Ceramics Engineering Course
Update on 29 Apr, 2024
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About Ceramics Engineering
Ceramic Engineering is a new branch of engineering that was recently introduced in India. It is an emerging branch of engineering that involves using ceramics and their properties to design and manufacture ceramic products.
Ceramic Engineers are responsible for developing the objects used in operating computers and other electronic devices, products used in our daily lives, and the global telecommunication process.
Ceramics is an emerging million-dollar industry, Ceramics products are used in our day-to-day life, some examples of ceramic products are glass light bulbs, jet engines, computers, cars, and many household appliances.
Ceramic Engineering is required to produce ceramic teeth, bones, fiber optic cables used for surgery, etc. Ceramic Engineering is used in various fields such as medicine, electronics, construction, optical fibers, sports, aircraft, and transportation.
As already mentioned, Ceramic Engineering is one of the latest branches of Engineering that have been introduced recently, which is why very few colleges in India offer Ceramic Engineering Courses.
If you are someone who is fascinated with this latest and trending branch of engineering, then you can read this article further to learn more about Ceramic Engineering & the Top Ceramic Engineering Colleges in India.
What Does a Ceramics Engineer Do?
- A Ceramic Engineer develops various procedures for processing non-metallic inorganic materials into various ceramic products like glassware, fiber, pollution control devices, coating for space vehicles and aircraft, components of nuclear fuel, etc. They also conduct various research for product development and production of ceramic objects.
- Ceramic Engineers also manufacture heat tiles which are used in space shuttles and supersonic space planes.
- They are also expected to discover innovative ways to use ceramics to improve and strengthen infrastructures such as highways, bridges, and buildings.
- Ceramic Engineers are also involved in developing ceramic teeth, bones, and joints which are used to replace the original body parts.
- They also help in the production of ceramic lasers, superconductors, and optical fibers.
- Moreover, Ceramic Engineers are also hired by Aircraft companies as they contribute to the development of materials that are used in the functioning of Aircraft Engines.
Why Pursue a Ceramic Engineering Course?
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A Ceramic Engineering Course provides you with the knowledge of developing new products from non-metallic and inorganic materials. Ceramic Engineering deals with the purification of raw materials, extraction, and use of chemical compounds by studying their properties. Ceramic Technology is an entirely innovative and latest branch of Engineering which is constantly growing in the Indian Market.
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The Ceramic Industry in India is constantly emerging and holds an account of Rs 26,500 crores in the Indian Economy. In the last few years, it has witnessed a growth of almost 9 percent which proves that this industry is going to become the hotspot Job Provider in the coming years.
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If You have an artistic approach then a Ceramic Engineering course will help you to gain some technical knowledge of ceramic science that can bring out life into your ceramic designing art using ceramic technology
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After completing a Ceramic Engineering Course, you can appear in the national competitive examinations like UPSC, SSC, and PSC, and clearing such examinations can get you an opportunity to work with prestigious government organizations like ISRO, BARC, and DMRL.
How to Become a Ceramic Engineer?
If you want to pursue your career in the specialization of Ceramic Engineering and want to become a Ceramic Engineer, then you have to pursue a 4-year B.Tech degree in Ceramic Engineering from a recognized University.
Eligibility Criteria to Pursue Ceramic Engineering Course
Every college has its own set of norms, hence the eligibility criteria may also slightly vary from college to college. The most common eligibility criteria to pursue a Ceramic Engineering course are as follows:
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For Undergraduate Ceramic Engineering Courses
To pursue UG courses like B.Tech in Ceramic Engineering, and B.Tech in Ceramic Technology, a candidate must score a minimum of 50%-55% aggregate marks in 10+2 with Physics, Chemistry & Mathematics as the main subjects and the 12th passing certificate must be obtained from a recognized board.’
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For Postgraduate Ceramic Engineering Course
To Pursue PG courses in Ceramic Engineering Specialization, a candidate must complete B.Tech/B.E course in a relevant specialization such as Ceramic Technology/Mechanical/Automobile/Production/Aeronautical/Metallurgical/Mechatronics/Marine/Manufacturing/Industrial etc. The candidate must score at least an aggregate mark of 55%-60% in the B.E/B.Tech and the degree must be obtained from a recognized university.
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For P.h.D in Ceramic Technology
To pursue a P.h.D degree in Ceramic Technology the candidate must complete his Master's (M.Tech) degree in any relevant discipline of engineering and must score at least 60% marks in the M.Tech examinations and 70% in the graduation (B.Tech). The graduation & postgraduation degree must be obtained from a recognized university.
