ASTM E2350

ASTM E2350 is a guide focused on integrating ergonomics and human factors into new occupational systems, helping teams consider people-centered design from the earliest stages of development. It is intended to support better alignment between system requirements and human capabilities, which can improve usability, safety, and overall performance. By addressing ergonomics and human factors during system planning and design, this ASTM standard may help reduce avoidable issues later in implementation and operation.

Overview of ASTM E2350

The official title of ASTM E2350 identifies it as a standard guide, so its role is to provide direction rather than a fixed set of test requirements. Its technical context is the integration of ergonomics and human factors into new occupational systems, which commonly means considering how people will interact with tools, tasks, interfaces, and workflows. For buyers and specifiers, this guide can serve as a practical reference when evaluating whether a new system has adequately accounted for human use, performance, and limitations.

Common use cases of ASTM E2350

ASTM E2350 is commonly used when planning or reviewing new occupational systems that will be operated by people in real work settings. It may be referenced during early design, procurement, system integration, or internal review to help ensure human factors considerations are addressed before deployment. The guide is especially relevant where user interaction, task design, or operator workload can affect system effectiveness, making it useful for organizations aiming to build ergonomics into the process rather than add it later.

Benefits of using ASTM E2350

Using ASTM E2350 can help organizations apply a more consistent approach to ergonomics and human factors across new system development. That consistency may support better decision-making during procurement, engineering review, and acceptance planning. It can also help reduce the risk of design choices that create avoidable strain, confusion, or operational inefficiency. For teams working toward quality control and compliance goals, the guide offers a clear technical reference for evaluating how human needs are being addressed.

• Early integration of ergonomics
• Human factors-focused system planning
• Support for usability and safety review
• Useful reference for procurement and design decisions
• Helps reduce operator-related risk