The movement of knowledge within an organization is rarely a linear process.
While explicit knowledge—facts, instructions, and data—can be codified and sent via email, the more valuable “tacit” knowledge—intuition, experience, and “know-how”—is notoriously difficult to transport across group boundaries.
When different departments or teams attempt to share expertise, they often encounter “knowledge boundaries” where language, priorities, and culture differ. Successfully navigating these gaps requires specific mechanisms to translate and embed information into new contexts.
The Three Levels of Knowledge Boundaries
Effective knowledge transport depends on identifying the type of boundary separating two groups.
- Syntactic Boundaries: These occur when groups use different professional terminologies or “languages.” The challenge here is simply establishing a common lexicon.
- Semantic Boundaries: These arise when groups have different interpretations of the same information. A “successful product” might mean high profit to the finance team but high user engagement to the design team.
- Pragmatic Boundaries: These are the most difficult to cross, occurring when groups have conflicting interests. Sharing knowledge might require one group to change their established workflow or cede power, creating political or social resistance.
Mechanisms for Effective Knowledge Transport
To overcome these boundaries, organizations use “boundary objects” and “knowledge brokers” to facilitate the flow of information.
1. Boundary Objects
These are physical or digital artifacts that are plastic enough to adapt to local needs but robust enough to maintain a common identity across groups. They serve as a bridge that allows people from different backgrounds to collaborate without needing to understand every nuance of the other person’s specialty.
A classic example is the use of Prototypes at IDEO. By creating a physical model, designers, engineers, and marketing experts can all interact with the same object. The engineer sees structural constraints, while the marketer sees consumer appeal, yet the prototype allows them to discuss the same reality simultaneously.
2. Knowledge Brokers
Brokers are individuals who inhabit the intersections of different groups. They possess enough “interactional expertise” to translate concepts from one domain to another.
At Toyota, the role of the Shusa (Chief Engineer) acts as a high-level knowledge broker. The Shusa does not just manage a project; they navigate between the disparate worlds of styling, mechanical engineering, and manufacturing to ensure that the specialized knowledge of each group is integrated into the final vehicle design.
Knowledge Embedding and Practice
Knowledge is most effectively transported when it is embedded into routines or shared practices rather than just “taught.”
1. Communities of Practice
These are informal groups of people who share a concern or a passion for something they do and learn how to do it better as they interact regularly.
Schlumberger, the oilfield services provider, utilizes a vast internal network called “InTouch.” This system allows field engineers in remote locations to pose technical challenges to a global community of experts. The knowledge isn’t just stored in a database; it is actively transported through dialogue and peer-to-peer problem-solving, turning individual experience into organizational capability.
2. Standardized Replication
For highly technical or operational knowledge, organizations often use a “Copy Exactly” strategy. This was pioneered by Intel to transport complex semiconductor manufacturing knowledge across global factories. By requiring every site to use identical equipment, chemicals, and even floor layouts, Intel minimizes the “noise” that usually occurs when knowledge moves from a development lab to a high-volume production plant.
Barriers to Successful Transport
Even with the right tools, several psychological and structural factors can stall knowledge movement:
- The “Not Invented Here” Syndrome: A cultural resistance where groups devalue knowledge coming from outside their own circle.
- Absorptive Capacity: A group’s ability to recognize the value of new information, assimilate it, and apply it. If a marketing team lacks basic technical literacy, they cannot “absorb” the specialized knowledge the R&D team is trying to provide.
- Causal Ambiguity: Sometimes, a group is successful but doesn’t fully understand why. If the factors behind a success are unclear, they cannot be accurately packaged and moved to another department.
Explore how to design a specific knowledge-sharing workshop or internal mentorship program to bridge two specific departments.