How to take admission to a Ceramic Engineering College?
To take admission to a Ceramic Engineering Course the candidate has to appear in a national, state, or university-level entrance examination. The admission criteria differ from college to college, candidates are advised to check the official website of the college to know about the required entrance examination score. The most popular Entrance examinations which are accepted by most colleges across India are mentioned below:
Entrance Examinations for admission to UG Ceramic Engineering courses:
- JEE-Mains
- JEE-Advance
Entrance Examinations for Admission to PG Ceramic Engineering Courses:
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GATE
Ceramic Engineering Syllabus for UG Courses
| First Year Subjects | ||
| Engineering Chemistry | Fundamentals of Electrical Engineering | Technical Communication |
| Engineering Mathematics 1 | Engineering Physics | Engineering Mathematics 2 |
| Fundamentals of Electronics Engineering | Engineering Drawing | Fundamentals of Computer |
| Professional Communication | Environmental Studies | Fundamentals of Mechanical Engineerin |
| Second Year Subjects | ||
| Basic Ceramic Practices | Heat and Mass Transfer | Thermodynamics and Phase Equilibria in Ceramic Systems |
| Materials Science | Manufacturing Practices | Structure and Properties of Ceramic Materials |
| Mathematical Methods | Ceramic Raw Materials | Ceramic Phase Diagrams and Phase Transformation |
| Particle Mechanics and Fluid Flow Process | Humanities | Universal Human Values |
| Third Year Subjects | ||
| Advanced Ceramics | Industrial Training 1 | Refractories |
| Glass Engineering | Department Elective | Nano Technology |
| HU/ LM | Glass and Glass Ceramics | Ceramic White Wares |
| Techniques for Materials Characterization | Process Calculations | Humanities / Language |
| Fourth Year Subjects | ||
| Advanced Electro-Ceramics | Bio-Ceramics | Project |
| Cement and Concrete | Ceramic Coating & High-Temperature Ceramic Processes | Ceramic Coating and High-Temperature Ceramic Processes |
| Fuel, Furnace and Pyrometry | Steel Plant Refractories | Ceramic Composites |
| Industrial Training 2 | Glass Technology and Application | Industrial White Wares |
Ceramic Engineering Syllabus for PG Courses
| Semester 1 | Semester 2 |
| Structure and Properties of Engineering Ceramics | Advances in Phases Diagrams |
| Principles of Ceramic Processing and Fabrication | Nanomaterials |
| Instrumental Analysis Laboratory | Electroceramics Laboratory |
| Characterisation of Ceramic Products Laboratory | Process Ceramic Laboratory |
| Professional Elective I | Professional Elective IV |
| Professional Elective II | Professional Elective V |
| Professional Elective III | Professional Elective VI |
| Seminar and Technical Writing | Seminar and Technical Writing |
| Semester 3 | Semester 4 |
| Summer Research/Industrial Project | Seminar and Technical Writing |
| Seminar and Technical Writing | Research Project Work II |
| Research Project Work I | Research Project Review II |
| Research Project Review I | Comprehensive Viva Voice |
| Dissertation | - |
Top Ceramic Engineering Colleges in India
| College Name | City | Courses Offered | Course Fee |
| National Institute of Technology (NIT) | Rourkela | B.Tech in Ceramic Engineering | Rs 8.22 Lacs |
| M.Tech in Ceramic Engineering | Rs 3.06 Lacs | ||
| P.h.D in Ceramic Technology | Rs 1.29 Lacs | ||
| Indian Institute of Technology (IIT), Banaras Hindu University | Varanasi | B.Tech in Ceramic Engineering | Rs 3.02 Lacs |
| M.Tech in Ceramic Engineering | Rs 62,380 | ||
| B.Tech + M.Tech in Ceramic Engineering | Rs 3.74 Lacs | ||
| P.h.D in Ceramic Technology | Rs 88,445 | ||
| Andhra University College of Engineering, Vishakhapatnam | Vishakhapatnam | B.Tech in Ceramic Technology | Rs 40,000 |
| Algappa College of Technology, Chennai | Chennai | B.Tech in Ceramic Technology | Rs 1.77 Lacs |
| M.Tech in Ceramic Technology | Rs 1.16 Lacs | ||
| Gujrat Technological University, Ahmedabad | Ahmedabad | Diploma in Ceramic Technology | Rs 99,000 (approx) |
| Government College of Engineering & Ceramic Technology | Kolkata | B.Tech in Ceramic Technology | Rs 29,450 |
| M.Tech in Ceramic Technology | Rs 36,000 | ||
| P.h.D in Ceramic Technology | -- | ||
| Anna University, Chennai | Chennai | B.Tech in Ceramic Technology | Rs 2.20 Lacs |
| M.Tech in Ceramic Technology | Rs 1.20 Lacs | ||
| Maulana Abul Kalam Azad University, Kolkata | Kolkata | B.Tech in Ceramic Engineering | Rs 1.90 Lacs |
| M.Tech in Ceramic Engineering | Rs 1.58 Lacs | ||
| Calcutta University, Kolkata | Kolkata | B.Tech in Ceramic Engineering | Rs 30,826 |
| P.h.D in Ceramic Technology | -- |
Career Scope, Job Prospects, Salary After Ceramic Engineering
After a Ceramic Course, you can choose from the two types of categories of career options in Ceramics, first one is Ceramic Technologists and the second is Ceramic Designers. Ceramic Technologists are involved in producing ceramic materials using the chemical process whereas a Ceramic Designer deals with the designing and creation of materials using basic ceramic materials, clay, and sand.
