Hi readers! Have you passed 12th Science? Are you interested in the field of ceramic technology? Do you want to pursue a good ceramic engineering program? If yes, this post will be of help to you. Here, we will have an in-depth analysis of B.Tech. Ceramic Engineering course.
Article Overview and Contents
This course is also known by the name of B.Tech. Ceramic Technology. It is a job oriented engineering education program.
In this post, you will find all the important details that you need to know about this course. Here, I’ve covered the following details – duration, eligibility criteria, colleges, syllabus, admission process, fees, career prospects and more.
Here is a quick overview of B.Tech. Ceramic Engineering course –
|Name of the course||B.Tech. Ceramic Engineering|
|Type of course||Bachelor of Technology|
|Eligibility||Completed 12th Science with PCM subjects|
It is a Bachelor of Technology course. Technically, it is an engineering education program. This course revolves around ceramic technology and its allied areas.
Students who have passed 12th Science with PCM subjects are eligible to pursue this course. The academic program is four years long.
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What is B.Tech. Ceramic Engineering course all about? What is it like to pursue this course? Will I get a good job after completing this course? What is the course content like?
You will find answers to these questions in the next section. Let us start –
B.Tech. Ceramic Engineering: Basic Details
B.Tech. stands for Bachelor of Technology. It is an engineering education program. It is a Bachelor’s Degree course. Students who have passed 12th Science with PCM subjects are eligible to pursue this course.
As the name suggests, this program deals with ceramic engineering. What is ceramic engineering all about, you may ask. Here is everything you need to know about this domain –
Before check out what ceramic engineering is, let us take a closer look at the term ‘ceramic’. What is ceramic? It is a solid material comprising an inorganic compound of metal, non-metal or metalloid atoms primarily held in ionic and covalent bonds.
Examples of ceramic include – earthware, porcelain and brick. Ceramic materials may have crystalline or partly crystalline structure.
Ceramic engineering deals with the creation of objects/materials from inorganic, non-metallic materials. Ceramic materials are created using precipitation reaction from high-purity chemical solutions.
Ceramic engineering deals with aspects such as – purification of raw materials, study of chemical compounds and production of chemical compounds. It also deals with the study of formation of raw materials into components, study of their structure, properties and composition.
Due to their crystalline or partly crystalline structure, ceramic materials possess specific set of properties. These properties enable them to be used in areas such as – materials engineering, electrical engineering, mechanical engineering, chemical engineering etc.
Ceramic materials are used in different types of industries. Why is it so useful, you may ask. Heat resistance – a special property of ceramic materials – is responsible for this! Due to this property, ceramic materials are used in areas such as – mining, aerospace, electronics and electricity transmission. Apart from that, ceramic materials are also used in areas such as – medicine, refining, food industry, chemical industry etc.
B.Tech. Ceramic Engineering course will train you in areas such as – ceramic raw materials, mineralogy, ceramic process, metallurgy, ceramic coatings, cement and concrete, refractories, advanced ceramics, engineering materials, physical ceramics, process control, instrumentation etc.
Let us take a closer look at the course details. In the next section, you will find the following details – duration, eligibility criteria, colleges, syllabus, fees, admission process and more.
Type of course
It is a Bachelor of Technology course.
The course is four years long. Each academic year is divided into two semesters. Each semester is six months long.
Minimum educational qualification required to pursue this course is – completed 12th Science with PCM subjects.
Here are some of the popular colleges offering B.Tech. Ceramic Engineering course in India –
- Anna University
- IIT (BHU)
- NIT Rourkela
- Andhra University
- CET Bikaner
Here is everything you need to know about B.Tech. Ceramic Engineering admission process –
Admission Process may vary from one institute to another. Some institutes are known to conduct merit based admission process. Some other institutes are known to conduct direct admission process. When it comes to merit based admission process, relevant entrance exams are conducted to facilitate the admission process.
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Here is everything you need to know about B.Tech. Ceramic Engineering fees structure –
Tuition fees depends upon the following factors – type of college (Government or self-financing), scholarship status of the student, rating of the college etc. On an average, tuition fees could be anywhere between 80-200K INR per year.
Here are some of the core subjects present in B.Tech. Ceramic Engineering curriculum –
- Engineering mathematics
- Engineering physics
- Engineering chemistry
- Engineering drawing
- Environmental science
- Ceramic raw materials
- Physical testing (ceramic materials and raw materials)
- Computer application
- Ceramic process
- Ceramic coatings
- Engineering materials
- Process control
- Industrial management
- Communication skills
- Practical training
- Project work
After completing B.Tech. Ceramic Engineering, graduates may go for relevant M.E., M.Tech., M.Sc. or PG Diploma (ceramic technology, materials science or technical) programs. Apart from that, they may even go for relevant management education programs such as – MBA, MMS and PGDM programs.
Ceramic engineers have access to different types of job opportunities. They have access to Government sector jobs and private sector jobs. They are usually hired by – stone industries/firms, clay industries/firms, glass industries/firms. They are even hired by firms operating in areas such as – aerospace, chemicals, iron and steel, refining, healthcare products etc.
In the above establishments, ceramic engineers may don the following roles – plant manager, plant in-charge, project manager, process controller, quality control officer, supervisor etc.