Ceramic Science and Engineering from Penn State University

The use of ceramics has advanced from the traditional coffee mugs to the advanced technology in space. Are you wondering? 

Well, ceramics have profound use, which we are unaware of; an interesting subject to study. From the age of metals, we have come to age of materials; its application is diverse and manifold.

You can pursue undergraduate specialized course In Ceramics Science and Engineering from Penn State University.

A background in basic chemistry, mathematics and physics is essential to get into this stream. You require 127 credit hours, for the B.S degree in the Material Science and Engineering, with an option in Ceramics Science and Engineering. The program is accredited by the Engineering Accreditation Commission of ABET.

Here you will learn techniques to investigate material properties, design materials structure, synthesize and develop new applications for ceramics. The raw material in use for decades, the inexpensive sand is now used in high tech applications.

The availability of sand and clay has been instrumental in creating non metallic and inorganic materials.You would be interested to know what exactly a ceramic engineer does, where can they be employed.

It is an exciting field, with the advancement in physics and chemistry, ceramic engineering is soaring high.

The cutting edge technology involving ceramic is found in different fields such as in fiber optics for high speed communications, bioceramics for medical implants, heat resistant tiles for the space shuttle, and designer ceramics in engine parts increasing the production are some examples.

Ceramic engineers also contribute in developing unbreakable dinner plates, sophisticated telescopic lenses, fiber optic products, bricks, cement, components of nuclear fuel and pollution control devices.

Producing ultra fast super computers using ceramic super conductors, developing materials of air craft engines that run at high temperature are some innovative production by ceramic engineers.

Their contribution in medical arena to produce ceramic teeth, bones and joints and advanced medical equipment is laudable. They virtually have applications in almost every industry, which calls for the use of heat resistant materials.Ceramic engineer‘s career opportunities are multifarious.

The major role of ceramic engineers extends to research, product development and production engineering.

They can be absorbed in nuclear fields, electronic industry, refractory industry, telecommunication and medical field etc.They can serve as administrators, technical consultants, project supervisors, sales engineers to companies using ceramic materials.