Materials Engineering Co Op

Materials Engineering Co-op Program

Join A.O. Smith\'s Corporate Technology Center and gain unparalleled experience at the innovative nucleus of the organization. The A. O. Smith Materials Engineering Co-op program allows you to apply the skills and knowledge you\'re learning in college while contributing to exciting, real-world and industry specific projects. We will provide hands-on experience to fit your career objectives, complement your academic work, and enhance your learning. This role is an excellent opportunity for co-operative education students who are passionate about material selection and design, metallurgy, and prefer gaining hands-on experience under the leadership of senior researchers and engineers.

Responsibilities:

• Assist in the development of alternative materials for water heaters and water treatment.
• Run and analyze experiments to test materials and processes.
• Metallographic preparation and analysis of various metals.
• Mechanical testing and analysis of materials.
• Assist/conduct failure analyses of product components.
• Assist in the development of new joining processes.
• Provide technical assistance on materials and related process issues when requested.

Qualifications:

• Currently enrolled in accredited college/university for Materials Engineering, a Metallurgical Engineering program, or similar field.
• A minimum of a sophomore standing and the ability to co-op for at least 3 terms.
• A minimum grade point average of 3.0 (on a 4.0 scale) in major-related coursework.
• Conscientious & dependable, with the ability to work on small teams as well as independently.
• Excellent communication skills.

A. O. Smith values employee excellence. In our employment practices, we will not discriminate based on race, color, religion, sex, age, national origin, marital status, disability, or other legally protected status. We operate in a global environment and will strive to create a workplace where men and women from diverse backgrounds can thrive and achieve their fullest potential.