Reviews the practices needed to conduct an effective and thorough accident investigation and prepare a comprehensive accident report. The student will learn to interview witnesses, prepare a site drawing, and gather appropriate visual evidence. In a simulated scenario, the student will prepare a comprehensive report on the incident.

Is a continuation of the Introduction to Solidworks course. Template file customization, advanced reference plane creation, 3D Sketching, Sweeps and Lofts, Threads, Multibody Parts, Flex Bending, Surface Modeling, Advanced Assembly Models and Exploded Views, Advanced Drawing Creation, Sheet Metal, Weldments, and Mold Design are the major topics to be covered.

Introduces methods for creating three-dimensional models using CATIA V5 software. Topics include product structure, sketcher, solid modeling, drafting, assembly, surface modeling and sheet metal design. Basic computer skills are required.

Provides basic chemistry information relating to the categories of hazardous materials including recognition, identification, reactivity, and health hazards.

Provides students with an understanding of common construction methods, hazards, and preventive measures. Will provide a detailed understanding of the OSHA Construction Standards, including Excavations, Fall Protection, Scaffolds, Steel Erection, Demolition, and Cranes and Derricks, as well as common components of successful construction safety programs.

Covers laser cutting, abrasive water jet cutting, oxy-fuel cutting, plasma arc cutting and air-carbon arc cutting. Individual parts are produced using computerized and manual equipment. The parts may be joined, by welding, to complete an assembly. Students work in a team environment to complete an assignment.

Provides instruction in typical emergency situations, including fire emergencies, medical emergencies, confined space emergencies, and hazardous materials emergencies. Course will cover hazards involved, regulatory requirements, and response options. The course will include a one-weekend on-campus requirement to provide hands-on experience with the various equipment and techniques discussed throughout the course.

Provides an overview of regulatory agencies at the local, state and federal levels that apply in an industrial setting. Coursework includes interpreting and applying laws, regulations, inspection programs and potential fines. It also addresses the development of resources to aid in regulatory compliance.

Provides the student with an understanding of human engineering. The course will cover the methods to control repetitive motion injuries, office design, and the concept of ease and efficiency for industrial workers. Workstation design in the office and assembly line operations are a part of the class.

Provides the learner with the fundamentals of occupational safety, including the business case for safety, common industrial hazards, hazard control, and common OSHA safety standards.