corresponding salaries offered for the respective positions.
| JOB POSITION | JOB DESCRIPTION | AVERAGE ANNUAL SALARY IN INR |
| Rubber Technical Engineer | To develop new rubber and polymer products and work towards the continual improvement of existing products to cater to the needs of customers. To control the complete development cycle of a product from conceptualization to prototyping, testing and bulk manufacture. To entail production process control and supervision of quality control of existing rubber and polymer products and to work with in-house and external tool-rooms and vendors for development of tools, dies, and subcomponents of products under development. | 4 to 9 Lacs |
| Rubber Technologist | To economically formulate different types of rubber compounds that satisfy product and customer requirements. To modify existing compounds to rectify quality- related problems, to ensure cost-effectiveness in order to meet customer requirements, and to handle the processing of rubber technology, rubber compounding, rubber mixing, monitoring and control while testing raw materials as per standards, and perform field- evaluation of products. | 4 to 8 Lacs |
| Production Engineer | To improve the process of product- manufacture, such as food and drink, rubber material, plastics and pharmaceuticals. To work with technicians wherein one has to develop, install, procure and maintain the equipment used in the manufacturing process. | 3 to 7 Lacs |
| Maintenance Engineer | To undertake scheduled and breakdown maintenance of engineering equipment or plants ensuring that industrial machinery and equipment run smoothly and reliably. To improve production facilities, reduce incidents of costly breakdowns and develop strategies to improve overall reliability and safety of the plant, personnel and production processes. | 3 to 9 Lacs |
| Molding Process Engineer | To ensure that molds are running optimally by monitoring and tuning molding processes, suggesting part, material, equipment and tool modifications, developing corrective actions and training plastics technicians and to provide day- to- day supervision of plastics personnel. | 4 to 9 Lacs |
| Polymer Specialist | To research and study the structures and chemical properties of various natural, synthetic or composite materials, including metals, alloys, rubber, ceramics, semiconductors, polymers, and glass, and to determine ways to strengthen or combine materials or develop new materials with new or specific properties for use in a variety of products and applications. | 3 to 8 Lacs |
| Lecturer/Professor | To teach at undergraduate and graduate levels in areas related to Rubber Technology and its applications, allocated by and reviewed from time to time by the Head of Department, and to supervise or assist with supervision of undergraduate, taught graduate (Masters) or research graduate (MPhil/PhD) students. | 3 to 7 Lacs |
Course Fees
Course Duration
2 YearsTuition Fees
30 K1 Year Fees
60 KTotal Fees
1.2 LakhsDetailed Fees
| Years | year 1 | year 2 | ||
|---|---|---|---|---|
| Total Year Wise fees | ₹60,000 | ₹60,000 | ||
| Semester | 1 | 2 | 3 | 4 |
| Total Fees | ₹30000 | ₹30000 | ₹30000 | ₹30000 |
| Tuition fees | ₹30000 | ₹30000 | ₹30000 | ₹30000 |
Course Information
Course Description
Master of Technology in Rubber Technology Colleges, Syllabus Scope and Salary
Stream: Engineering
Duration: 2 Years
Course: Rubber Technology
Course Type: Post Graduation
M. Tech. in Rubber Technology is a 2- year long course divided into 4 semesters, with each semester lasting a period of 6 months. Rubber Technology is a specialized branch of engineering that involves the transformation of rubbers, elastomers, latex, natural rubber, synthetic rubber into useful products such as automobile tires, rubber mats, and exercise rubber stretching bands.
The course includes an advanced study of the various types of rubbers, their properties, and descriptions of formulation of rubber compounds. The methods involved in the processing of rubber are vulcanization, mastication, and calendering. The program consists of components of study such as processing technology, manufacture of latex products, non- tyre rubber products, tyres, testing and specification of rubber, latex products, materials science, organic chemistry, basics of polymers, rubber compounding, adhesives and surface coatings, plastic materials, and many more such relevant areas.
| Master of Technology in Gujarat | Master of Technology in Tamil Nadu | Master of Technology in West Bengal |
The average annual course fee in India ranges between INR 1 and 3 Lacs, depending upon the institute offering the course. The basic eligibility criterion to pursue the course is graduation (B.Tech.) completed in any engineering discipline with a minimum aggregate score of 55% or equivalent CGPA, from a recognized university. For availing admission to M.Tech. colleges, applicants need to appear for the GATE, and qualify it with a valid score. The admission process also includes an additional round of interview.
The average annual starting salary offered in India to successful postgraduates of the course ranges between INR 3 and 8 Lacs, depending upon the candidate’s expertise in the field.
