An introduction to processing methods for the electronics industry as a new paradigm of how things are made. Production of electronic products, semiconductors, production of silicon wafers, integrated circuits (IC), thin film deposition, IC component connection, productivity and quality improvement are also discussed

Processes used for producing functionally advanced and intelligent fibrous materials: Lamination, coating, flocking, wet layup, resin transfer molding, sheet molding, pultrusion, and filament winding. Also studied are resins for coating, adhesives and polymeric matrices, and reinforcing fibrous structures and preforms such as prepreg, fabrics, 3-D woven fabrics, nonwovens, nanofibers, braided and knotted structures. Properties of the resulting structures and their application areas such as nanocomposites, biological fibrous composites, medical, military, and other industrial and functional products are considered.

A survey of computer applications and computer integrated manufacturing (CIM) systems in processing. The course covers automatic process control, quality monitoring, and manufacturing data acquisition supported by microprocessors and personal computers. Course involves extensive hands on assignments using MS-DOS, Spreadsheet (LOTUS 1-2-3 ), word processing, business graphics, databases, and BASIC programming software.

An introduction to advanced composite materials employing fiber reinforcement. Also studied are resins for polymeric matrices, reinforcing fibers, and properties of the resulting structures. Manufacturing techniques and testing of composite materials are examined. Meets with TET 517.

A study of the design of a new manufacturing plant. General consideration is given to plant design and layout installation, plant service functions, and engineering economy related to plant engineering. New manufacturing methods and processes in industry are surveyed. Computer-aided design and manufacturing (CAD/CAM) concepts and practices are considered in developing layouts of theoretical process- and/or product oriented plants. Service facilities design is also considered.

Understanding the impact of technology on manufacturing and society. The course analyzes the effects of technology on society and various business functions, such as product design, manufacturing processes, marketing strategies, and research and development. Topics include technical innovation, entrepreneurship, and patent protection. Ethical issues related to technology, including product liability, industrial espionage, and the environment, are discussed.

Biomedical materials are synthetic materials working in a biological system. This requires an understanding of the similarities and differences between biological and synthetic materials and of the wide range of reactions between them.

An introduction to conducting and semiconducting properties of inorganic, organic and composite materials. Applications of the concepts to various electronic devices, including microelectronics, batteries, fuel cells, antennae, sensors and actuators, are also discussed.

A project-based integrative course taking a component through design, materials selection, finite element analysis, prototyping and testing. Students will use CAD and FEM programs and materials selection systems.

Exposure to and experience in timely research and development projects either in the laboratory or a real world settingat companies in the area. Most but not all topics will be in the area of textile sciences: (a) Product Design and Analysis or Reverse Engineering; (b) Plant Design, Marketing, Business Strategy Research based on library work; (c) supervised lab intensive project; (d) Directed/Independent Study with Industrial Internship.

A case study in the development of soft materials that have engineering designs to provide specific properties. Examples include dome structures, geotextiles, bullet-proof vest, artificial turf, and medical fabrics. The courses correlates properties of materials, engineering principles in processing, and the design of structures with the desired properties for a particular functional use.

Study under the supervision of a faculty member in an area not otherwise part of the disciplines course offerings. Conditions and hours to be arranged.

Study under the supervision of a faculty member in an area covered in a regular course not currently being offered. Conditions and hours to be arranged.