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Ergonomics Awareness Training Service | in Dammam - Riyadh - Jeddah - Makkah

Ergonomics Awareness training per OSHA guidelines, ISO 11228, and NIOSH, covering workstation setup, injury prevention, and reduced MSD risks.

Course Title

Ergonomics Awareness

Course Duration

3 Hours

Competency Assessment Criteria

Practical Assessment and Knowledge Assessment

Training Delivery Method

Classroom (Instructor-Led) or Online (Instructor-Led)

Service Coverage

Saudi Arabia - Bahrain - Kuwait - Philippines

Course Average Passing Rate

97%

Post Training Reporting 

Post Training Report(s) + Candidate(s) Training Evaluation Forms

Certificate of Successful Completion

Certification is provided upon successful completion. The certificate can be verified through a QR-Code system.

Certification Provider

Tamkene Saudi Training Center - Approved by TVTC (Technical and Vocational Training Corporation)

Certificate Validity

2 Years (Extendable with additional training hours)

Instructors Languages

English / Arabic / Urdu / Hindi / Pashto

Training Services Design Methodology

ADDIE Training Design Methodology

ADDIE Training Services Design Methodology (1).png

Course Overview

This comprehensive Ergonomics Awareness training course provides participants with essential knowledge and practical skills required for recognizing and controlling ergonomic hazards in workplace environments. The course covers fundamental ergonomic principles along with critical techniques for workstation adjustment, proper body mechanics, and injury prevention aligned with OSHA Ergonomics Guidelines, ISO 11228 Ergonomics Manual Handling standards, and National Institute for Occupational Safety and Health (NIOSH) Lifting Guidelines.


Participants will learn to apply ergonomic principles and assessment techniques to reduce musculoskeletal disorders, improve workplace comfort, and enhance productivity. This course combines theoretical concepts with practical applications and hands-on demonstrations to ensure participants gain valuable skills applicable to their professional environment while emphasizing injury prevention and workstation optimization.

Key Learning Objectives

  • Understand ergonomic principles and musculoskeletal disorder prevention

  • Recognize ergonomic risk factors in workplace tasks

  • Apply proper workstation setup and adjustment techniques

  • Implement safe lifting and material handling practices per NIOSH

  • Use correct posture and body mechanics during work activities

  • Identify early warning signs of ergonomic injuries

  • Apply stretching and exercise techniques for injury prevention

Group Exercises

  • Collaborative workstation assessment based on Middle East office scenarios including (evaluating peer workstations, providing improvement suggestions, discussing cultural considerations for ergonomic practices)

  • The importance of proper training in preventing musculoskeletal disorders and creating comfortable, productive work environments

Knowledge Assessment

  • Technical quizzes on ergonomic principles including (multiple-choice questions on risk factors, true/false on NIOSH lifting guidelines)

  • Workstation evaluation exercises including (identifying ergonomic deficiencies from photos, determining correct adjustments, prioritizing improvements)

  • Risk factor recognition scenarios including (categorizing hazards from job descriptions, assessing task risk levels, recommending controls)

  • Lifting technique evaluation including (identifying improper lifting methods from images, selecting appropriate mechanical aids, applying NIOSH criteria)

Course Outline

1. Introduction to Workplace Ergonomics

  • Ergonomics definition and scope including (human factors, workplace design, task optimization, injury prevention)

  • Musculoskeletal disorders overview including (back injuries, carpal tunnel syndrome, tendonitis, neck strain, shoulder pain)

  • Impact of poor ergonomics including (injury costs, productivity loss, absenteeism, workers' compensation, quality of life)

  • Regulatory framework including (OSHA Ergonomics Guidelines, ISO 11228 standards, NIOSH recommendations, workers' rights)

  • Ergonomic risk factors including (repetition, force, awkward postures, contact stress, vibration, static positions)

  • Benefits of ergonomic improvements including (reduced injuries, increased productivity, improved morale, cost savings)

