Consulting
Hidden Coordination Frictions in Technical Teams
Physical Debugging for Engineering and Product Teams to surface coordination frictions and improve decision velocity in complex systems.
When engineering, product and sales operate with different mental models of the same system, decisions stall and risk becomes distributed across the organization.
Why physical debugging
Modern technology companies rarely fail because of technical limitations.They struggle because coordination inside expert teams becomes misaligned.
Engineering, product and sales often operate with different interpretations of the same system. Decisions slow down, risk becomes harder to locate, and responsibility fragments across the organization.
In these conditions, even highly capable teams can become structurally inefficient. Most organizations address this through meetings, process redesign, or communication frameworks.
However, coordination issues rarely appear in what people say.They emerge in how people behave together under pressure.
Physical Debugging creates structured physical simulations where coordination patterns can be observed in real time.
I design these simulations to help teams reset group dynamics and improve collective decision-making under complexity.
Diagnostic Framework
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Movement Based Brain Reset
Embodied simulation of product’s features for roles understanding and frictions diagnostics. -
Systemic Synchrony
Movement-based exercises that reveal alignment and misalignment in team interaction patterns. -
Cooperative Design
Post-simulation discussions become more open and less constrained by formal roles, improving clarity in problem framing and decision-making.
CASE STUDY: Resolving Product–Engineering Misalignment
The Problem: Resolving Version Disalignment & Mental Friction between R&D and Sales, eliminating systemic inefficiency.
The Process
Stakeholders physically simulated product interaction, revealing obsolete mental models and contradictory software visualizations through movement.
A guided movement session based on listening, unison and team coordination to observe how coordination patterns shift under shared constraints.
The physical “reset” reduced communication barriers and enabled broader participation across the team. This shift supported faster alignment on technical decisions through shared understanding.
Where This Method Is Used
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Product Misalignment
Engineering and sales teams working with different interpretations of the same system. -
High-Complexity Decisions
Teams stuck in analytical loops where traditional discussion does not lead to convergence. -
Post-Merger Teams
Groups required to collaborate without shared operational rhythms or trust structures.
Executive Services
| Service | Focus | Outcome |
|---|---|---|
| The Diagnostic Pilot | 1-Day Immersive | Mapping of coordination frictions and behavioural misalignments. |
| Retention Architecture | Quarterly Strategic Program | Improved team coordination and reduced operational friction. |
| Culture Engineering | Executive Retainer | Advisory on space/ritual design to mitigate risk. |
“Cooperation cannot be programmed. It is enacted through shared physical and temporal behaviour.”
Paola Tognazzi is a researcher and designer working at the intersection of movement, human-computer interaction, and organizational behavior.
Her work on physical interaction systems has been developed through collaborations with universities and multidisciplinary research labs in Europe.
She now applies these methodologies to help technical teams resolve coordination friction and unlock collective decision-making.
Engagement Format
Most collaborations begin with a one-day diagnostic session designed to observe coordination patterns within the team.
This session allows leadership to evaluate whether the methodology is relevant before engaging in longer-term work.