The strength, vitality, and development of the materials professions are determined largely by the quality of education of their new members. While this truism applies to any profession, it is critically important that it be recognized in a rapidly changing and evolving area such as the materials field, which includes activities in materials engineering, ceramic engineering, polymer engineering, and metallurgical engineering. The recent development of tools and techniques that allow relating details of atomic and electronic structure to material properties, the discovery of new classes of materials, many of which are complex integrations of metals, ceramics, and/or polymers, along with the rich diversity of new processing methods that yields improved properties and new materials concepts, are examples that emphasize the dynamic and exciting nature of the field.

The primary responsibility for monitoring, evaluating, and certifying the quality of engineering and engineering-related education in colleges and universities in the United States lies with ABET, the Accreditation Board for Engineering and Technology. (For a discussion of accreditation in chemistry, see “Chemistry Education Programs Relevant to Materials Science” by P. Lykos in this issue.) ABET, working with the engineering professional societies, develops accreditation policies and criteria and conducts a comprehensive program of evaluation of first professional engineering degree programs. Programs meeting the prescribed criteria are granted accredited status.