RULA (Schnellbewertung der oberen Gliedmaßen)

RULA

RULA (Schnellbewertung der oberen Gliedmaßen)

Zielsetzung:

Ein Beobachtungsinstrument zur Bewertung der biomechanischen und posturalen Belastung der oberen Gliedmaßen bei der Ausübung von Tätigkeiten.

Wie es verwendet wird:

Vorteile

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RULA is frequently utilized in industries such as manufacturing, healthcare, and office environments for assessing ergonomics and preventing musculoskeletal disorders (MSDs). The methodology is particularly valuable during the design phase of new workspaces or the evaluation of existing setups, allowing engineers and designers to integrate ergonomic principles directly into their projects. Teams often consist of ergonomists, health and safety officers, and workplace designers who collaborate to analyze work tasks and identify potential risks associated with upper limb positioning and movement. This tool can be applied during job assessments or when implementing new technologies and workflows, providing rapid evaluations that inform interventions like workstation redesign, tool modifications, and staff training programs. Its ease of use makes it suitable for on-site assessments, where staff can quickly learn the methodology and apply it to various scenarios, ultimately promoting a safer work environment. Utilizing RULA can lead to decreased worker absenteeism due to injuries and can enhance productivity by ensuring that employees are less physically strained during their tasks, maintaining a comfortable and efficient working posture throughout their shifts.

Die wichtigsten Schritte dieser Methodik

  1. Observe the worker's posture and body positions during the task.
  2. Identify the angles of arms, wrists, and neck from the observed posture.
  3. Evaluate the duration of exposure for each position to assess risk levels.
  4. Consider the force exerted by the upper limbs during tasks.
  5. Assess the use of tools and equipment to determine any ergonomic deficiencies.
  6. Score the observations using the RULA scoring system for different body segments.
  7. Combine the segment scores to determine the overall RULA score.
  8. Classify the overall score into risk categories for musculoskeletal disorders.

Profi-Tipps

  • Conduct RULA assessments in real-time while workers perform tasks to capture dynamic posture changes and more accurately reflect workload.
  • Integrate findings from RULA with other ergonomic assessment tools, such as OWAS or REBA, to obtain a comprehensive understanding of musculoskeletal risks.
  • Regularly review and update RULA scoring criteria based on the latest ergonomic research and organizational changes to maintain relevance and accuracy.

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