  • Employee responsibilities including (reporting discomfort, following guidelines, participating in solutions, proper technique)


2. Ergonomic Risk Factor Recognition

  • Repetitive motion hazards including (frequency, duration, recovery time, cumulative trauma)

  • Force requirements including (excessive pushing, pulling, lifting, gripping, NIOSH Lifting Equation application)

  • Awkward postures including (bending, twisting, reaching overhead, kneeling, squatting, static positions)

  • Contact stress including (hard edge pressure, tool handles, workstation edges, prolonged contact)

  • Vibration exposure including (hand-arm vibration, whole-body vibration, tool selection, duration limits)

  • Temperature extremes including (cold affecting dexterity, heat causing fatigue, environmental controls)

  • Static postures including (prolonged sitting, standing, fixed positions, micro-breaks importance)

  • Combined risk factors including (multiple exposures, increased injury risk, prioritization, cumulative effect)


3. Office Ergonomics and Workstation Setup

  • Computer workstation components including (chair, desk, monitor, keyboard, mouse, document holder)

  • Chair adjustment per ergonomic guidelines including (seat height, backrest angle, lumbar support, armrests, seat depth)

  • Monitor positioning including (eye level top of screen, arm's length distance 20-26 inches, angle adjustment, glare reduction)

  • Keyboard and mouse placement including (elbow height, neutral wrist position, close to body, wrist rest use)

  • Desk organization including (frequently used items within reach, telephone placement, writing surface, clutter reduction)

  • Lighting considerations including (ambient lighting, task lighting, glare elimination, screen brightness)

  • Sitting posture including (feet flat on floor, 90-degree angles at hips/knees/elbows, back support, shoulder relaxation)

  • Standing workstations including (anti-fatigue mats, footrests, height adjustment, sit-stand desks, alternating positions)


4. Safe Lifting and Material Handling

  • NIOSH Lifting Equation basics including (recommended weight limit 51 lbs ideal conditions, multipliers, load constant)

  • Lifting principles including (plan lift, test weight, get close to load, squat with straight back, lift with legs)

  • Proper lifting technique including (wide stable base, grip securely, smooth motion, avoid twisting, pivot feet)

  • Team lifting including (communication, coordinated movement, similar height workers, designated leader)

  • Carrying loads including (close to body, balanced load, clear vision path, controlled pace)

  • Pushing versus pulling including (pushing preferred when possible, handle height, force requirements, body positioning)

  • Mechanical aids including (hand trucks, carts, dollies, lift tables, hoists, pallet jacks)

  • Load assessment including (size, weight, stability, grip points, contents, awkward dimensions)


5. Body Mechanics and Posture

  • Neutral posture concept including (natural spine curves, joint alignment, minimal muscle strain, balanced position)

  • Standing posture including (weight distribution, knee relaxation, head alignment, shoulder position, core engagement)

  • Sitting posture including (chair support, feet placement, thigh position, arm positioning, head and neck alignment)

  • Reaching guidelines including (avoiding overhead reaches, keeping items within power zone, stepping closer, ladder use)

  • Bending and twisting prevention including (squatting instead of bending, pivoting feet, facing work, avoiding rotation)

  • Gripping techniques including (full hand grip, power grip versus pinch grip, tool selection, glove considerations)

  • Working above shoulders including (minimizing duration, taking breaks, using ladders or platforms, tool selection)

  • Working below waist including (kneeling or squatting, avoiding prolonged bending, raising work surface, proper tools)


6. Tool and Equipment Selection

  • Hand tool ergonomics including (handle design, grip diameter, trigger design, weight distribution, vibration dampening)

  • Power tool considerations including (anti-vibration features, handle position, trigger location, weight, inline versus pistol grip)

  • Tool maintenance including (sharp blades reducing force, lubrication, proper adjustment, replacement criteria)

  • Personal protective equipment including (glove selection balancing protection and dexterity, padding, anti-vibration gloves)

