|
| Qualifying
Exam |
| |
| [
Above course is offered in HCE and KC
Tech] |
| |
| ABOUT
THE COURSE. |
| |
Rubber
Technology has found its applications
as laminated rubber bearings for bridges,
tyres, conveyor systems, insulator in
electrical industry, tyres and tubes
in automobile and aviation sector, rubberized
highways, footwear industry, sports
equipment, etc. Through the study of
rubber technology, one can acquire knowledge
about the main types of commercially
available rubber, the role of essential
ingredients in converting raw rubber
into useful articles, general techniques
for mixing and shaping raw rubbers,
basic practical skills in mixing, shaping
and testing of rubbers and most important
of all, one would understand the way
in which rubbers perish in general environments.
Rubber is selected by the Engineer for
its flexibility, elasticity and impermeability
to gases and liquids. It is used to
isolate equipment against shock and
vibration, as a seal for anything from
a watch to a container door, as a diaphragm
to separate two fluids and transmit
pressure differences, for drive rollers
on business machines, for paper making
machinery, and so on. With the advances
in rubber technology a host of synthetic
rubber products like Neoprene rubber
were developed. The Major applications
of rubber is used as transmission and
conveyor beltings in mining industry.
Rubber hoses are used for carrying fluids
and solids under a wide range of pressures
and temperatures. Rubber is one of the
main essential engineering materials
used in industry and daily life. Other
applications are footwear, cellular
and other products, sports goods and
electrical insulating materials, etc. |
| |
| JOB
OPPORTUNITIES |
| |
Polymer Technologists
and Rubber Technologists have placement
opportunities in multinational and national
companies like Du Pont, Reliance Industries,
MRF, Apollo Tyres, Dunlop and a host
of other companies with global market
reach. The future of Polymer and Rubber
industries is bright and job market
is highly remunerative for qualified
technologists. There is ample scope
for higher education leading to Masters
and Ph.D. levels in India and Abroad.
Polymer and Rubber Products are one
of the main interest of aspiring entrepreneurs
who are interested in setting up their
own industries for manufacturing plastic
articles like telephone instruments,
soap dishes, plastic buckets, combs,
pvc pipes, computer peripherals, dinner
wares and related articles, ballons,
softballs, chappals, cycle tyres and
tubes, automobile tyres, etc.
The courses provide an extensive knowledge
on application of Polymers and Rubber
and various ways and means of manufacturing
and fabrication of related articles. |
| |
| Eligibility
Criteria |
| |
| Minimum
Eligibility Marks: |
| |
|
A) For SC/ST candidates
a pass in the qualifying examination
will suffice and the minimum marks
are the same as the passing minimum
for HSC and Diploma exams of the State
Board of Tamil Nadu.
B) Candidates belonging to communities
other than SC/ST should have obtained
the following minimum marks:
1. HSC (Academic) / CBSE / Pre Degree
/ Plus Two and other equivalent examinations:
(i) a minimum of 60%
average in related subjects (Physics/Chemistry/Maths)
2. HSC (Vocational) Candidates
(i) a minimum of 60%
average in related subjects
|
| |
| Note
(i)
For Backward and Most Backward Candidates
from Tamil Nadu, the minimum percentage
of marks for admission to B.E./B.Tech
are as follows:
For Backward Community (BC)
A minimum of 55% average in related
subjects (Physics/Chemistry/Maths)
For Most Backward Community
(MBC)
A minimum of 50% average in related
subjects (Physics/Chemistry/Maths)
|
| |
| Note
(ii)
1. Candidates from other states irrespective
of their community, will be considered
only as OC (other Community) for the
purpose of considering the minimum
eligibility marks.
2. All candidates who have passed
the qualifying exam from other states
should produce an Eligibility Certificate
from Anna University.
|
| |
| Eligibility
for Admission under Lateral Entry Scheme: |
| |
| (Direct admission
to 2nd year B.E./B.Tech. Degree Courses
in Polymer Techonogy and Rubber Technology,
for candidates who have passed the qualifying
Diploma) |
| |
- Chemical Technology
- Petro Chemical Technology
- Pulp and Paper Technology
- Polymer Technology
- Plastic Technology
- Sugar Technology
- Ceramic Technology
- Petroleum Engineering
- Plastic Engineering (Sandwich)
- Polymer Technology (sandwich)
- Chemical Technology (sandwich
|
| |
| Diploma holders
from Government approved institutions
with minimum eligibility marks are eligible
for direct admission to the second year
B.E./B.Tech.
A pass in the 3 year Diploma examination
conducted by State Board of Technical
Education of respective states with
a minimum of:
60% marks in the
final year examination (for non semester
pattern)
60% marks in the
V and VI Semester examination (for
semester pattern)
For Candidates from Tamil
Nadu
Pass in Diploma examination will
suffice for SC/ST
55% marks for BC
- 50 % marks for
MBC.
|
| |
| CURRICULUM
- B. TECH RUBBER TECHNOLOGY |
| |
| Semester
- I
Theory
English – I
Mathematics – I
Physics – I
Chemistry – I
Engineering Mechanics
Practical
Computer Practice – I
Workshop Practice
|
| |
| Semester
- II
Theory
English – II
Mathematics – II
Physics – II
Chemistry – II
Electrical Engineering
Electronics Engineering
Practical
Physics Laboratory
Engineering Graphics
Computer Practice – II
|
| |
| Semester
- III
Theory
Mathematics – III
Elements of Production Techniques
Fluid Mechanics & Machinery
Engineering Thermodynamics
Solid Mechanics
Practical
Production Process Laboratory
Materials & Testing Laboratory
Chemical Analysis Laboratory
|
| |
| Semester
- IV
Theory
Numerical Methods
Mechanics of Machines
Physical & Organic Chemistry
Basics of Polymers
Rubber Materials
Practical
Polymer Chemistry Lab.
Machine Drawing
|
| |
| Semester
- V
Theory
Design of Machine Elements
Plastics Materials
Physical Behaviour of Polymers
Reaction of Polymers
Rubber Compounding
Rubber Processing & Machinery
Practical
Rubber Materials Lab.
Rubber Processing Lab.
Design & Drawing of Moulds &
Dies
|
| |
| Semester
- VI
Theory
Industrial Fibres & Composites
Physical Testing of polymers
Plastics Processing & Mechinery
Product Design and Engineering
Application of Polymers
Unit Operation in Chemical Engg.
Practical
Plastics Process Lab.
Computer Aided Design
Seminar / Comprehension
|
| |
| Semester
- VII
Theory
Management Science
Quality Control & Reliability
Engineering
Technology of types and tubes
Polymer Characterization Techniques
Elective – I
Practical
Rubber Testing Lab.
Plastics Testing Lab.
Industrial Training
Elective – II
|
| |
| Semester
- VIII
Theory
Elective – III
Elective – IV
Practical
Project Work
ELECTIVES - Theory
Creativity, Innovation and New Product
Development
Finite Element Application in Manufacturing
Total Quality Management
Purchasing and Materials Management
Management Information Systems
Industrial Safety Engineering
Latex Rubber Products
Adhesives
Multi Phase Polymer Recycling
Design of Rubber Processing Machines
Polymer Components in Automotive Application
Industrial Lecture / Paper Presentation
Design Project
Product Feasibility & Reporting
Prototype Development
|
