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Course Criteria
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2.00 Credits
Credits: 2 Prerequisite: none This course covers the skills necessary to interpret drawings and make technical sketches. Projection systems, drawing symbols, working drawings, assembly drawings, piping drawings, schematics, block diagrams, cable drawings, wire lists and multipage drawings are studied as they relate to robotics and automation. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: none This course covers an introduction to microprocessors and microcomputers including developmental computers, work with Windows 95/98, DOS operating systems, networking, data transmission, hardware repair, software installation, cabling and using Office 2000. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: none This course provides a basic overview of basic manufacturing processes and career opportunities within manufacturing. Students will participate in a manufacturing simulation in which they will analyze the manufacturing process for a product and redesign the process to incorporate a teaming approach. Students will be given an introduction to the critical nature of safety in manufacturing and to the role of the individual in maintaining a safe work environment. This course provides students with an opportunity to develop their interpersonal skills through interactive exercises conducted in a team setting. Debriefing these exercises with all members of the class helps ensure that the exercises translate into personal and interpersonal learning for the participants. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: none This course covers hands-on skills in basic electronics. A protoboard is used in conjunction with several pieces of test equipment to build and measure circuit parameters. The laboratory exercises reinforce the related concepts covered in the companion theory course. The laboratory procedures give the student basic test and measurement techniques. Transfer Curriculum Goal(s): none
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3.00 Credits
Credits: 3 Prerequisite: RAST 1101, RAST 1111, RAST 1206 This course covers hands-on skills in motors and drives. Control circuits for three-phase motors are wired and troubleshooting techniques are practiced. The control circuits include contactors, motor starters, accelerating and decelerating circuits, braking methods and speed control. Transfer Curriculum Goal(s): none
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3.00 Credits
Credits: 3 Prerequisite: none This course is designed to give students a review of basic mathematic principles and practical problem-solving experience covering a variety of topics in industrial technology. The practice problems will be real-world problems using terminology common to the areas of electronics, robotics and automated systems. Transfer Curriculum Goal(s): none
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3.00 Credits
Credits: 3 Prerequisite: RAST 1101, RAST 1111 This course covers the basic concepts of operation common to PLC's. Content will include basic uses of PLC's, operation, wiring inputs/outputs, sequencing, numbering systems, flow charts, timers and counters, arithmetic functions and basic programming techniques. Troubleshooting programs will also be practiced in the lab. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: RAST 1101, RAST 1111 This course teaches hands-on skills in digital electronics. Basic logic gates are used in various configurations. The RS, D, and J-K flip-flops are built and operated. Several counters and registers are constructed. The operation of adders and subtracters is also investigated. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: RAST 1102, RAST 1212 This course covers the design of basic robot cells and layout of automated processes. Topics covered include terminology, workplace analysis, feeding devices, accident risks, cell layout, cost estimating, equipment selection, and robot specifications. Transfer Curriculum Goal(s): none
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2.00 Credits
Credits: 2 Prerequisite: RAST 1101, RAST 1104, RAST 1111 This course covers the basic sensing devices used in robotics and automation. Proximity, opto-electronic and mechanical devices are explored and integrated into the automation environment. Transfer Curriculum Goal(s): none
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