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Introduction to Manual Tasks

MEM11011 Manual Handling

Examples of manual tasks

Injuries from Manual Tasks

Quiz

Biomechanics and the Human Body

Anatomy & biomechanics

Principles of biomechanics

Identifying and Assessing Risks

Hazard identification

Risk assessment

Risk Control Strategies

Risk control

Work area & layout

Nature of items, equipment and tools

Survey/Feedback

Questions and Feedback

Badge Card

Welcome to "Reducing Manual Handling Risks with Mechanical and Environmental Solutions," a comprehensive course designed specifically for engineering professionals and workplace safety advocates. Manual tasks are a daily reality in the engineering sector, but they don't have to be a leading cause of workplace injuries.

Welcome to "Reducing Manual Handling Risks with Mechanical and Environmental Solutions," a comprehensive course designed specifically for engineering professionals and workplace safety advocates. Manual tasks are a daily reality in the engineering sector, but they don't have to be a leading cause of workplace injuries. This course dives deep into the mechanics of manual handling, offering proactive strategies to protect yourself and your team from debilitating musculoskeletal disorders.

Throughout this training, you will explore the fundamental principles of biomechanics, learning exactly how different postures and movements impact the human body—specifically the spine, trunk, and wrists. We move beyond basic lifting techniques to provide a robust framework for hazard identification and risk assessment. You will learn how to spot potential dangers in your work environment and systematically evaluate them to prioritize safety.

Most importantly, this course equips you with practical, actionable risk control strategies. You will discover how to optimize work area layouts and select the right mechanical aids, equipment, and tools to engineer the risk out of the job. Complete with interactive discussion points, real-world hazard identification forms, and risk assessment examples, this course ensures you can immediately apply what you've learned to create a safer, more efficient workplace. Join us to master the environmental and mechanical solutions that prevent injuries and promote long-term occupational health.

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            <p>Engineering environments often require the movement of tools, materials, and equipment, making manual tasks a fundamental part of daily operations. However, when these tasks involve repetitive movements, high force, or awkward postures, they become hazardous manual tasks that can lead to debilitating musculoskeletal injuries. Understanding the proactive prevention of these injuries is essential for any aspiring engineer, as the physical and economic costs of workplace accidents can be staggering. This course explores the critical intersection of human physiology and workplace design, providing the foundational knowledge necessary to identify risks before they result in harm.</p>

<p>Throughout this program, students will delve into the biomechanics of the human body, examining how the anatomy of the spine, trunk, and wrists responds to physical strain. By applying mechanical principles to human movement, you will learn to conduct systematic hazard identifications and risk assessments within an engineering context. The focus will then shift toward engineering-driven solutions, specifically focusing on how to optimize work area layouts and select appropriate mechanical aids or tools to mitigate risks. By the end of this course, you will be equipped to propose safer workflows that leverage environmental and mechanical strategies to protect both yourself and your future teams.</p>
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