If you are someone who is genuinely interested in Ceramic Technology & Engineering, then you should choose Ceramic Technologist as your career path as it will offer you knowledge of various principles and you will be actively involved in the technological process.
But If you are someone who has an artistic approach and is always into creative work & designing like clay work, pottery, etc, then you should pursue your career in ceramic Designing.
Ceramic Engineering Course opens many doors to bright and exciting career opportunities. A Ceramic Engineer can work in the private as well as public sector, various esteemed government research organizations namely ISRO, BARC, DMRL, etc.
Recruits Ceramic Engineers on the basis of their academic achievements, knowledge, and potential. However to work with such prestigious organizations, one has to clear some sort of national competitive examinations (such as PSC, UPSC, or SSc, etc.) Getting a job opportunity to work with these organizations is a lifetime opportunity you can get after possessing a degree in Ceramic Engineering or Ceramic Technology.
Job Roles After completing Ceramic Engineering Course
After Completing an Undergraduate, postgraduate, or doctoral course in Ceramic Engineering or Ceramic Technology branch, you can find numerous job options in various domains such as Mining, Electronics, Food & Chemical Industry, Aerospace industry, Transmission Electricity, Refinery & Guided lightwave transmission, manufacturing units, etc.
After completing this course, You can apply for various job roles/profiles, some of the most popular Ceramic Engineering Job roles/profiles are mentioned below:
| Job Profile | Description | Average Annual Salary in INR |
| Polymer Chemist | Studying complex, large, molecules and understanding in what way monomers combine to form polymers. | 2.19 lakhs |
| Ceramic Designer | Working with porcelain, clay, stoneware, and bone china to design and make homeware (tile/flooring) sculptures, pottery items, cookware, and tableware. | 6.50 lakhs |
| Ceramic Technologist | Undertaking work related to the science and technology of ceramic materials. They work in R&D, quality control and production and specialise in the designing of new products or testing raw materials. | 3.5 lakhs |
| Ceramic Research Enginee | Propel research program via technology readiness levels, practical formulation of ceramic compositions, collaborating with engineers to make sintered components, among others | 4.5 lakhs |
Top Employment Areas After Completing Ceramic Engineering
There are plenty of job areas where you can work after completing a professional course in Ceramic Engineering or Ceramic Technology, Some of the top job providing employment areas for Ceramic Engineers are mentioned below:
- Engine Components Manufacturing Units
- Sanitary Ware Industry
- Cutting Tools Factory
- Enamels Factories
- Kitchen Ware Industry
- Construction Companies
- Ceramic Ware Manufacturing Units
- Furniture Manufacturing Industries
- Interior Designing Companies
- Research and Testing Organizations
- Engine Components Manufacturing companies
Top Recruiters of Ceramic Engineers (Government)
After Completing a Ceramic Engineering Course, An Individual can get great opportunities to work with the following government organizations:
- Institute of Plasma Research (IPR)
- Indian Space Research Organization (ISRO)
- Defense Metallurgical Research Laboratory (DMRL)
- Bhabha Atomic Research Centre (BARC)
Top Recruiters of Ceramic Engineers (Private)
- Kajaria Ceramic
- Cera Sanitary
- Orient Ball
- HSIL
- Nitco
- INDO-MIM Pvt Ltd
- Vindex Industries
- Varmora
- Bajaj Tiles
- Somany Ceramics
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