Students will be able to: demonstrate knowledge of safety/environmental requirements in the collision repair industry; Identify proper safety techniques for the use of shop equipment; identify fundamental practices in the collision repair industry; apply business practices within the collision repair industry; select, set up, and adjust MIG/GMAW, STRSW, and/or TIG welders; describe various types and uses of welding processes; use adhesive bonding procedures; diagnose primary and secondary structural damage, including stationary glass; replace and/or repair structural components; identify automotive plastics and proper repair procedures; diagnose primary and secondary non-structural damage; identify types of non-structural automotive glass; remove and replace automotive trim; remove, install, replace, and align non-structural panels; remove, install, and replace ancillary components (headlamps, under-hood fuse boxes, etc.); identify basic steering and suspension components (tie rod ends, ball joints, steering racks, etc.); identify how collision damage affects basic suspension geometry; verify functions of electrical system and basic wiring repair (soldering, quick connectors, etc.); perform basic electrical diagnostic operations; identify painting and refinishing safety and environmental requirements; identify and demonstrate surface preparation techniques; identify and demonstrate paint materials preparation techniques; and identify and demonstrate paint materials application techniques. Performance Component: Welding (30%); Sheet Metal Repair (26%); Vehicle Measurement (9%); Refinishing (20%); Masking (15%).