  • Assistive devices including (reacher tools, long-handled tools, adjustable equipment, leverage advantages)

  • Workstation aids including (footstools, platforms, tilted surfaces, adjustable height tables)

  • Computer accessories including (ergonomic keyboards, vertical mice, trackballs, wrist rests, monitor arms)


7. Stretching and Exercise for Injury Prevention

  • Stretching importance including (flexibility, blood flow, tension relief, injury prevention, productivity)

  • Neck stretches including (side bends, rotation, forward flexion, shoulder shrugs, trapezius stretch)

  • Shoulder and upper back exercises including (shoulder rolls, scapular squeezes, chest stretches, arm circles)

  • Wrist and hand stretches including (wrist flexion and extension, finger spreads, prayer stretch, wrist circles)

  • Lower back exercises including (pelvic tilts, knee-to-chest, seated spinal twist, cat-cow stretch)

  • Leg stretches including (hamstring stretch, calf stretch, hip flexor stretch, ankle circles)

  • Micro-break activities including (stand and walk, change position, eye rest 20-20-20 rule, brief stretches every 30 minutes)

  • Exercise timing including (before work warm-up, during work breaks, end of day recovery, frequency recommendations)

Practical Assessment

  • Workstation adjustment demonstration including (adjusting office chair to proper settings, positioning monitor and keyboard correctly, achieving neutral posture)

  • Safe lifting practice including (demonstrating proper lifting technique with training load, executing team lift with partner, showing correct carrying position)

  • Stretching routine performance including (executing five different stretches with correct form, demonstrating micro-break exercises, maintaining proper breathing)

Gained Core Technical Skills

  • Ergonomic risk factor identification and assessment

  • Computer workstation setup and adjustment

  • Safe lifting techniques per NIOSH guidelines

  • Neutral posture maintenance and body mechanics

  • Stretching and exercise routines for prevention

  • Tool and equipment selection criteria

  • Early warning sign recognition

  • Workstation evaluation and improvement

  • Manual material handling risk reduction

  • Administrative and engineering control application

Training Design Methodology

ADDIE Training Design Methodology

Targeted Audience

  • Office Employees using computers and workstations

  • Warehouse Personnel performing manual material handling

  • Manufacturing Workers with repetitive task exposure

  • Maintenance Staff using hand and power tools

  • Healthcare Workers lifting and transferring patients

  • Assembly Line Operators with repetitive motions

  • Supervisors responsible for worker safety

  • Any Employees experiencing workplace discomfort

Why Choose This Course

  • Comprehensive coverage aligned with OSHA and NIOSH guidelines

  • Practical workstation adjustment techniques for immediate application

  • Focus on injury prevention and early intervention

  • Hands-on practice with lifting and stretching techniques

  • Emphasis on employee empowerment and self-assessment

  • Integration of ISO 11228 manual handling standards

  • Real-world scenarios and solutions

  • Regional considerations for Middle East workplace environments

Note

Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.

Course Outline

1. Introduction to Workplace Ergonomics

  • Ergonomics definition and scope including (human factors, workplace design, task optimization, injury prevention)

  • Musculoskeletal disorders overview including (back injuries, carpal tunnel syndrome, tendonitis, neck strain, shoulder pain)

  • Impact of poor ergonomics including (injury costs, productivity loss, absenteeism, workers' compensation, quality of life)

  • Regulatory framework including (OSHA Ergonomics Guidelines, ISO 11228 standards, NIOSH recommendations, workers' rights)

  • Ergonomic risk factors including (repetition, force, awkward postures, contact stress, vibration, static positions)

  • Benefits of ergonomic improvements including (reduced injuries, increased productivity, improved morale, cost savings)

  • Employee responsibilities including (reporting discomfort, following guidelines, participating in solutions, proper technique)


2. Ergonomic Risk Factor Recognition

  • Repetitive motion hazards including (frequency, duration, recovery time, cumulative trauma)

