Ceramic Engineering Notes, Syllabus, Eligibility, Course Curriculum, Jobs, Recruiters, and FAQs

Ceramic engineering is an essential field of science which deals with the formation of objects from raw materials. These raw materials are usually inorganic and non-metallic elements. Ceramic engineering revolves around the processes of purification of raw materials, the study of these raw materials and the other compounds involved in the making of the objects. It also requires an analysis of the structure of the components, their composition and properties, and how these components are put together.

Ceramic Engineering Notes and Course Syllabus

Ceramic engineering is a vast field of study, and so is the ceramic industry. The course objective is to equip the students with practical knowledge about Ceramic engineering. Students learn about the underlying fundamental concepts of Ceramic engineering. The course contents remain the same, but the syllabus categorisation is different in graduation and post-graduation.

The course categorisation in graduation is given below. The course is divided into four years of engineering to provide the students with a better understanding of the course step by step and prepare them for their job roles.

FIRST YEAR
  • Engineering Chemistry
  • Fundamentals of Electrical Engineering
  • Technical Communication
  • Engineering Mathematics
  • Engineering Physics
  • Fundamentals of Electronics Engineering
  • Engineering Drawing
  • Fundamentals of Computer
  • Professional Communication
  • Environmental Studies
  • Fundamentals of Mechanical Engineering
SECOND YEAR
  • 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
THIRD YEAR
  • Advanced Ceramics
  • Industrial Training
  • Refractories
  • Glass Engineering
  • Department Elective
  • Nanotechnology
  • HU/ LM
  • Glass and Glass Ceramics
  • Ceramic White Wares
  • Techniques for Materials Characterization
  • Process Calculations
FOURTH YEAR
  • 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
  • Glass Technology and Application
  • Industrial White Wares

The course contents in post graduation are divided into four semesters. Go through the syllabus and course contents to better understand about the course structure.

SEMESTER I
  • Structure and Properties of Engineering Ceramics
  • Principles of Ceramic Processing and Fabrication
  • Instrumental Analysis Laboratory
  • Characterisation of Ceramic Products Laboratory
  • Seminar and Technical Writing
SEMESTER II
  • Advances in Phases Diagrams
  • Nanomaterials
  • Electroceramics Laboratory
  • Process Ceramic Laboratory
  • Seminar and Technical Writing
SEMESTER III
  • Summer Research/Industrial Project
  • Seminar and Technical Writing
  • Research Project Work I
  • Research Project Review I
SEMESTER IV
  • Seminar and Technical Writing
  • Research Project Work II
  • Research Project Review II
  • Comprehensive Viva Voce
  • Dissertation period

Avail subject-wise B.Tech Notes related to Engineering Departments like ECE, CSE, Mech, EEE, Civil, etc. all in one place and plan your preparation according to your requirements.

Ceramic engineering is a vast field of study whose applications are ever-increasing in the areas of aerospace, biomedical, technology, the auto sector, optical, packaging, chemical industry, food industry and many more. It is a multi-billion dollar industry already with tremendous growth potential. Many colleges and universities across India offer this course. It includes studies of various disciplines such as chemistry, physics, bio-ceramics etc. This course is available both in graduation and post-graduation. Ceramic engineering is undoubtedly one of the sought after courses with a variety of job prospects.

For any additional information, click on any of the links given below:

  • Eligibility Criteria
  • Entrance examinations for Ceramic Engineering
  • Syllabus for Ceramic Engineering
  • Job profiles

Eligibility Criteria

Ceramic engineering is a much sought after course requires students to have a certain level of knowledge about the subjects. The course offers students to study the ins and outs of ceramics; it’s components, formation and application. Students should have an acceptable level of understanding in the following disciplines to be able to pursue this course. For students to be able to pursue ceramic engineering at graduation and post-graduation level, they should meet the following requirements. The minimum eligibility criteria for the course is given below.

Under-Graduation

For students looking to pursue B.E.( Bachelor’s in engineering)/ B.Tech(Bachelors in technology) in ceramic engineering should have passed class 12 board exams with a minimum aggregate of 50%; and Physics, Chemistry and Mathematics as their major subjects from a recognised board.

Post Graduation

For graduates looking to pursue M.E.( Masters in engineering)/M.Tech( Masters in technology) in ceramic engineering is required to have a B.E/B.Tech degree in any of the disciplines such as ceramics, mechanical, production, metallurgy, automobile, manufacturing or metallurgy from a recognised university. The minimum aggregate marks in graduation vary from college to college (usually 55-60%).

