A: INTRODUCTION | ||
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Analyze applications of robots. |
Demonstrate problem solving and team building skills. |
Analyze use of simulation software. |
B: ROBOTICS HISTORY and MICROCONTROLLERS |
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Analyze various systems which make up robots. |
Prepare Robot Microcontroller Board and Software to Program It. |
Analyze historical developments in technology and robot systems. |
C: ROBOT SAFETY, PROGRAMMING, AND SERVO MOTORS |
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Exhibit safe work habits. |
Analyze robot programming process. |
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D: CONTROLLING ROBOTS |
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Analyze how robots are controlled. |
Analyze how robots are built and gears are used. |
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E: ROBOT MOTORS, TORQUE, AND ASSEMBLING A ROBOT |
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Analyze Robot Motors |
Assemble and Test Robot. |
Analyze Horsepower and Torque |
F: ROBOT CLASSIFICATION, MANUFACTURING, AND NAVIGATION |
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Analyze type of robots used in industry. |
Apply robot navigation techniques.. |
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G: ROBOT MOVEMENT AND DRIVE SYSTEMS |
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Analyze methods of robot mobility. |
Analyze methods of robot drive systems. |
Apply robot navigation techniques. |
H: AUTONOMOUS MOTION AND SENSORS |
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Analyze Artificial Intelligence used in robots. |
Analyze sensor technologies. |
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I: REMOTELY OPERATED VEHICLES (ROVS) AND LIGHT SENSORS |
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Analyze control systems for robots. |
Operate Robot with Light Sensors |
Analyze how ROVs and autonomous vehicles work. |
J: ROBOT END EFFECTORS AND ROAMING WITH LIGHT |
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Analyze end effectors in applications of robots.. |
Operate Robot Autonomously to Roam Toward Light |
Analyze applications of robots with end effectors. |
K: ROBOT COMPETITIONS AND IR DETECTORS |
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Analyze Robot Kits and Hobby Robots |
Analyze Robot Competitions |
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L: FUTURE OF ROBOTICS and AVOIDING OBSTACLES |
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Analyze Future of Robots in Many Industries |
Describe Robots Now and in the Future |
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M: TECHNICAL CAREERS and LINE FOLLOWING |
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Operate Robot to Follow a Line |
Analyze Technical Career Options |
Describe Career Choices |