  • Force requirements including (excessive pushing, pulling, lifting, gripping, NIOSH Lifting Equation application)

  • Awkward postures including (bending, twisting, reaching overhead, kneeling, squatting, static positions)

  • Contact stress including (hard edge pressure, tool handles, workstation edges, prolonged contact)

  • Vibration exposure including (hand-arm vibration, whole-body vibration, tool selection, duration limits)

  • Temperature extremes including (cold affecting dexterity, heat causing fatigue, environmental controls)

  • Static postures including (prolonged sitting, standing, fixed positions, micro-breaks importance)

  • Combined risk factors including (multiple exposures, increased injury risk, prioritization, cumulative effect)


3. Office Ergonomics and Workstation Setup

  • Computer workstation components including (chair, desk, monitor, keyboard, mouse, document holder)

  • Chair adjustment per ergonomic guidelines including (seat height, backrest angle, lumbar support, armrests, seat depth)

  • Monitor positioning including (eye level top of screen, arm's length distance 20-26 inches, angle adjustment, glare reduction)

  • Keyboard and mouse placement including (elbow height, neutral wrist position, close to body, wrist rest use)

  • Desk organization including (frequently used items within reach, telephone placement, writing surface, clutter reduction)

  • Lighting considerations including (ambient lighting, task lighting, glare elimination, screen brightness)

  • Sitting posture including (feet flat on floor, 90-degree angles at hips/knees/elbows, back support, shoulder relaxation)

  • Standing workstations including (anti-fatigue mats, footrests, height adjustment, sit-stand desks, alternating positions)


4. Safe Lifting and Material Handling

  • NIOSH Lifting Equation basics including (recommended weight limit 51 lbs ideal conditions, multipliers, load constant)

  • Lifting principles including (plan lift, test weight, get close to load, squat with straight back, lift with legs)

  • Proper lifting technique including (wide stable base, grip securely, smooth motion, avoid twisting, pivot feet)

  • Team lifting including (communication, coordinated movement, similar height workers, designated leader)

  • Carrying loads including (close to body, balanced load, clear vision path, controlled pace)

  • Pushing versus pulling including (pushing preferred when possible, handle height, force requirements, body positioning)

  • Mechanical aids including (hand trucks, carts, dollies, lift tables, hoists, pallet jacks)

  • Load assessment including (size, weight, stability, grip points, contents, awkward dimensions)


5. Body Mechanics and Posture

  • Neutral posture concept including (natural spine curves, joint alignment, minimal muscle strain, balanced position)

  • Standing posture including (weight distribution, knee relaxation, head alignment, shoulder position, core engagement)

  • Sitting posture including (chair support, feet placement, thigh position, arm positioning, head and neck alignment)

  • Reaching guidelines including (avoiding overhead reaches, keeping items within power zone, stepping closer, ladder use)

  • Bending and twisting prevention including (squatting instead of bending, pivoting feet, facing work, avoiding rotation)

  • Gripping techniques including (full hand grip, power grip versus pinch grip, tool selection, glove considerations)

  • Working above shoulders including (minimizing duration, taking breaks, using ladders or platforms, tool selection)

  • Working below waist including (kneeling or squatting, avoiding prolonged bending, raising work surface, proper tools)


6. Tool and Equipment Selection

  • Hand tool ergonomics including (handle design, grip diameter, trigger design, weight distribution, vibration dampening)

  • Power tool considerations including (anti-vibration features, handle position, trigger location, weight, inline versus pistol grip)

  • Tool maintenance including (sharp blades reducing force, lubrication, proper adjustment, replacement criteria)

  • Personal protective equipment including (glove selection balancing protection and dexterity, padding, anti-vibration gloves)

  • Assistive devices including (reacher tools, long-handled tools, adjustable equipment, leverage advantages)

  • Workstation aids including (footstools, platforms, tilted surfaces, adjustable height tables)

  • Computer accessories including (ergonomic keyboards, vertical mice, trackballs, wrist rests, monitor arms)


