Georgia Institute of Technology

The field of Materials Science and Engineering focuses on the development of new materials for the next generation of engineering applications. It views biomaterials, nanomaterials, ceramics, metals, polymers, electronic materials and composites from a fundamental point of view, emphasizing the relationships between the atomic- and microstructure as well as the properties, processing and performance of the material.

Current materials research projects in the School of MSE involve the snythesis of nanomaterials for the construction of nanoscale machines; the use of diamond coatings as a bio-barrier to prevent the body from attacking implants; the use of the gentic patterns founds in nature to harness the ribosome to manufacture biosensors and photonic circuits; the development of conductive polymers for a new generation of MEMS devices; the development of a form fitting light-weight armor that can stop ballistic projectiles; the development of hydrogen burning fuel cells to power a future generation of automobiles; etc. In projects like these, materials scientists lead the way to turning yesterday’s science fiction into tomorrow’s reality.

History of Materials

History is often defined by the primary material used by the people of a particular era. Whether that material is stone, bronze, iron, plastic, silicon, biomaterials, or nanomaterials, the human experience is directly impacted by the limitations and strengths of the materials we use every day.  Most engineered objects are made from synthetic materials.  Materials engineers invent, develop, study, and test these materials, which directly influence technological advancements, improve the quality of human life, and impact the ability to overcome environmental challenges.

Top Ten Reasons Why You Should Choose MSE

Career Opportunities for MSE Graduates

MSE combines the science of chemistry, physics, biology, and math with the engineering principles of mechanical, chemical, and electrical engineering. As a result, materials engineers are highly marketable.

In addition to standard materials industries such as aerospace and automotive, materials engineers are hired by mechanical, electronic, and biomedical industries and many others. Graduates of the School of Materials Science and Engineering (MSE) have gone on to become astronauts, professors, CEOs, politicians, physicians, lawyers, and more. Materials engineering is a recession-tolerant career because graduates are not locked into a particular industry.

The following companies* specifically request materials majors when they participate in our on-line job tracking program, career fairs and campus visits for interview sessions. Additional information about our Career Services office may be found at: www.career.gatech.edu.