Ceramic Engineering
The study of the production, properties, design, and applications of ceramic-related items is the focus of the emerging and expanding field of engineering known as ceramic engineering. Ceramic engineers make things that help computers and other electronic devices work, improve people's health in a variety of ways, and help with global telecommunications. The manufacturing of ceramic designs and their properties are covered in the ceramic engineering course.
Ceramics, which include bio-ceramics like dental implants and synthetic bones, are expanding their use in applications of ceramic engineering as a result of recent advancements in chemistry and physics. Students who wish to pursue a career in ceramic engineering will undoubtedly be presented with a wide variety of job opportunities. Candidates should have an engineering degree in order to pursue a career in ceramic engineering. Ceramic engineering courses are available at both the graduation and post-graduation levels in Indian colleges.
Eligibility Criteria to Pursue Ceramic Engineering Course
The study, properties, design, manufacturing, applications, and utilization of ceramic materials are the primary focus of ceramic engineering, a relatively new and fascinating engineering course. Ceramic engineering is a great way for creative people who want to learn how to make things from non-metallic and inorganic materials perfectly that combine art and technology.
Under-Graduation: Eligibility for admission to the BE/B. Tech program in ceramic engineering requires passing a XII examination from a recognized board with Chemistry, Mathematics, or Physics as major subjects and a minimum aggregate mark of 50%.
Post-Graduation: Candidates must have earned a BE/B.Tech in Mechanical/Production /Ceramic /Metallurgical/ Automobile/Aeronautical/Marine/Mechatronics/Manufacturing/Industrial from a recognized university with a minimum aggregate mark of 55% to 60% (may vary from college to college) in order to be admitted to the M.Tech/ME program in Ceramic Engineering.
Skills Required for Ceramic Engineering Course
Engineers who specialize in ceramics work with non-metallic materials and inorganic ceramics that are processed at extremely high temperatures. Ceramic specialists work with a tremendous scope of items, spreading over from electronic and china parts to atomic reactors and linings for stream motors and impact heaters. As a result, prospective ceramic engineers ought to have a solid comprehension of the procedures and guidelines for working with a variety of ceramic materials. The following skills are essential for enrolling in a ceramic engineering program:
| Column1 | Column2 |
| Particulars | Details |
| Communication Skills | Comprehend written and spoken information, read and comprehend work-related material, and actively listen to others |
| Reasoning and Problem-Solving | Identify complex problems and review related information and think of unique, unusual, or innovative ways to solve problems, develop and appraise options and implement solutions |
| Manage Self, People, Things and Time | Manage time of self as well others, and motivate, develop, and guide people as they work and identify the right people for the job |
| Mathematics and Science Skills | Using mathematical formulas or methods and/or scientific methods to solve problems |
| Learning Strategies | Selecting and utilising instructional/training methods and techniques apt for the situation when teaching or learning new things |
| Management of Material Resources | Obtaining and ensuring the correct utilisation of equipment, materials and facilities required to do specific work. |
| Quality Control Analysis | Undertaking tests and inspections of products/processes to assess quality or performance |
Ceramic Engineering Admission Process
Candidates must pass rigorous national- and state-level entrance tests to gain admission to various colleges, universities, and institutes in order to enroll in undergrad programs. For the purpose of the admissions process, some institutions, colleges, and universities administer distinct entrance exams. Colleges may also offer direct admission based on merit, or the results of the 10+2 exam.
Top Exams for Ceramic Engineering Admission
Entrance exams that are held at the national and state levels are used to determine who is admitted to Ceramic Engineering undergraduate and graduate programs. For admission, some institutions also hold separate entrance exams. The Joint Entrance Examination Main (JEE Main), which is administered by the National Testing Agency (NTA), the Graduate Aptitude Test for Engineering (GATE), and state-level exams like WBJEE and AP Polycet are among the most popular entrance exams for ceramic engineering programs.
Ceramic Engineering Syllabus for UG Courses
Graduation in ceramic engineering is a 4-year course divided into 8 semesters. A year-wise breakup of the course is given below
| Column1 | Column2 | Column3 |
| 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 Engineering |
| 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 |
Job and Career Prospects for Ceramic Engineering
There aren't many job opportunities in the core industry because this is a new engineering field; Nonetheless, there is room for growth in R&D; salaries in this industry vary by job profile; notwithstanding, on the off chance that up-and-comers have gotten done with the tasks from a presumed foundation, for example, NIT or an IIT, the compensation bundles can be exceptionally rewarding. Ceramic engineers can work in a variety of fields, including mining, medicine, food, aerospace, the chemical industry, electronics, industrial, electricity transmission, and refinery, among others.
| Column1 | Column2 | Column3 |
| 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 specialize in the designing of new products or testing raw materials. | 3.5 lakhs |
| Ceramic Research Engineer | Propel research program via technology readiness levels, practical formulation of ceramic compositions, and collaborating with engineers to make sintered components, among others | 4.5 lakhs |