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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.
Covers shop safety, lifting techniques, and OSHA regulations. The use and care of basic hand tools, measuring, how to complete a job ticket, and how to read a blueprint will also be covered.
Focuses on the interpretation of machine drawings. Students study isometric and orthographic views on drawing and develop simple working drawings. Topics include dimensions, internal and external threads, holes, bores, fillets, radii, surfaces, planes, metric and geometric dimensioning and tolerancing.
Teaches students to estimate the cost of machined parts to the manufacturer, job types, employability, management styles, and job routing.
Incorporates having the student work a typical 40-hour work week as support in an engineering office at a local employer. The position will provide support in engineering-related areas of study. The student will be evaluated by the employer who will provide the final grade.
Discusses the relationship between the properties and processes of various materials, including metals, ceramics, polymers, and composites. Emphasis is on the fundamentals of selecting materials based on engineering design criteria.
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.
Discusses common methods of fall protection in the construction industry. Fixed fall protection systems, personal fall arrest systems, and drop prevention will be emphasized. Upon completion, students will meet the OSHA training requirements to be a Fall Protection Competent Person.
A study and operation of primarily flux cored arc welding. The student will learn about the different types of electrodes, fluxes and shielding gases used in these processes. Students will be able to weld in all positions, read some basic weld symbols, and have a basic understanding of written welding procedures.