Entrance examinations for Ceramic Engineering

Many colleges and universities accept admissions only through entrance examinations. These colleges are one of the few reputed colleges offering ceramic engineering. Students should take these entrance examinations seriously and prepare for them if they are looking to get into the right college. Depending upon the score of these examinations, students may or may not be admitted into the college of their choice. Some commonly known entrance examinations are-

  • IIT-JEE: Joint Entrance examination or better known as JEE is a much sought out after entrance examination by all the engineering aspirants. JEE is conducted in two stages. JEE Mains and JEE Advanced. Only students scoring well in their mains paper are allowed to sit for the JEE advanced paper. Admission in IITs and NITs is only possible through JEE. Many IITs offer ceramic engineering as a course. Also, many other colleges admit students into their colleges depending upon their JEE score.
  • SRMJEEE: SRM Institute of science and technology conducts this exam once a year for entry into its engineering courses available at SRM Group Institute and universities all over the country.
  • State Level Entrance Examinations: Many state-level universities conduct their exams for entry into their colleges. Students are advised to check for the exam guidelines for admission into these colleges.

Job Profiles

Ceramic engineering provides a lot of lucrative career options. The number of job profiles in the core sector is low, but even then, the R & D sector offers graduates and postgraduates with a lot of job opportunities. Salary varies according to your job profile. Choosing the right college is critical in this field. After completing ceramic engineering from a reputed college, students can find themselves working in different areas such as aerospace, mining, food and chemical industry, electronics and refineries, among many others.

Given below is a list of some standard job profiles students should be aware of. Depending upon their fields of interests, students can choose any of these job profiles.

  1. Construction Manager – A construction manager is responsible for the planning and building of various governmental, residential and commercial projects.
  2. Polymer Chemist – Usually, an R&D lab hires polymer chemists, who study different polymers and their applications in various sectors.
  3. Ceramic Designer – Not only a ceramic designer well equipped with the knowledge of the materials but also is efficient in designing methodologies to work with raw materials to make sculptures, pottery items, cookware etc.
  4. Ceramic Research engineer – Studies about the components of materials and their applications. A research engineer assists in designing new products. Also, he is responsible for improving any underlying product or system.
  5. Ceramic technologist – A technologist studies about quality and product testing. He brings technical knowledge about components to the table and helps in designing newer and better products.
  6. Ceramic engineering professor – A ceramic engineering professor teaches ceramic engineering. He is responsible for educating students about the concepts of ceramic engineering and the components structure, composition and properties.

Frequently Asked Questions

Question 1- Who are some top Indian Recruiters for Ceramic Engineering?

Ans – GIven that Ceramic engineering as a field is coming up fast and steady, students will find a lot of companies keen on hiring them. These will be companies working in manufacturing industries. Also, companies involved in R&D look for young and bright individuals with knowledge of ceramic engineering techniques to work on projects to create new products and systems. Ceramic engineering is growing at a fast rate, and it will not be long before more core companies look for individuals with specialisation in this field. Given below is a list of some of the significant companies recruiting ceramic engineers-

  • ISRO (Indian Space Research organisation)
  • DMRL(Defence metallurgical research laboratory)
  • BARC(Bhabha Atomic research centre)

Question 2- What is the admission process and course fees for Ceramic engineering?

Ans – There are many ways students can pursue ceramic engineering. Students can opt for this course in their graduation, or they can choose this in their post-graduation too—students looking to pursue B.E./B.Tech in ceramic engineering must have passed class 12 from a recognised board with an aggregate of 50%marks and the subjects Chemistry, Physics and maths are compulsory. Students can apply directly for college or can sit for entrance examinations. Entrance examinations like IIT-JEE are better suited for students as they will put you in a better position to get admission into a prestigious college such as IITs and NITs. Also, many state-run colleges take entrance examinations for their universities and colleges separately.

The course fees for ceramic engineering depends if you are pursuing it through a government college or a private college. Also, it depends if you are seeking it in your graduation and post-graduation. Government colleges often have lower fees than in a private college, and it varies from college to college.

Question 3- What are the applications of ceramic engineering in different fields?

Ans – Ceramic engineering deals with the study of creating products from raw materials, usually inorganic and non-metallic materials. Ceramic engineering finds its application in many fields. Depending upon the use, the components are chosen. Ceramic engineering also studies about these components, their composition and properties. Some of the areas where it finds application is –

  • Aerospace industries – Used in making shielding parts in engines, in space shuttle tiles, in making airframes, in exhaust systems and UAVs.
  • Medical- It finds use in the biomedical field to make artificial bone and implant materials. Dentists commonly use them.
  • Electronics – Used in making chips, integrated circuits, in the working of capacitors and insulators.
  • Automobiles industry – Commonly used as a heat-shielding element that needs to be protected for proper functioning.

Question 4 – How is the course curriculum designed in ceramic engineering?

Ans – Ceramic engineering course is divided into four years to equip students with both the practical and theoretical knowledge of the subject. The subjects are from the disciplines of chemistry, physics and bioceramics. Students study the composition and properties of the components of ceramic products.

Students need to study about how the industry works as well. Therefore, students are required to write in research papers and are involved in industrial training throughout their course period to give them practical know-how of the course.

Conclusion

Ceramic engineering is an upcoming field of study, but even then it’s application in various areas is vast. More and more industries are demanding individuals with specialisation in this field. Students can find lucrative jobs after opting for this course. The college you pursue ceramic engineering from is a critical choice students need to make before opting any college. Ceramic engineering still is a sought after course with tremendous growth potential.

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