TOOLING U/smu
Math: Units of Measurements 115
Class Outline
- Objectives
- The Importance of Measurement
- Common Base Units of Measurement
- The English System
- The Metric System
- The English System: Length
- English Units of Length: Sample Problem
- English Units of Length: Sample Problem #2
- The Metric System: Length
- Converting Metric Units of Length
- Converting Length from English to Metric
- Converting Length from Metric to English
- Area
- Volume
- Mass and Weight
- Mass and Weight: Sample Problem
- Derived Units
- Summary
Class Objectives
- Explain the importance of measurement.
- List common base units of measurement.
- Identify common units in the English system.
- Identify common units in the Metric system.
- List common units of length for the English system.
- Convert length measurements within the English system.
- List common units of length for the Metric system.
- Convert length measurements within the Metric system.
- Explain how to convert length measurements from English to Metric.
- Convert a length measurement from Metric to English.
- Describe the characteristics of area.
- Describe the characteristics of volume.
- Describe the characteristics of mass and weight.
- Convert an English weight measurement to a Metric mass measurement.
- Describe derived units.
certificate_2.pdf | |
File Size: | 78 kb |
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Intro to Robotics 110
Class Outline
- Objectives
- What Is a Robot?
- The History of Robotics
- The Industrial Applications of Robots
- Basic Robot Components
- The Parts of a Robot’s Body
- Arm-Shaped Robots
- Robot Coordinate Systems
- Robotic Arm Configuration
- Mobile Robots
- Robots and Artificial Intelligence
- Robot Teaching Methods
- Robot Safety
- Trends in Industrial Robotics
- Careers in Robotics
- The Pros and Cons of Robots
- Summary
Class Objectives
- Define a robot.
- Describe the history of industrial robotics.
- Describe the industrial applications of robots.
- Describe the basic components of a robot.
- Describe the different parts of a robot’s body.
- Describe robotic arms.
- Describe the coordinate systems used to program a robot’s movement.
- Distinguish between different robotic arm configurations.
- Describe mobile robots.
- Describe artificial intelligence for robots.
- Distinguish between different robot teaching methods.
- Describe safety precautions for working with robots.
- Describe present and future trends in industrial robotics.
- Describe careers in robotics.
- List the advantages and disadvantages of using robots.
certificate.pdf | |
File Size: | 78 kb |
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Math FUNDAMENTALS 100
Class Outline
- Objectives
- The Purpose of Math
- Addition and Subtraction
- Integers
- Adding and Subtracting Integers
- Multiplication
- Division
- Powers
- Roots
- The Order of Operations
- Grouping Symbols
- Order of Operations: An Example
- Using a Calculator
- Summary
Class Objectives
- Describe the importance of mathematics for shop employees.
- Solve a basic addition problem.
- Solve a basic subtraction problem.
- List integers in order from least to greatest.
- Solve a basic addition problem containing integers.
- Solve a basic subtraction problem containing integers.
- Solve a basic multiplication problem containing integers.
- Solve a basic division problem containing integers.
- Solve a basic math problem containing exponents.
- Solve a basic math problem containing roots.
- List the correct order of mathematical operations.
- Solve a basic math problem containing grouping symbols.
- Solve a math problem requiring a sequence of different operations.
- Identify types of math problems requiring the use of a calculator.
mxg,cgj.pdf | |
File Size: | 78 kb |
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robot safety 115
Class Outline
- Objectives
- Industrial Robotics Safety
- Types of Robot Accidents
- Causes of Accidents
- Human Performance Factors
- Programming Timed Events
- Selecting a Safeguarding System
- Lockout/Tagout Safeguards
- Emergency Stops and Safety Trips
- Two-Hand Control Devices
- Presence-Sensing Safety Devices
- Restraining Safety Devices
- Safety Barriers
- The Four Types of Safety Guards
- Safety Training
- Robot Installation and Maintenance Safety
- Robot Safety Organizations and Publications
- NIOSH Guidelines for Robot Safety
- Summary
Class Objectives
- Explain the importance of industrial robot safety.
- Distinguish between types of robot accidents.
- Describe common causes of hazardous robot movement.
- Describe how human performance affects robot safety.
- Describe how timed events impact robot safety.
- Identify the terminology used to specify a robot safeguarding system.
- Describe lockout/tagout safeguards for robots.
- Describe common controls for stopping robot motion in emergencies.
- Identify two-hand control safety devices.
- Identify different types of presence-sensing safety devices.
- Describe restraining safety devices.
- Describe safety barriers.
- Identify types of safety guards.
- Describe proper training for robot safety.
- Describe how to safely install and maintain a robot.
- Identify robot safety organizations and publications.
- List NIOSH guidelines for robot safety.
470115.pdf | |
File Size: | 3252 kb |
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robot components 120
Class Outline
- Objectives
- The Components of an Industrial Robot
- The Power Supply
- Hydraulic Drives
- Pneumatic and Electric Drives
- Servomotors and Encoders
- The Controller and Cabinet
- The Teach Pendant
- The Axis Control Module
- Sensors
- The Parts of a Robotic Arm
- Degrees of Freedom
- End-Effectors
- Grippers
- Types of Grippers
- Robot Safeguards
- Summary
Class Objectives
- Describe the basic components of an industrial robot.
- Describe the components of a robot's power supply.
- Describe hydraulic drives.
- Distinguish between pneumatic drives and electric drives.
- Describe servomotors and encoders.
- Describe a robot's controller and cabinet.
- Describe the teach pendant.
- Describe the axis control module.
- Describe sensors for robots.
- Describe the parts of a robotic arm.
- Describe the degrees of freedom of a robotic arm.
- Describe the end-effectors of a robotic arm.
- Describe grippers.
- Distinguish between the different types of grippers.
- Describe safeguarding systems for robots.
470120.pdf | |
File Size: | 1801 kb |
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Applications for robots 130
Class Outline
- Objectives
- Why Use Industrial Robots?
- The Pros and Cons of Using Robots
- Robot Capabilities
- Spot Welding
- Arc Welding
- Material Handling
- Machine Tending
- Spraying
- Assembly
- Fabrication and Processing
- Inspection
- Summary
Class Objectives
- Describe the reasons manufacturers use robots.
- Describe the advantages and disadvantages of using robots.
- Describe the basic capabilities of robots.
- Describe spot welding robots.
- Describe arc welding robots.
- Describe material handling robots.
- Describe machine tending robots.
- Describe spraying robots.
- Describe assembly robots.
- Describe fabrication and processing robots.
- Describe inspection robots.
470130_(1).pdf | |
File Size: | 2815 kb |
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