Materials engineers develop processes to create materials used in a variety of products. They work with materials such as plastics and metals depending on product specifications. Materials engineers with advanced positions typically have a master's degree.
Individuals interested in the field of engineering and creating necessary materials for a variety of functions might consider becoming a materials engineer. These engineers create new composites or develop new uses for materials, such as making semiconductors for fiber-optic communication systems out of ceramic and metal. They develop, test and process materials for the manufacturing, communications and civil engineering industries. Breaking into this field requires at least a bachelor's degree, but a master's degree may be needed to advance.
|Required Education||Bachelor's degree (entry-level); master's degree (advanced positions)|
|Other Requirements||Field experience and related computer software knowledge (preferred)|
|Licensure||Some states require materials engineers to earn Professional Engineer licensure|
|Projected Job Growth (2018-2028)*||0% for materials engineers|
|Median Salary (2018)*||$92,390 for materials engineers|
Source: *U.S. Bureau of Labor Statistics
Job Description of a Materials Engineer
Materials engineers typically specialize in metals, plastics or ceramics. They may develop composite materials, or study the atomic structure of materials in order to discover new applications for their mechanical, electrical or chemical properties. Engineers may use power tools, lab equipment and computer technology to process materials.
Materials engineers may be employed by manufacturers, research groups, consulting firms, educational institutes or other similar organizations. The U.S. Bureau of Labor Statistics (BLS) projects a 0% job growth for materials engineers between 2018 and 2028. These engineers earn a median salary of $92,390, as of May 2018 (www.bls.gov).
Job Duties for a Materials Engineer
Materials engineers design and create new materials and the processing technology to produce those materials. Job duties include analyzing materials and data, conducting tests, troubleshooting, monitoring performance, insuring quality control and creating documentation.
Materials engineers may be responsible for developing new methods of testing, training technicians and lab workers, maintaining inventories and ordering supplies. Engineers must also stay up-to-date on industry standards, government regulations and new developments in their field.
Education and Career Requirements for a Materials Engineer
The BLS maintains that engineers usually need a bachelor's degree to obtain an entry-level job and a master's degree for advanced positions in product development. Bachelor's degree programs in materials science or materials engineering provide hands-on training. Courses in a materials engineering degree program may cover thermodynamics, bonding properties of polymers and inorganic material production. Some programs offer concentrations, such as metallurgy or electronic materials.
According to a December 2010 job search on Monster.com, experience developing and processing materials is usually preferred. Job postings also indicate that some employers require applicants to have experience with relevant computer software, manufacturing processes and 3-dimensional modeling techniques. Though a Professional Engineer (PE) license is not a standard requirement to become a materials engineer, some states may require it; becoming a PE involves passing a series of exams.
Materials engineers identify new uses for materials used in a range of products. A bachelor's degree is standard for entry-level positions, field experience is generally preferred, and some states require licensing. Job growth for materials engineers is projected to show little or no change until 2028.