A perceptual bridge to adaptive use
The model explains how nested technological and human affordances shape what users perceive as feasible before they choose basic use, mending, or discovering.
§7.5, PDF pp.13–14; paper pp.12–13.
Conference Paper · 2016
Best Paper Runner-Up · 2016
Wang, G., & Nandhakumar, J. (2016). Affordance-based conceptualization of adaptive use of enterprise systems. In Proceedings of the 24th European Conference on Information Systems (pp. 1–15). Association for Information Systems. https://aisel.aisnet.org/ecis2016_rp/182/
Explore the original contribution
Interactive paper explorationStarting point
Users cannot get IT staff to reprogramme a slow module.
The paper’s insight
The module, shared data format, another tool, and available support jointly make a workaround possible.
What changes
Value can come from a new way of using existing features, as well as from mending the system.
Technology-centred accounts explain what a system enables or prevents. The paper asks how users perceive possibilities when other people and multiple affordances are also involved.
The case shows that technological and human affordances combine into nested affordances. A limitation can contribute to a different feasible action through that combination; it does not enable the action it directly prevents.
Concept explorer
Select a concept to see its role in this paper’s contribution.
Action possibilities offered by other actors surrounding a user; the paper brings these into its explanation of adaptive system use.
Limitations that become part of a combination enabling another course of action.
Actualising new working possibilities by changing system features.
Actualising new working possibilities without changing system features.
The relationships among affordances matter, beyond the capacity of each one separately.
The model explains how nested technological and human affordances shape what users perceive as feasible before they choose basic use, mending, or discovering.
§7.5, PDF pp.13–14; paper pp.12–13.
The contribution lies in the relational account: an inability to reprogramme a module can help prompt a workable combination with another tool. The constraint alone is not sufficient.
§7.3–7.4, PDF pp.11–13; paper pp.10–12.
The paper recommends increasing IT staff’s presence in business users’ daily system use and improving their cooperative relationship.
Practical implications, PDF p.14; paper p.13.
Distinguish changing the system from discovering new uses. Record and circulate useful discoveries so that situated solutions are not overlooked later.
§7.1, PDF p.10; paper p.9.
Why this matters
Getting more value from an existing enterprise system can depend on the relationship between business users and IT staff, not simply on adding features.
Discuss this researchQualitative case study of an ongoing SAP enterprise-system project at one large chemical company, including 20 interviewees. The reported combinations explain this case; they are not universal causal rules.
Post-implementation SAP project; interviews, documents, and observations.
Two adaptive uses, human and constraining affordances, relational model, practical implications.
This exploration is based on the author-supplied full text. It distinguishes the paper’s own contribution from established concepts it draws on. For formal citation, consult the publication.