Ergonomic Rationalization Sequence of Digital Lighting Design in the Working Environment

Area of Science:

• Engineering
• Computer-Aided Design
• Workplace Environment Optimization

Background:

• Simulation models are crucial for design processes.
• Optimizing lighting in industrial settings impacts productivity and well-being.
• Digital enterprise tools offer advanced capabilities for design verification.

Purpose of the Study:

• To develop and validate a rationalization sequence for simulation models.
• To apply this sequence to the redesign of lighting in a production hall.
• To assess the benefits of the rationalized procedure on the work environment.

Main Methods:

• Creation of an 11-step rationalization sequence.
• Verification using the Dialux Evo simulation tool.
• Practical application in redesigning assembly workplace lighting (daylighting, artificial, mixed).

Main Results:

• Successful verification of the rationalization sequence through a practical lighting redesign.
• Development of a comprehensive lighting redesign for an assembly workplace.
• Demonstration of the procedure's effectiveness in a real-world industrial scenario.

Conclusions:

• The proposed rationalization sequence is effective for simulation model application.
• The procedure enhances the redesign of industrial lighting systems.
• Significant benefits were observed from applying the rationalized work environment procedure.