Manual Handling

00:00
/
00:00
Experience Overview
- 14 minutes run time
- Student completion records
- VR training certificates
- Training results
- Behavioral metrics
- Response times
- Training groups
- Scheduling
- Set refresher training frequency
- Modelled from Unit of Competency: HLTWHS005
Train your team to lift smart, move safely, and reduce the risk of injury—before poor habits lead to lifelong consequences.
This immersive VR training drops users into a warehouse environment where they’ll experience the real impacts of unsafe manual handling. Trainees learn not just the theory behind proper technique, but how to identify risks, apply control measures, and take proactive steps to protect their physical health.
Manual handling is the leading cause of workplace injuries and compensation claims—and almost always preventable.
Participants engage in high-risk manual handling scenarios where they must:
- Identify hazardous lifting, carrying, and movement tasks.
- Learn which musculoskeletal systems are most at risk.
- Apply safe lifting principles and risk reduction techniques.
- Use the Hierarchy of Controls to manage manual handling risks.
- Solve problems in real time to prevent injury and improve site safety.
This hands-on experience builds muscle memory and risk awareness—helping workers build safer habits that protect them every shift, not just during training.
Languages
Learning Outcomes











Understand the risks of improper manual handling, including:
- Lower back injuries (most common)
- Musculoskeletal disorders (sprains, strains, hernias, RSI)
- Injury to wrists, shoulders, neck, and ankles
Apply the Hierarchy of Control to minimise or eliminate manual handling risks:
- Elimination (e.g. avoiding lifts altogether)
- Substitution (e.g. using lighter materials)
- Engineering controls (e.g. pallet jacks, conveyors)
- Administrative controls (e.g. task rotation, supervision)
- PPE (e.g. gloves, supportive footwear)
Use correct manual handling techniques, such as:
- Planning the lift (destination, weight, equipment)
- Lifting with knees bent, back straight, feet shoulder-width apart
- Keeping arms close to the body
- Avoiding twisting or overreaching
Assess when assistance is needed:
- Requesting a team lift or mechanical aid when a load is too heavy
- Checking if contents are unstable or if the environment poses additional hazards
Identify and correct unsafe behaviors, including:
- Poor lifting posture
- Overexertion or repetitive strain
- Ignoring hazards like obstacles or poorly stored items
A. Tutorial Phase
- Orientation to the VR environment, tablet use, and the goal of identifying manual handling hazards.
B. Discovery Phase
- Multiple-choice questions to gauge prior knowledge
- Lifting posture
- When to seek help
- Body parts most at risk
C. Instructional Phase
- Guided walkthrough of safe handling techniques and risk control strategies.
- Explains consequences of poor posture and incorrect lifting.
D. Practice Phase
- Learners observe workplace situations
- Identify improper manual handling
- Propose safer alternatives using engineering or teamwork
- Submit hazard photos and answer questions
E. Exam Phase
- Learners explore a warehouse environment independently.
- Spotting unsafe manual handling behaviors
- Submitting photo evidence
- Answering situational judgement questions
F. Results and Feedback
- Learners receive feedback on hazards identified correctly, incorrectly, or missed.
- Encouraged to review key posters or training prompts.
Quick answers to important questions
Didn’t find the answer? Contact us and we’ll tell you more.
CONTACT USWhat is Custom VR Builds?
It’s a service where Next World creates a fully tailored VR-training solution for your company — a custom course built to meet your industry-specific requirements rather than using a generic off-the-shelf VR module.
How does the custom-build process work?
The process typically follows these phases: you provide training documentation, subject-matter experts get involved, learning outcomes are identified, storyboard is created, virtual assets are modeled, testing and quality assurance, and finally deployment in your environment.
What type of training scenarios can be built?
You can build VR scenarios for hazard awareness, safe-practice with tools and equipment, practicing safety procedures step-by-step, and even testing learner’s knowledge in simulated hazardous situations — as if in real life but safe.
Is custom VR suitable for refresher training as well?
Yes — custom VR builds can be used for refresher/training-update courses to efficiently refresh skills and knowledge without re-arranging real equipment or putting people at risk.
What learning methodology does custom VR follow?
Next World suggests a blended approach: combining face-to-face, practical and immersive training methods, which helps improve retention, practical competence, and reduces incidents.