M.Tech. in Rubber Technology: Course Highlights
Listed below are some of the major highlights of the course.
| Course Level | Post-graduate |
| Duration | Two Years (full time) |
| Examination Type | Semester System |
| Eligibility | Graduation from a recognized university with 55% marks in aggregate |
| Admission Process | Counselling after taking entrance examination, preferably GATE |
| Course Fee | INR 1 to 3 Lacs |
| Average Starting Salary | INR 3 to 8 Lacs |
| Top Recruiting Fields/Areas | HLL Life Care Limited, ISRO, DRDO, MRF Ltd., CEAT Tyres, Apollo Tyres, Ashok Rubber Industries, Gas Authority of India Limited, HCL Technologies, Madras Rubber Factory, Jayashree Polymers Group, L.M. Fibres, Saint Gobain Industries, TVS Motors, Rubco, Haldia Petrochemicals, Hi Tech Carbon, etc. |
M.Tech. in Rubber Technology: What is it About?
The course explores on an advanced level, the technical aspects of rubber processing and core subjects like adhesion technology, rubber processing principles, rheology, and foam technology. It covers the concepts and processes involved in the processing and manufacturing of latex and other rubber products which when molded, are transformed into a variety of required shapes such as toys, garments, stationeries, accessories such as bands, musical instruments, automobile parts for ease compression, washers, and other such items.
One of the most significant uses of rubber technology is in the manufacturing process of tyres which are used in different type of vehicles ranging from a plane to a bicycle. Treated or processed rubber is also used by various industries as an end product, such as for car decoration etc. With a constant increase in automobile- manufacture, there is an increasing demand of rubber in industries, thus making rubber technology a lucrative career option.
Top Institutes Offering M. Tech. in Rubber Technology
Listed below are some of the top institutes offering the course in the country with the corresponding locations and fees charged by each.
| COLLEGE NAME | CITY | AVERAGE ANNUAL FEES IN INR |
| Indian Institute of Technology (IIT) Kharagpur | Kharagpur | 69,000 |
| Indian Institute of Technology Bombay | Mumbai | 43,126 |
| Madras Institute of Technology | Chennai | 45,220 |
| Anna University | Chennai | 46,470 |
| LD College of Engineering | Ahmedabad | 4,575 |
| Gujarat Technological University | Ahmedabad | 90,000 |
| Cochin University of Science and Technology | Kochi | 51,680 |
| Hindustan University | Chennai | 80,750 |
| University College of Science, Technology & Agriculture | Kolkata | 4,658 |
| Mahatma Gandhi University | Chennai | 65,000 |
| Birla Institute of Technology, Mesra | Ranchi | 187,000 |
| Amity University | Noida | 72,000 |
| I.K. Gujral Punjab Technical University | Jalandhar | 76,550 |
| University of Chhattisgarh | Raipur | - |
Eligibility for M.Tech. in Rubber Technology
Candidates wishing to apply for the course need to meet the following minimum criteria of eligibility:
- A minimum aggregate score of 55% at the level of graduation in B.E./ B. Tech. or equivalent subject in a relevant discipline, completed from a recognized institute. (For IITs and UPES, the minimum percentage required is 60% at the level of graduation).
- A Bachelor’s Degree in any of the relevant engineering fields such as Production Engineering, Production Engineering and Management, Production and Industrial Engineering, Rubber Technology, Plastic and Rubber Technology, Computer Applications, Textile Engineering and Fibre Science and Engineering, and Mechanical Engineering.
- Candidates with M.Sc. degree in Chemistry or Applied Chemistry with minimum 55% marks in aggregate can also apply.
- Candidates awaiting their final year exam’s results can also apply on provisional basis. Admission is subsequently confirmed on the basis of performance at the level of graduation.
Many institutes prefer students with professional experience, therefore, it is advised for candidates to acquire a work experience of a minimum of 24 months. Also, candidates with two years of relevant work experience are exempted from appearing in GATE, provided their candidature is sponsored by the employer.
M.Tech. in Rubber Technology: Admission Process
Eligible candidates are required to qualify a relevant entrance examination followed by a round of group discussion. Subsequently, qualifying candidates are needed to go through additional rounds of personal interview as the final stage in the process of selection. The main entrance exam held in India for admission to the course is GATE (Graduate Aptitude Test in Engineering).
GATE is an All-India examination conducted jointly by the Indian Institute of Science (IISc), Bangalore and seven Indian Institutes of Technology (IITs). The entrance exam is primarily held for admission to post graduate courses in the field of engineering, technology, architecture and science.
The online test is a multiple- choice and numerical- type exam divided into three sections, namely General Aptitude, Engineering Mathematics and the specialty subject.
However, a few colleges such as Tamil Nadu Common Entrance Test (TANCET) for Madras Institute of Technology, Chennai, also have their own entrance examinations such as Manipal Institute of Technology and UPES (written tests and interview), and admission procedures in place for selecting and admitting candidates.
M.Tech. in Rubber Technology: Syllabus and Course Description
A semester- wise breakup of the course’s syllabus is tabulated below:
SEMESTER I |
| Industrial Rubber |
| Rubbers Compounding & Reinforcing Materials |
| Elective I |
| Elective II |
| Elective III |
| Rubber Laboratory I |
| Seminar I |
SEMESTER II |
| Rubber Product Manufacturing Technology |
| Industrial Rubber II |
| Elective IV |
| Elective V |
| Elective VI |
| Rubber Laboratory - II |
| Seminar – II |
| Comprehensive Viva Voce |
SEMESTER III |
| Thesis -Part I |
SEMESTER IV |
| Thesis -Part II |
ELECTIVES |
| Basic Rubber Science |
| Adhesion Science and Technology |
| Characterization of rubber and rubber- like materials |
| Computer Programming |
| Computer Software |
| Engineering Design with Rubber |
| Engineering Mathematics |
| Introduction to programming and Date Structure |
| Latex and Foam Technology |
| Physical Testing of Rubber |
| Polymer Reaction Engineering and Reactor Design |
| Recent Advances in Rubber Technology |
| Rheology & Processing of Rubbers |
| Rubber Processing Principles |
| Tyre Technology |
M.Tech. in Rubber Technology: Career Prospects
Successful postgraduates of the course are lucratively hired in both public and private sectors, in tyre companies, agricultural industry, automobile industry, transportation companies, construction firms, artificial limbs manufacture industries, rubber plants, and so on.
Some of the popular professional avenues open to such postgraduates are listed below with the corresponding salaries offered for the respective positions.
| JOB POSITION | JOB DESCRIPTION | AVERAGE ANNUAL SALARY IN INR |
| Rubber Technical Engineer | To develop new rubber and polymer products and work towards the continual improvement of existing products to cater to the needs of customers. To control the complete development cycle of a product from conceptualization to prototyping, testing and bulk manufacture. To entail production process control and supervision of quality control of existing rubber and polymer products and to work with in-house and external tool-rooms and vendors for development of tools, dies, and subcomponents of products under development. | 4 to 9 Lacs |
| Rubber Technologist | To economically formulate different types of rubber compounds that satisfy product and customer requirements. To modify existing compounds to rectify quality- related problems, to ensure cost-effectiveness in order to meet customer requirements, and to handle the processing of rubber technology, rubber compounding, rubber mixing, monitoring and control while testing raw materials as per standards, and perform field- evaluation of products. | 4 to 8 Lacs |
| Production Engineer | To improve the process of product- manufacture, such as food and drink, rubber material, plastics and pharmaceuticals. To work with technicians wherein one has to develop, install, procure and maintain the equipment used in the manufacturing process. | 3 to 7 Lacs |
| Maintenance Engineer | To undertake scheduled and breakdown maintenance of engineering equipment or plants ensuring that industrial machinery and equipment run smoothly and reliably. To improve production facilities, reduce incidents of costly breakdowns and develop strategies to improve overall reliability and safety of the plant, personnel and production processes. | 3 to 9 Lacs |
| Molding Process Engineer | To ensure that molds are running optimally by monitoring and tuning molding processes, suggesting part, material, equipment and tool modifications, developing corrective actions and training plastics technicians and to provide day- to- day supervision of plastics personnel. | 4 to 9 Lacs |
| Polymer Specialist | To research and study the structures and chemical properties of various natural, synthetic or composite materials, including metals, alloys, rubber, ceramics, semiconductors, polymers, and glass, and to determine ways to strengthen or combine materials or develop new materials with new or specific properties for use in a variety of products and applications. | 3 to 8 Lacs |
| Lecturer/Professor | To teach at undergraduate and graduate levels in areas related to Rubber Technology and its applications, allocated by and reviewed from time to time by the Head of Department, and to supervise or assist with supervision of undergraduate, taught graduate (Masters) or research graduate (MPhil/PhD) students. | 3 to 7 Lacs |
Eligibility Criteria
Aspirants seeking admission to 2 Years Full-Time M.Tech Program must have completed Graduation from the recognised Institute or University.
Course Details
The university also offers ME & M.Tech programs in the various discipline at PG level. BE/ B.Tech degree in the relevant field is the minimum eligibility criteria for admission. Diploma holders along with AMIE are also eligible to apply. Admission is based on TANCET score followed by university-based counselling (TANCA). Candidates with a valid score in GATE are also eligible to apply. Such candidates are exempted from TANCET.
| Course Name | Specialization | Eligibility Criteria | Selection Criteria |
|---|---|---|---|
| ME | Structural Engineering | BE/ B.Tech in the relevant discipline with 50% marks (45% for SC/ST/PH) from a recognized university OR Diploma with AMIE degree along with two years of work experience are also eligible to apply | TANCET or GATE score followed by counselling (TANCA) |
| Construction Engineering and Management | |||
| Hydrology and Water Resources Engineering | |||
| Irrigation Water Management | |||
| Integrated Water Resources Management | |||
| Soil Mechanics and Foundation Engineering | |||
| Transportation Engineering | |||
| Remote Sensing and Geometrics | |||
| Environmental Engineering | |||
| Environmental Management | |||
| Internal Combustion Engineering | |||
| Energy Engineering | |||
| Engineering Design | |||
| Solar Energy | |||
| Computer Aided Design (CAD) | |||
| Product Design and Development (PDD) | |||
| Manufacturing Systems Management | |||
| Thermal Engineering (with specialization in Refrigeration and Air Conditioning) | |||
| Printing and Packing Technology | BE/ B.Tech in the relevant discipline with 50% marks (45% for SC/ST/PH) from a recognized university OR Diploma with AMIE degree along with two years of work experience are also eligible to apply | TANCET or GATE score followed by counselling | |
| Computer Integrated Manufacturing | |||
| Industrial Engineering | |||
| Quality Engineering & Management | |||
| Automobile Engineering | |||
| Aeronautical Engineering | |||
| Aerospace Technology | |||
| Avionics (under faculty of I & C) | |||
| Green Manufacturing (with specialization in Green Manufacturing Engineering) | |||
| Manufacturing Engineering | |||
| Mechatronics | |||
| Power Systems Engineering | |||
| High Voltage Engineering | |||
| Control and Instrumentation Engineering | |||
| Power Electronics and Drives | |||
| Power Engineering and Management | |||
| Embedded System Technologies | |||
| Instrumentation Engineering | |||
| Applied Electronics | |||
| Communication Systems | |||
| VLSI Design | |||
| Bio-Medical Engineering | |||
| Medical Electronics | |||
| Computer Science and Engineering | |||
| Software Engineering | |||
| Computer Science and Engineering (Specialization in Big Data Analytics) | |||
| M.E Systems Engineering and Operations Research | |||
| Multimedia Technology | |||
| Communication & Networking | |||
| Wireless Technologies | |||
| VLSI Design and Embedded Systems | |||
| Computer Science and Engineering | |||
| M.Tech | Coastal Management | BE/ B.Tech in the relevant discipline with 50% marks (45% for SC/ST/PH) from a recognized university OR Diploma with AMIE degree along with two years of work experience are also eligible to apply | TANCET or GATE score followed by counselling |
| Polymer Science and Engineering | |||
| Information Technology | |||
| Chemical Engineering | |||
| Petroleum Refining and Petro-Chemicals | |||
| Environmental Science and Technology | |||
| Ceramic Technology | |||
| Industrial Safety Management | |||
| Textile Technology | |||
| Biotechnology | |||
| Computational Biology | |||
| Nano Science and Technology | |||
| Food Technology | |||
| Bio-Pharmaceutical Technology | |||
| Rubber Technology | |||
| Leather Technology | |||
| Footwear Science and Technology | |||
| Laser and Electro-Optical Engineering |
Key Points:
- Those students who have completed their qualifying degree through distance or weekend mode are not eligible to apply.
- Anna University also offers admission under the sponsored category (candidates belonging to Government Aided Institutions/ Government Organizations). Such candidates must have at least five years of work experience in the related field along with a valid score in TANCET.
-
Application form for ME/ M.Tech courses can be filled online by visiting TANCA portal on payment of INR 500 (INR 250 for reserved categories) as application fee. TANCET and GATE category candidates need to apply separately.
Placement
| Highest Placement | ₹ 36.0 Lakhs |
| Average Placement | ₹ 7.0 Lakhs |
| Top Companies |       |
College Ranking
Ranking of Anna University - [AU]
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Answered Questions
Anna University - [AU]: 111 answered questions
Comparably Anna University is better than Amrita University. It is a state government university and changes a lower course fee. The institute offers great academics. The university has a great alumni network. Anna University notable alumni list incudes name like A. P. J. Abdul Kalam- Former President of India & Bharat Ratna awardee, Venu Srinivasan - Chairman of Sundaram, Sujatha Rangarajan - Writer.
