Abstract

We review the theoretical foundation for the need for human factors science. Over the past 2.8 million years, humans and tools have co-evolved. However, in the last century, technology is introduced at a rate that exceeds human evolution. The proliferation of computers and, more recently, robots, introduces new cognitive demands, as the human is required to be a monitor rather than a direct controller. The usage of robots and artificial intelligence is only expected to increase, and the present COVID-19 pandemic may prove to be catalytic in this regard. One way to improve overall system performance is to ‘adapt the human to the machine’ via task procedures, operator training, operator selection, a Procrustean mandate. Using classic research examples, we demonstrate that Procrustean methods can improve performance only to a limited extent. For a viable future, therefore, technology must adapt to the human, which underwrites the necessity of human factors science. Practitioner Summary: Various research articles have reported that the science of Human Factors is of vital importance in improving human-machine systems. However, what is lacking is a fundamental historical outline of why Human Factors is important. This article provides such a foundation, using arguments ranging from pre-history to post-COVID.

Highlights

  • We review the theoretical foundation for the need for human factors science

  • Technology must adapt to the human, which underwrites the necessity of human factors science

  • Human factors science has been defined as ‘the scientific discipline concerned with the understanding of interactions among humans and other elements of a system’ (International Ergonomics Association 2000)

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Summary

Introduction

Human factors science has been defined as ‘the scientific discipline concerned with the understanding of interactions among humans and other elements of a system’ (International Ergonomics Association 2000). It is evident under many other names and labels (e.g. ergonomics, human-computer interaction, or more recently: human-robot interaction). One of the original goals of human factors science was to examine how the properties of technologies (tools, machines, etc.) can be adjusted to enhance system performance. The importance of human factors has been wellestablished and documented in science, the discipline still has a low exposure amongst engineers who design and fabricate modern-day technologies. Our point of departure is a consideration of human evolution over the recent millions of years

Human evolution
From biological evolution to technological evolution
Humans and technology on a single illustration: new demands on the human
Procrustean approaches: adapting the human to the machine
Procedures and incentives
Training
Selection
Conclusion: the need to adapt the machine to the human
Outlook
Findings
The Importance of Human Factors
Full Text
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