| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760010 |
Introduction to Assembly 101
| The class Introduction to Assembly provides an overview of the processes and methods used to assemble components into finished parts. Assembly is often performed on assembly lines, which may be manual, automated, or a combination of both. The three main assembly methods are mechanical fastening, adhesive bonding, and welding. Mechanical fastening uses fasteners to join components. Fasteners can join dissimilar materials, are inexpensive, and allow for disassembly. Adhesive bonding uses materials such as gels, liquids, or tapes to form a joint. Welding uses pressure, heat, or a combination of energy sources to create a very strong, permanent joint. These methods are sometimes used together.The information presented in this class serves as a foundation for users to learn more about, and eventually perform, fastening and assembly. Understanding the differences between different assembly methods prepares users to learn about the more detailed and complex aspects of each method. | Beginner | English | (700100) Intro to Assembly 100 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 700130 |
Intro to Fastener Ergonomics 130
| This class introduces ergonomics and discusses the ergonomic concerns associated with assembly. | Beginner | English | |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 700200 |
Properties for Fasteners 200
| This class describes the key properties of steel fasteners as well as common fastener failures that may occur. | Intermediate | English | |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760110 |
Safety for Assembly 211
| The class Safety for Assembly provides a comprehensive overview of different safety precautions for assembly. Assemblers must wear proper clothing and protective equipment, which varies for different tasks. A safe assembly site is organized and clean, with clear paths around workstations. Working in assembly requires an awareness of electrical, forklift, and point of operation safety precautions, as well as proper fall prevention and tool handling procedures. Applying ergonomics to assembly helps prevent injury caused by repetition, poor posture, and excessive force.Before beginning any assembly work, assemblers must know the appropriate safety precautions and be trained to use required protective equipment. This can be challenging because there are different precautions for different tasks. After taking this class, users will be familiar with the basic safety guidelines for assembly, which will prepare them to perform various assembly operations safely and effectively. | Intermediate | English | (700105) Safety for Assembly 105 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760120 |
Introduction to Fastener Threads 221
| Introduction to Fastener Threads provides a comprehensive overview of threads and thread standards used with fasteners. Fasteners use threads to hold components together or grip material. Threads may be external, like those on screws and bolts, or internal, like those in nuts. All threads have crests, roots, and flanks, but these may vary in shape and size. The two main thread standards are Unified and ISO metric. Unified threads are measured in inches and metric threads are measured in millimeters. Threaded fasteners are the most popular type of fasteners in assembly. After taking this class, users will be able to identify the parts of a thread, distinguish between different types of threads, and understand thread specifications. This knowledge will prepare users to work with threaded fasteners and select appropriate fasteners for different applications. | Intermediate | English | (700110) Intro to Fastener Threads 110 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760130 |
Overview of Threaded Fasteners 231
| Overview of Threaded Fasteners summarizes the most common types of threaded fasteners and how they are used to join parts. Bolts and screws are both externally threaded fasteners. Bolts generally fit through unthreaded holes, while screws fit into threaded holes. Nuts are internally threaded fasteners used to tighten bolts. Washers are not threaded fasteners, but they are often used with screws and bolts. Certain nuts and washers provide extra locking action to ensure that joints stay tight.
Threaded fasteners are the most commonly used fasteners. After taking this class, users will be able to identify many different types of threaded fasteners and describe how and when to use them. This familiarity serves as the foundation for learning how to properly select and assemble threaded fasteners, which leads to time and cost savings and prevents fastener failure. | Intermediate | English | (700117) Overview of Threaded Fasteners 117 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760135 |
Tools for Threaded Fasteners 235
| The class Tools for Threaded Fasteners provides a comprehensive overview of the different tools that are used to assemble threaded fasteners. There are many different types of tools used with threaded fasteners, but they all operate by applying torque. Manually powered hand tools include wrenches and screwdrivers. Power tools include battery-operated tools, electric tools, and pneumatic tools. Many power tools use clutches to control operation. These may be continuous-drive tools or discontinuous-drive tools.Threaded fasteners are the most commonly used fasteners in assembly, and assemblers must be familiar with the different tools they require. After taking this class, users will have foundational knowledge of the different types of tools used with threaded fasteners and their advantages and disadvantages. Users will also be able to identify some of the factors that go into selecting a tool for a threaded fastener application. | Intermediate | English | (700120) Tools for Threaded Fasteners 120 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760140 |
Overview of Non-Threaded Fasteners 241
| The class Overview of Non-Threaded Fasteners summarizes the most common types of non-threaded fasteners and how they are used to join parts. Common non-threaded fasteners include pins, keys, retaining rings, and rivets. Pins are inserted in holes to hold parts together. Keys fit into recesses in shafts and components to secure them together. Rings fit inside holes or over shafts to position components. Rivets are inserted into holes and then deformed to permanently fasten components.Non-threaded fasteners are used for many applications in manufacturing. After taking this class, users will be able to describe several different types of non-threaded fasteners, what they are used for, and how they are installed. Users who work with non-threaded fasteners must be familiar with these concepts so that they can use them safely and effectively. | Intermediate | English | (700125) Overview of Non-Threaded Fasteners 125 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760170 |
Understanding Torque 245
| The class Understanding Torque provides a comprehensive overview of torque and its importance in fastening applications. Torque is a rotational force derived by multiplying force times distance. Threaded fasteners require specific amounts of torque to achieve proper tension and clamping force. This helps ensure that the fastened joint will not fail. Assemblers often use tools that control or indicate torque in order to make sure the right amount is applied. Because there are many factors that influence torque, manufacturers must measure torque regularly to ensure accuracy. Torque can be measured before, during, or after assembly.Understanding torque is very important for working with threaded fasteners, which are the most popular fasteners used in industry. After taking this class, users will understand the importance of torque, factors that affect torque, and ways to measure it. This knowledge will prepare them to work with threaded fasteners safely and effectively. | Intermediate | English | (700210) Understanding Torque 210 |
| Online | Assembly / Final Stage Processes | 700 | Fasteners | 760180 |
Threaded Fastener Selection 255
| Threaded Fastener Selection describes how to successfully identify and choose threaded fasteners, as well as nuts and washers, for various assembly applications. There are many types of fasteners, so appropriate selection is important to ensure proper assembly. Fastener selection requires the consideration of various fastener characteristics including head style, driving recess, point style, size, material, strength grades, and identification markings. After taking this class, users will be able to identify threaded fasteners, their basic characteristics, and their identification markings, for safe and secure assembly. | Intermediate | English | (700215) Threaded Fastener Selection 215 |