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16-18 Handbook of Aviation Human Factors<br />

design it means getting formal critiques from experienced peers to learn if the concept aligns with the<br />

context. Fusing the different approaches to analysis–synthesis–evaluation is where the interdisciplinary<br />

value lies. Beith and Jasinski (2006) stated,<br />

The integration and interaction of industrial design and <strong>human</strong> <strong>factors</strong> can be challenging.<br />

Because the players are so different, there can be a natural angst associated with the interactions<br />

and ultimate compromises needed to find the best solutions and the best designs. However, when<br />

combined effectively, industrial design and <strong>human</strong> <strong>factors</strong> can produce dramatic and very successful<br />

results. (p. 29)<br />

The integration of <strong>human</strong> <strong>factors</strong> and industrial design activities has become a topic of discussion<br />

and conference across both the Human Factors and Ergonomics Society (HFES), and the Industrial<br />

Designers Society of America (IDSA). There is an increasing appreciation of the overlap between the disciplines,<br />

as well as a growing respect for their respective and unique skill contributions as well as their<br />

inherent connectedness and compatibility. A handful of design schools are including formal <strong>human</strong><br />

<strong>factors</strong> content in their curriculums, while somewhat fewer engineering psychology departments are<br />

also integrating industrial design.<br />

In realizing this interdisciplinarity, the implications for a much deeper, much richer product are far<br />

beyond the simple aesthetics focus of this chapter. We have two disciplines with fundamentally different<br />

approaches to analysis–synthesis–evaluation, and the outcome of their integration on the flight deck is<br />

the opportunity for formal and functional integrity.<br />

16.13 Summary and Next Steps<br />

We have broadly assumed for many years that emotion does not belong in the flight deck—<strong>human</strong>s in<br />

the cockpit are meant to do their jobs rationally and efficiently, serving as an extension of the aircraft<br />

system. In fact, pilots themselves may be the first to claim that accommodation of emotion is bunk, the<br />

rational pilot is meant to have nerves of steel, and to be emotionless. It is not the purpose of this chapter<br />

to suggest that this basic discipline of emotion is misplaced—indeed it is a necessity in aviation. But even<br />

the concept of nerves of steel is conveyed as an emotion, and we can certainly consider the design’s role<br />

in facilitating the generation of appropriate feeling with formal and functional integrity. Moreover, we<br />

are faced with the probability that emotions can easily drive and constrain cognitions.<br />

At its core, electing to fly airplanes is not a terribly rational choice. There are certainly easier ways to<br />

make a living, and the risks and rewards of aviation are not always logically connected. We often hear<br />

of the love or romance of flying, and are well acquainted with the inspiration and wonder that <strong>human</strong><br />

flight engenders. Yet, all of these characteristics are predominately emotional in nature, even as the<br />

job of flying is mostly, we think, cognitive and physical in nature. Thus, we have a substantial rift—<br />

the emotionally disciplined individuals who excel at flying an aircraft most likely resonate with the<br />

emotions that flying gives them.<br />

Accounting for the emotional aspects of flight deck design, whether through visual aesthetics as<br />

discussed here, or through feelings of aircraft integrity as suggested by integrated form and function<br />

together, or by some yet unresearched aspect of design, seems an obvious area in which to extend our<br />

knowledge. What feeling does a pilot need to receive from a flight deck A confirmation of control<br />

A feeling of precision An emotion of engagement A validation of power And what are the consequences<br />

when the design adversely affects, puts the pilot out of control, or engenders distrust And what<br />

are the appropriate modalities and interactions of aesthetics and emotional design for flight decks—<br />

visual, auditory, tactile And how do they interact with basic spatial and temporal perception, cognition,<br />

and decision-making<br />

A number of questions like these are yet unanswered. My hope is that by moving beyond the fundamental<br />

block of “I don’t care how it looks, I only care how it works,” we can move on to the larger issues

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