THE ACADEMIC PROGRAMME OF THE INSTITUTION MAINLY CONSISTS OF SECTIONS ‘A & B’ EXAMINATIONS, POPULARLY KNOWN AS THE AMIIE EXAMINATION.
AMIIE in Ceramic Engineering
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Key Highlights of the AMIIE
- Project based learning through industry collaborations.
- Focus on skill building & practical implementations.
- Interactive sessions with industry experts through Student's Chapter.
About
Career
A career in Ceramic Engineering offers diverse opportunities across industries such as electronics, aerospace, healthcare, defense, and manufacturing. Ceramic engineers work with advanced materials used in fiber optics, microprocessors, biomedical implants, solar panels, superconductors, and high-performance ceramics for various applications.
In the electronics industry, ceramic engineers contribute to the development of semiconductors, capacitors, and insulators, which are essential for electronic devices. The automotive and aerospace sectors rely on ceramics for heat-resistant coatings, brake pads, and engine components. In biomedical engineering, bio-ceramics play a crucial role in producing artificial bones, dental implants, and prosthetics.
Defense industries also employ ceramic engineers for the production of bulletproof vests, armor, and heat-resistant materials for military applications. Additionally, ceramic engineers find career opportunities in nuclear energy for developing radiation-resistant materials and in renewable energy for creating efficient solar panels and fuel cells.
Career opportunities exist in government and private sectors, including organizations like ISRO, DRDO, BHEL, NASA, Boeing, and GE Aviation. With advancements in nanotechnology and material sciences, Ceramic Engineering continues to be a promising and expanding field with vast career growth potential.
Job Prospects
Electronics & Semiconductor Industry: Work on microprocessors, capacitors, and insulating materials for electronic devices.
Aerospace & Automotive Sector: Develop heat-resistant coatings, engine components, and brake pads for high-performance applications.
Biomedical & Healthcare Industry: Design bio-ceramic materials for artificial bones, dental implants, and prosthetics.
Remuneration
Salaries in ceramic engineering vary based on experience, industry, and location. Entry-level engineers earn competitive pay, while experienced professionals in aerospace, healthcare, and electronics sectors receive higher salaries, with additional benefits, research opportunities, and career growth in advanced material sciences.
Section-A
- TRANSFORM AND PARTIAL DIFFERENTIAL EQUATION
- INSTRUMENTAL METHOD OF ANALYSIS
- MATERIAL SCIENCE
- PROPERTIES OF CERAMICS
- UNIT OPERATION
- BASIC MECHANICAL ENGINEERING
- PROBABILITY AND STATICS
- ENVIROMENTAL SCIENCE AND ENGINEERING
- CERAMIC RAW MATERIAL
Section-B
- PROCESSING OF CERAMIC RAW MATERIALS
- TESTING METHODS OF CERAMICS
- TRADITIONAL CERAMICS
- CERAMIC FABRICATION PROCESSES
- GLASS ENGINEERING - I
- GLAZ TECHNOLOGY
- REFRACTORIES - I
- GLASS ENGINEERING - II
- REFRACTORIES - II
- PROCESS AND ECONOMICS MANAGEMENT
- ENGINEERING ETHICS AND HUMAN
- ADVANCE CERAMIC PROCESSING
- ADVANCED STRUCTURAL CERAMIC MATERIALS
- ELECTRONIC CERAMICS
- CALCULATION IN CERAMICS
- CEMENT AND CONCRETE
- FUELS AND ENERGY ENGINEERING
- MATERIAL MANAGEMENT
- PROJECT WORK
What Is AMIIE?
Full form of AMIIE is “Associate Member of the Indian Institution of Engineers”. AMIIE is a professional certification given by Indian Institution of Engineers (IIE).