However, being a private university Amrita offers better infrastructure.
Having mentioned that you are a topper in all the unit tests, getting a CGPA of more than 9 would be an easy task for you. Having 20 marks in all your internals would be even more beneficial.
To get a CGPA of 10 is possible, in your first year. Here are some things you should keep in mind for your preparation.
- Utilize study holidays effectively – For the first semester examinations, the gap between them maybe a day or two. You have to complete the syllabus in the 10 to 15 days of study holidays. Make sure to revise every important portion the day before the exam.
- Engineering Graphics – Practice more drawings and present the diagrams clearly and neatly. It is a 4 credit paper.
- Engineering Mathematics – Do not just read the problems, work them out then and there. This will make you confident on the day of your exam.
- Engineering Physics and Chemistry – The physics and chemistry papers are much easier compared to the class 12th syllabus. Study the textbook thoroughly. Understand the concepts. Present the answers with diagrams wherever necessary. Instead of writing long paragraphs, use points.
- Technical English – Focus on the grammar first, Examiners tend to read that part fully while evaluating. So try getting full marks in that part which creates a good impression. That might help to get more marks in the forthcoming sections.
Presentation is one of the most important aspects. While writing use blue or black pens. Write answers in points and use Sub-headings. Try to keep your answer sheet neat and tidy and avoid unnecessary scribbling.
You need to multiply your CGPA with 10 to get the percentage. So, percentage = CGPA*10. This method is only applicable to colleges affiliated with Anna University. You can find information regarding methods for the calculation of CGPA, on the backside of your university marksheet. There will be detailed info regarding credit letters and credit values.
Madras Institute of Technology is under Anna University. These two aren’t separate. If you want good job profiles with cushy salary packages, after completing your degree, MIT isn’t a good option. Not many core companies visit the campus drive for recruitment. Although placements in the non-core sector are good. MIT offers good academics and you can benefit from the institute if you are aiming to pursue higher studies. The course fee is nominal. The course costs around INR 1.58 lakhs.
SRM is a good option if infrastructure is your priority. Although the university fees are a little higher.
Overall, Anna University is a good place to study. The university offers varied range of UG, PG and PhD courses. It has collaborated with 37 international universities and provide student exchange programs.
Anna University Placement shows the highest CTC to be INR 12 LPA. Students get recruited in Core, IT and ITES sectors.
BITS is definitely better than Anna University. It has a better brand value and offers excellent placements. BITS Pilani placements 2022 witnessed the highest CTC of INR 1.33 CPA. While the average CTC offered was INR 28.99 LPA. Microsoft, Amazon, Walmart, etc. are some of the major recruiters that took part in the placement drive.
Although BITS fees are way higher. Anna University courses cost about one-tenth of BITS.
No, the counselling procedure is the same for both CBSE and matriculating students. You will be counseled in the batches as per your cut off. But the cutoff calculation procedure is different for CBSE and matriculating students.
For State Board students Cut off= (math/2) + (phy/4)+(chem/4)
For CBSE students Cut off= (math) +(phy/2)+(chem/2)
Apart from this CBSE students get normalisation as it’s difficult to get such high cut offs. Under this, usually 5 marks are added to your cutoff.
Non-Tamil Nadu students are eligible to apply to Anna University and affiliated universities. The admission is merit-based. The prerequisites for admission are that you need to be a citizen of India. Applicants should also have passed 10+2 with a minimum average percentage. For general category students, the minimum required average is around 45%. While for SC/ST category students, the required percentage is 40%.
No, the maximum duration to complete your degree in Anna University is 7 years. This includes 4 years in college and 3 additional years for those who are unable to complete their degree within 4 years. But after 7 years you cannot complete your degree.
Before 2017, the students who would fail even after 7 years would get a grace period of 1 year. But this practice has been abolished according to the new regulations.
The decision has made it impossible for anyone who had enrolled before 2011 to clear engineering arrears again.
The procedure to get transcripts from Anna University is quite easy and straightforward.
-
Simply Google Anna University transcript.
-
Create an account there; you can also sign up with your Facebook account.
-
Choose the transcript you require, whether it is a CGPA to percentage conversion or a grade sheet consolidation.
-
You must properly fill out the application form, including your personal information, college name, college code, register number, and so on.
-
The fifth step is to upload your consolidation certificate and mark sheet.
-
Then you must pay the fee set by Anna University for the aforementioned certificates.
The certificates will arrive at your door in 14 -15 days. You can also monitor the status of your certificate by logging in to your itranscript account.
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