About
Ceramic engineering combines principles of chemistry, physics and engineering. Fiber-optic devices, microprocessors and solar panels are some examples of ceramic sciences applied to everyday life. Scope Ceramic Engineering as a Career option The use of ceramic material is on the rise as it a low-cost and efficient material. Ceramic engineering is needed right from the production of ceramic teeth, bones, and other fiber optic cables used for surgery to ceramic superconductors, lasers, etc. As the applications of Ceramic material is expanded tremendously due to the recent advances in the field of medicine which include bio-ceramics and other, ceramic engineering is a booming field.
Career
A graduate in ceramic engineering can find numerous job opportunities in various domains like medicine, mining, aerospace, food and chemical industry, electronics, refinery, Industrial & Transmission Electricity and Guided Light Wave Transmission. Other domains where a ceramic engineer can find job opportunities are:
Engine components manufacturing units
Design firms
Ceramic ware manufacturing units
Construction services
Research and testing firms
Table ware Industry
Sanitary ware Industry
Glass bulbs factory
Cutting tools Industry
Enamels factories
Kitchen ware Industry
Decorative ware Industry
Job Prospects
Ceramic engineer can find job in various production industries of hospitals, research laboratories. Some of the job profiles of a ceramic engineer are: Ceramic Technologist Ceramic Designer Production Worker Technician Construction Manager Researcher Marketing Executive Professor
Remuneration
The pay scale of ceramic engineers is different with the educational qualification, job profile, work experience and the location where they work.
Ceramic Engineers can expect a promising career. You can expect a salary of Rs 25000 plus incentives as a fresher in India. Your salary depends on the position you hold in the organization. As a lecturer or as a consultant with any big public & private organization your salary can increase multiple times.
Course Structure
Section-A
| Subject Code | Subject Name | Download |
| AMCT01 | TRANSFORM AND PARTIAL DIFFERENTIAL EQUATION |
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| AMCT02 | INSTRUMENTAL METHOD OF ANALYSIS |
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| AMCT03 | MATERIAL SCIENCE |
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| AMCT04 | PROPERTIES OF CERAMICS |
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| AMCT05 | UNIT OPERATION |
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| AMCT06 | BASIC MECHANICAL ENGINEERING |
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| AMCT07 | PROBABILITY AND STATICS |
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| AMCT08 | ENVIROMENTAL SCIENCE AND ENGINEERING |
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| AMCT09 | CERAMIC RAW MATERIAL |
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Section-B
| Subject Code | Subject Name | Download |
| AMCT10 | PROCESSING OF CERAMIC RAW MATERIALS |
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| AMCT11 | TESTING METHODS OF CERAMICS |
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| AMCT12 | TRADITIONAL CERAMICS |
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| AMCT13 | CERAMIC FABRICATION PROCESSES |
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| AMCT14 | GLASS ENGINEERING - I |
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| AMCT15 | GLAZ TECHNOLOGY |
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| AMCT16 | REFRACTORIES - I |
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| AMCT17 | GLASS ENGINEERING - II |
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| AMCT18 | REFRACTORIES - II |
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| AMCT19 | PROCESS AND ECONOMICS MANAGEMENT |
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| AMCT20 | ENGINEERING ETHICS AND HUMAN |
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| AMCT21 | ADVANCE CERAMIC PROCESSING |
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| AMCT22 | ADVANCED STRUCTURAL CERAMIC MATERIALS |
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| AMCT23 | ELECTRONIC CERAMICS |
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| AMCT24 | CALCULATION IN CERAMICS |
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| AMCT25 | CEMENT AND CONCRETE |
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| AMCT26 | FUELS AND ENERGY ENGINEERING |
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| AMCT27 | MATERIAL MANAGEMENT |
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| PROJECT | PROJECT WORK |
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Project Work
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