Design of joint systems: a theoretical challenge for cognitive systems engineering

• Published in: Cognition, technology & work Vol. 11; no. 1; pp. 43 - 56
• Main Authors: Norros, Leena, Salo, Leena
• Format: Journal Article
• Language: English
• Published: London Springer-Verlag 01.02.2009; Springer Nature B.V
• Subjects: Aerospace Technology and Astronautics; Automotive Engineering; Cognition & reasoning; Cognitive Psychology; Computer Science; Design engineering; Human performance; Industrial and Organizational Psychology; Medicine/Public Health; Original Article; User Interfaces and Human Computer Interaction; Design of practice; Distributed cognitition; Cognitive systems engineering; Ecological approach
• DOI: 10.1007/s10111-008-0122-3
• ISSN: 1435-5558

In this paper the “joint systems approach” will be discussed. The approach is considered as a new paradigm in cognitive systems engineering (CSE). Its central idea, that human and technology form a functional unity, is as such not new. Why, then, has this idea become so appealing right now? In the first part of the paper we seek answers to this question by analysing the current situation in product design. The conclusion is that the focus of design is shifting from single products to intelligent environments. This change in focus induces tensions into the design process that urge for solutions. One of them is re-conceptualising the relationship between human and technology, precisely what the joint system approach is about. Three different joint system approaches are considered: the joint cognitive systems approach (JCS), the Risö extended CSE approach, and the joint intelligent systems (JIS) approach proposed by us. Comparisons are made with regard to how these approaches understand the joint system to be organised. While the JCS approach focuses on the human–technology relationship, the other two consider this relationship as embedded in a context of object-oriented activity. As a consequence, environment becomes included in the joint system. In JIS approach we propose the use of the semiotic concept of habit to characterise the ways of functioning of the joint system. “Habit” is a tool for identifying generic patterns in the situation-specific behaviour of the system. Defining habits enables expressing the meaning or purpose of the system’s functioning. In the end of the paper, we propose a design process model for the development of JIS. This approach is aimed at designing systems in usage i.e. to design of practices.