Advanced Workplace Ergonomics and Musculoskeletal Risk Training Course

Course overview

Work-related musculoskeletal disorders create costs that are rarely confined to a single incident: restricted duties, lost production time, repeated discomfort reports, compensation claims, equipment modifications and difficult return-to-work decisions. Senior safety, health and operational professionals need more than a workstation checklist. They need to identify exposure to force, repetition, awkward posture, vibration and manual handling demands; distinguish discomfort trends from reportable injury data; and justify controls using evidence that operations, engineering and finance teams can act on.

This advanced course develops a structured approach to ergonomic risk management across office, industrial, warehousing, laboratory and field-work settings. Participants apply task analysis, worker consultation, RULA, REBA, the NIOSH Revised Lifting Equation, ISO 11226 and ISO 11228 principles to assess postural loading, lifting, pushing, pulling and repetitive work. They learn to set assessment boundaries, collect defensible observation data, prioritise controls through the hierarchy of controls, specify engineering and administrative interventions, and evaluate whether changes reduce residual risk.

Teaching combines instructor-led technical sessions with video-based assessments, measurement exercises, calculation workshops and workplace case studies. Participants work from realistic task scenarios and build an ergonomic risk assessment pack containing task profiles, exposure scores, risk-priority rationale, control options, implementation owners and verification measures. This is a practical deliverable that can be adapted for a participant's own site, department or client portfolio immediately after the course.

The programme is designed for practitioners who already contribute to workplace safety, health, facilities, production or occupational health decisions and now need to lead more rigorous musculoskeletal risk assessments.

Course objectives

By the end of this course, participants will be able to:

• Conduct multi-factor ergonomic task analyses covering posture, force, repetition, duration and recovery time
• Apply RULA and REBA scoring methods to evaluate upper-limb, trunk and whole-body postural exposure
• Calculate recommended weight limits and lifting indices using the NIOSH Revised Lifting Equation
• Assess pushing, pulling and repetitive-handling tasks against ISO 11228 principles
• Design observation plans, worker-interview questions and measurement records for defensible ergonomic assessments
• Prioritise engineering, work-design and administrative controls using the hierarchy of controls
• Prepare an ergonomic risk assessment report with exposure evidence, residual-risk ratings and accountable actions
• Establish leading and lagging indicators to verify musculoskeletal risk-control effectiveness

Benefits of attending

Target competencies

Who should attend

• Health and Safety Managers — who need to govern musculoskeletal risk programmes and approve proportionate controls
• Occupational Health Practitioners — who assess work-related discomfort patterns and advise on prevention and work adjustments
• Ergonomists and Human Factors Practitioners — who require consistent methods for complex task and workstation assessments
• EHS Advisers — who investigate ergonomic hazards and convert findings into site-level action plans
• Operations and Production Managers — who must improve task design without compromising throughput or quality
• Facilities and Workplace Managers — who specify office, laboratory and shared-workspace equipment and layouts

Requirements and prerequisites

Participants should have practical experience in workplace safety, occupational health, operations, facilities or a related role, and should understand basic hazard identification, risk assessment terminology, the hierarchy of controls and incident-reporting processes. Familiarity with common manual-handling principles and spreadsheet use is helpful because participants interpret task data and complete calculation worksheets. This is not an entry-level ergonomics course; complete beginners should first obtain a foundation in occupational health and safety risk assessment. No prior qualification in physiotherapy, biomechanics, industrial engineering or specialist ergonomics software is required.

Training methodology

The instructor uses short technical briefings to introduce each assessment method, followed by guided scoring of task videos, photographs and workplace scenarios. Participants practise observation sampling, body-posture coding, force and frequency estimation, NIOSH calculations, and control selection in small groups. Case studies include computer workstations, packing lines, warehouse lifts and push-pull tasks, requiring participants to reconcile worker feedback with operational constraints. Each day closes with a documented assessment activity, and the final session converts individual findings into an implementation and verification plan.

Course outline

Day 1: Ergonomic Risk Management Frameworks and Exposure Analysis

• Musculoskeletal disorder mechanisms and exposure pathways
• Ergonomic risk management within occupational health and safety systems
• Task decomposition and critical-task selection criteria
• Exposure factors: force, posture, repetition, duration and recovery
• Observation sampling strategies and inter-observer reliability
• Worker consultation techniques for discomfort and task-variability data
• Ergonomic risk register structure and evidence requirements

Workshop: Participants analyse a multi-step packing task and produce a task profile, exposure map and initial ergonomic risk register entry.

Day 2: Postural Assessment and Workstation Evaluation

• Neutral posture principles and joint-loading considerations
• RULA assessment of upper-limb and seated-work exposure
• REBA assessment of dynamic whole-body postures
• ISO 11226 evaluation of static working postures
• Anthropometry, reach envelopes and accommodation ranges
• Display-screen equipment workstation assessment criteria
• Photographic and video evidence protocols for posture scoring

Workshop: Participants score office and production-task video clips using RULA and REBA, then produce a prioritised posture-control recommendation sheet.

Day 3: Manual Handling, Lifting and Material Movement

• Manual-handling task variables and biomechanical loading
• NIOSH Revised Lifting Equation input variables and limits
• Lifting Index and Composite Lifting Index interpretation
• ISO 11228-1 principles for lifting and carrying
• Push-pull task assessment under ISO 11228-2
• Load geometry, coupling quality and vertical travel analysis
• Selection criteria for lifting aids, conveyors and adjustable-height equipment

Workshop: Participants complete a NIOSH Revised Lifting Equation worksheet for a warehouse task and produce an equipment and work-design control proposal.

Day 4: Repetitive Work, Hand-Arm Demands and Control Design

• ISO 11228-3 principles for high-frequency handling
• Repetition, cycle time and recovery-time measurement
• Hand-intensive work, grip force and contact-stress indicators
• Job rotation design and limitations of administrative controls
• Engineering controls for tool, fixture and workstation redesign
• Participatory ergonomics workshops with workers and supervisors
• Residual-risk evaluation and control implementation sequencing

Workshop: Participants redesign a repetitive assembly task in groups and produce a control hierarchy table with residual-risk ratings, owners and target dates.

Day 5: Reporting, Assurance and Ergonomic Improvement Planning

• Ergonomic assessment report structure and decision-ready evidence
• Linking discomfort surveys, first-aid data and injury trends
• Leading indicators for ergonomic control implementation
• Verification methods: follow-up observation, reassessment and worker feedback
• Business cases for workstation and material-handling improvements
• Integration with incident investigation and return-to-work processes
• Site ergonomic programme governance, roles and review cycles

Workshop: Participants assemble and present an ergonomic risk assessment pack and a 90-day implementation and verification plan for a selected workplace scenario.

Tools & standards covered

RULA (Rapid Upper Limb Assessment), REBA (Rapid Entire Body Assessment), NIOSH Revised Lifting Equation, ISO 11228-1:2021

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions