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Ceramics Engineering As a Career Path

Ceramics are chemically non-reactive and typically hard materials that can be densified or formed with heat. If you look around your environment, you will easily spot something made from ceramics. Ceramics extend beyond dishes and pottery. Tiles, cement, glass, clay, and bricks are good examples. In electronics, ceramic materials are used to make insulators, ferroelectric, semiconducting, and superconducting materials. They are also used to make objects such as artificial joints, chemical sensors, body armor, cooktops, spark plugs, micro-positioners, race car brakes, space shuttle tiles, and fiber optics. 

What do ceramic engineers do?

Ceramics play an important role in transportation (from roadways to motor vehicles); electronics (from computers to mobile devices); environmental technologies (from catalytic converters to advanced diesel-engine filter); and defense systems (from armor to advanced guidance systems). Ceramic engineers have shaped the designing and production of improved ceramics.

Ceramic engineers perform a wide range of tasks such as making dinnerware, decorative items, pottery, and tiles. They also design and develop ceramic materials for use in food processing and packaging, mining, petroleum refining, aerospace, electronics such as cell phones and personal computers, and medical and environmental technologies. 

Where do ceramic engineers work?

Ceramic engineering is a visionary field that can be applied in a wide range of industries. For instance, space shuttles fitted with ceramic tiles to protect them from the searing heat of re-entry from space to the Earth’s atmosphere. Also, ceramics are used to coat other engineering materials. For example, the titanium frame for airplanes can be coated with ceramics. Ceramics are also used extensively in optics and electronics. 

With a wide range of applications, there are many opportunities for ceramic engineers in industries such as:

Electronics and electrical industry

Ceramic engineers can work in this industry to develop products such as:

• Insulators
• Integrated circuit packages
• Transducers
• Capacitors

Aerospace

In the aerospace industry, ceramic engineers can design and develop ceramic materials such as:

• Space Shuttle tiles
• Ceramics to shield hot airplane engines from damaging other parts of the place
• Ceramic materials to coat airframes to enable them to withstand high temperatures and stress.
• Ceramic materials for use in rocket nozzles

Biomedical

In the biomedical sector, ceramic engineers work with medical professionals to design and develop:

• Implant materials
• Artificial bones for dentistry applications such as artificial teeth
• Biodegradable splints to speed and strengthen bone recovery

Optical/photonic

Ceramic engineers also work in the optical industry to develop products such as:

• Lenses
• Switches
• Optical fibers
• Laser amplifiers

Ceramic engineers can also design, develop, and maintain ceramic materials for use in governmental security agencies, environmental technology firms, chemical firms, pharmaceuticals companies, mining, and petroleum refining firms, research institutions, and the automotive industry. 

Ceramic engineering coursework help

Ceramic engineering is a new course in the engineering field that concentrates on the study, designing, manufacturing, and maintenance of ceramic materials. Undergraduate degrees in ceramic engineering requires a strong background in Physics, Chemistry, and Mathematics. At a post-graduate level, a degree in either Manufacturing, Mechanical, Civil, Industrial, Production, Aeronautical, Metallurgical, Mechatronics, or Marine engineering is required.