Objectives

• The objective is that upon the completion of the course the students should demonstrate the ability to:Understand the technical and engineering aspects of automated production systems.Describe the main characteristics of typical sensors and actuators employed in computer integrated manufacturing.Outline the integration of hardware and software components for automation and process control.Employ computer-aided manufacturing for machine tool paths definition and for generating computer numerical control code.Identify applications of industrial robots for manufacturing automation, and identify common robot configurations and end of arm tooling.Describe kinematic analysis of industrial robotic arms.Categorize the major forms and systems for automated production and automated assembly lines.

Outcomes

Apply theories and principles from mathematics, physical science, and computer applications and information technology to solve practical technology problems.Demonstrate proficiency in the use of manufacturing equipment to solve practical technology and engineering problems.Apply the principles of cognitive systems and human performance to perform task analyses and evaluate human-computer/machine interfaces.Demonstrate ability to adapt emerging technologies.

Course Contents

Day one:Introduction to Production Systems and ManufacturingAutomation and Control SystemsComputer-Aided Design, Computer Integrated ManufacturingDay two:Computer-Aided Design, Computer Integrated Manufacturing cont’dSensors for Automation and Process ControlActuators for Automation and Process ControlDay three:Computer Numerical ControlIndustrial RoboticsKinematic Modeling of Industrial RobotsDay Four:Manufacturing Cells and Assembly LinesAutomated Production LinesAutomated Assembly SystemsDay Five:Cellular and Flexible ManufacturingLaboratory Practices

Description

Data will be available soon!