Phillip Ngo
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Concept

WIDGET (Wonder/Invention/Discernment/Galvanizing/Enablement/Tenacity)

The acronym for Lencioni's six work-phase categories — sequenced as a typical project moves through them: notice the problem, generate solutions, evaluate them, recruit people, do the work, finish the work.

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Working Definition

WIDGET is the mnemonic spine of the working-genius framework. The six letters map to:

  • W — Wonder. Asking the big questions. "Is there a better way? Is something wrong? Are we fulfilling our full potential?" Wonder-genius people are uncomfortable with the status quo; they identify the problem worth solving before anyone else has named it.
  • I — Invention. Creating novel solutions. Invention-genius people generate ideas, products, approaches — the answer to the Wonder-genius's question. They love the blank-page moment.
  • D — Discernment. Evaluative intuition. Discernment-genius people can tell which idea is good without needing the data. They have pattern-recognition for what will work, often expressed as "gut feel."
  • G — Galvanizing. Rallying others. Galvanizing-genius people motivate, recruit, and enthuse others to support a chosen direction. They generate movement.
  • E — Enablement. Responding helpfully. Enablement-genius people provide the assistance and support that makes others' work possible. They are the "yes, I'll help" people who lubricate the team.
  • T — Tenacity. Completion and follow-through. Tenacity-genius people ensure the work gets across the finish line, on time, at standard. They love the closing-out moment.

The sequence is not arbitrary: it tracks the natural flow of work through a project. Wonder identifies the question; Invention proposes answers; Discernment evaluates them; Galvanizing recruits the team; Enablement supports the execution; Tenacity completes it. Every project needs all six phases; team dysfunction is most often a phase-coverage gap.

How Different Authors Frame It

The sequence has implicit relatives in: the design-thinking literature (empathize → define → ideate → prototype → test, IDEO/Stanford d.school); the Stage-Gate product-development process; the OODA loop (observe → orient → decide → act, John Boyd); the agile/scrum cadence; Edward de Bono's Six Thinking Hats. Lencioni's contribution is the explicit energy-type assignment per phase — most adjacent frameworks specify activities without specifying who is energized by performing them.

Mechanism / How It Works

The mechanism is phase-energy matching. Each phase of a project requires a different cognitive and emotional mode: Wonder is exploratory and disquieting; Invention is generative and divergent; Discernment is selective and convergent; Galvanizing is social and energetic; Enablement is responsive and supportive; Tenacity is focused and grinding. A person whose Working Geniuses span Wonder and Invention will love the early-project phases and suffer the later ones; the opposite is true for an Enablement-Tenacity person.

Teams fail at projects not (primarily) because individuals are incompetent but because the current phase of the project does not match the current Genius mix assigned to it. A team full of Inventors stalls at the Tenacity phase; a team full of Tenacious executors never gets past Wonder.

The corollary: project leaders should shift the dominant geniuses across the project's life. The early phases need Wonder + Invention; the middle phases need Discernment + Galvanizing; the late phases need Enablement + Tenacity. A static team-composition is a structural mismatch with a project that needs different energies at different times.

Practical Use

  • For someone navigating a career transition. Identify your two Working Geniuses in WIDGET terms. Then ask of any candidate role: which WIDGET phase does this role primarily live in? A role centered on Tenacity (execution under pressure, quality control, deadline management) is a structural trap for a Wonder-Invention person regardless of pay.
  • For someone in identity crisis. The WIDGET sequence often reveals a missing-self pattern: people who were trained from childhood to be Tenacious (the "responsible eldest child") sometimes discover in midlife that their actual Geniuses are Wonder and Invention, which they have been suppressing. Naming the suppression is partial recovery.
  • For someone leading an organization. Run a WIDGET mapping on the team: each member's two Geniuses placed on the six-phase chart. Visible gaps (no one has Genius in this phase) predict execution failures at that phase. Visible overlaps (three people all have Tenacity Genius, no one has Wonder) predict that the team will execute well on inherited problems but will not surface new ones.

Tensions ⚠

  • Sequence as natural vs. constructed. The WIDGET sequence is presented as the natural flow of a project, but real projects often iterate (the design-thinking literature emphasizes loops, not a linear sequence). Tenacity-stage discoveries can return the project to Wonder; Discernment can disqualify an idea and return to Invention. The framework acknowledges this in passing but does not develop the iterative case.
  • Categories blur in practice. Wonder ↔ Invention (where does "asking the big question" end and "generating a novel answer" begin?); Galvanizing ↔ Enablement (rallying vs. supporting); Enablement ↔ Tenacity (helping vs. completing). The boundaries are heuristic, not crisp.
  • Project flow vs. role flow. WIDGET maps to project flow, but most ongoing roles are not projects with clear phases. A teacher, a therapist, a customer-service representative cycles through all six phases continuously rather than sequentially. The framework's project-orientation makes it sharper for project-based work and weaker for ongoing-process work.

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