7. Stretching and Exercise for Injury Prevention

  • Stretching importance including (flexibility, blood flow, tension relief, injury prevention, productivity)

  • Neck stretches including (side bends, rotation, forward flexion, shoulder shrugs, trapezius stretch)

  • Shoulder and upper back exercises including (shoulder rolls, scapular squeezes, chest stretches, arm circles)

  • Wrist and hand stretches including (wrist flexion and extension, finger spreads, prayer stretch, wrist circles)

  • Lower back exercises including (pelvic tilts, knee-to-chest, seated spinal twist, cat-cow stretch)

  • Leg stretches including (hamstring stretch, calf stretch, hip flexor stretch, ankle circles)

  • Micro-break activities including (stand and walk, change position, eye rest 20-20-20 rule, brief stretches every 30 minutes)

  • Exercise timing including (before work warm-up, during work breaks, end of day recovery, frequency recommendations)

Why Choose This Course?

  • Comprehensive coverage aligned with OSHA and NIOSH guidelines

  • Practical workstation adjustment techniques for immediate application

  • Focus on injury prevention and early intervention

  • Hands-on practice with lifting and stretching techniques

  • Emphasis on employee empowerment and self-assessment

  • Integration of ISO 11228 manual handling standards

  • Real-world scenarios and solutions

  • Regional considerations for Middle East workplace environments

Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.

Practical Assessment

  • Workstation adjustment demonstration including (adjusting office chair to proper settings, positioning monitor and keyboard correctly, achieving neutral posture)

  • Safe lifting practice including (demonstrating proper lifting technique with training load, executing team lift with partner, showing correct carrying position)

  • Stretching routine performance including (executing five different stretches with correct form, demonstrating micro-break exercises, maintaining proper breathing)

Course Overview

This comprehensive Ergonomics Awareness training course provides participants with essential knowledge and practical skills required for recognizing and controlling ergonomic hazards in workplace environments. The course covers fundamental ergonomic principles along with critical techniques for workstation adjustment, proper body mechanics, and injury prevention aligned with OSHA Ergonomics Guidelines, ISO 11228 Ergonomics Manual Handling standards, and National Institute for Occupational Safety and Health (NIOSH) Lifting Guidelines.


Participants will learn to apply ergonomic principles and assessment techniques to reduce musculoskeletal disorders, improve workplace comfort, and enhance productivity. This course combines theoretical concepts with practical applications and hands-on demonstrations to ensure participants gain valuable skills applicable to their professional environment while emphasizing injury prevention and workstation optimization.

Key Learning Objectives

  • Understand ergonomic principles and musculoskeletal disorder prevention

  • Recognize ergonomic risk factors in workplace tasks

  • Apply proper workstation setup and adjustment techniques

  • Implement safe lifting and material handling practices per NIOSH

  • Use correct posture and body mechanics during work activities

  • Identify early warning signs of ergonomic injuries

  • Apply stretching and exercise techniques for injury prevention

Knowledge Assessment

  • Technical quizzes on ergonomic principles including (multiple-choice questions on risk factors, true/false on NIOSH lifting guidelines)

  • Workstation evaluation exercises including (identifying ergonomic deficiencies from photos, determining correct adjustments, prioritizing improvements)

  • Risk factor recognition scenarios including (categorizing hazards from job descriptions, assessing task risk levels, recommending controls)

  • Lifting technique evaluation including (identifying improper lifting methods from images, selecting appropriate mechanical aids, applying NIOSH criteria)

Targeted Audience

  • Office Employees using computers and workstations

  • Warehouse Personnel performing manual material handling

  • Manufacturing Workers with repetitive task exposure

  • Maintenance Staff using hand and power tools

  • Healthcare Workers lifting and transferring patients

  • Assembly Line Operators with repetitive motions

  • Supervisors responsible for worker safety

  • Any Employees experiencing workplace discomfort

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