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Precision CNC Interface Redesign & HFE Optimization

Applying ISO 9241-210 and ISO 6385 to reduce human error and cognitive workload through advanced Human Factors Engineering.

ISO-Compliant HFE Framework

Our methodology utilizes CORA-style task analysis to dissect machining workflows into measurable operator task components. By aligning with ISO 9241ndards, we systematically reduce cognitive workload and improve safety efficiency in CNC environments through data-driven HFE principles.

Interface Audit

Heuristic evaluation based on ISO 9241 standards to identify usability gaps in legacy CNC control panels and graphical user interfaces.

Workload Analysis

Measuring cognitive demand and operator stress using NASA-TLX integration to optimize information density and reduce error probability during CNC operation.

Error Mitigation

Identifying safety friction points and latent error triggers in industrial machining setups through rigorous ethnographic observation and incident mapping.

Project Deliverables

A structured, human-centered package designed to guide and validate redesign decisions through measurable HFE data and ISO-compliant documentation.

Technical Specs

Measurable design targets and UI requirements derived from ISO 9241-210 to guide CNC interface developers.

User Task Mapping

Comprehensive end-to-end journey maps of CNC operation cycles, identifying cognitive friction and error traps.

ISO Validation Repo

The full library of documentation verifying your system's compliance with ISO 6385 and ergonomic standards.

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