Speaker(s): Paul Carlile
(MIT/Sloan)
Title:
Abstract
Organizations must establish processes for managing knowledge across
boundaries because of the specialized and task-dependent forms of knowledge
required to create products and services. To address this challenge a
conceptual framework is developed that identifies and integrates the value of
different approaches to boundaries that are often presented as incompatible in
the literature. The development of the framework is based on two field
studies in product development settings that examined what facilitated the
creation of knowledge across different functional groups. The framework
describes three progressively complex boundaries: syntactic (information
processing), semantic (interpretive) and pragmatic (political). Each
increasingly complex boundary requires a more complex process to facilitate the
joint development of knowledge across specialized domains. Overall, the
framework categorizes types of boundaries, gauges their complexity, and then
describes the processes involved in managing knowledge across each of them.
The development of a new engineering tool in an automotive firm is presented to
illustrate the practical value of the framework.