This assignment is designed to provide an opportunity to apply the This assignment is designed to provide an opportunity to apply the concepts presented in the Unit VI Lesson regarding controlling ergonomic risks factors with proper tool design. Specifically, you will be evaluating a work task to identify specific control measures that can be implemented to address tool design. Click here (See Attached) to access the video. Please note that this video contains audio. For this assignment, you will evaluate the above video to identify opportunities to improve the task performed, using the concepts presented in the Unit VI Lesson. You are required to develop a PowerPoint presentation that addresses the following: the impact of hand tool design on injury and musculoskeletal disorder risk for each of the ergonomic selection criteria for selecting hand tools presented in the unit lesson, and recommendations for controlling the risk factors associated with the use of the hand tools using the hierarchy of controls (you must include at least one of each of the controls: engineering control, administrative control, and PPE). Your PowerPoint presentation must be a minimum of 10 slides in length, not counting the title and references slides. Additionally, you must include a minimum of two outside sources, one of which must be from the CSU Online Library. If you would like to learn more about PowerPoint, consider watching the Writing Center’s tutorial here .
Paper For Above instruction The ergonomic design of hand tools plays a crucial role in mitigating the risk of work-related injuries and musculoskeletal disorders (MSDs) among workers. The ergonomic selection criteria for hand tools, including grip size, weight, handle design, and surface texture, significantly influence the likelihood of injury. This paper examines the impact of hand tool design on injury risk and proposes control measures based on the hierarchy of controls, including engineering controls, administrative controls, and personal protective equipment (PPE). Impact of Hand Tool Design on Injury and MSD Risk Proper hand tool design facilitates ergonomic working conditions, reducing undue stress on muscles, tendons, and joints. Poorly designed tools with inadequate grip sizes or heavy weights can cause increased muscle strain and fatigue, leading to MSDs such as tendinitis, carpal tunnel syndrome, and epicondylitis (Petersen et al., 2020). For instance, tools with small handles require excessive gripping force, increasing fatigue and decreasing fine motor control. Conversely, lightweight and well-balanced tools reduce muscular effort, thereby decreasing injury risk (Daltroy et al., 2019).