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Dt Methods

MicrosoftOfficialPublished by Microsoft

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  • Business and productivity
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From the author

Design Thinking method coaching knowledge across all nine methods including per-method techniques, deep expertise, and industry context (energy, financial services, healthcare, manufacturing, nonprofit and social impact, pharmaceuticals and life sciences, professional services, public sector, retail and CPG)
— the description by Microsoft

AutoGineer summary

Written by AutoGineer from the skill’s own files, not by the author

The dt-methods skill provides a structured reference system for AI agents to coach teams through the Design Thinking process. It organizes guidance into three layers: core method references for day-to-day activities, deep references for advanced facilitation and recovery, and industry-specific context to tailor vocabulary and constraints. The skill covers nine major industries, including energy, healthcare, and financial services, ensuring that coaching is grounded in the specific operational realities and regulatory environments of the user's sector.

What it does

  • Provides step-by-step guidance for nine core Design Thinking methods.
  • Offers advanced facilitation techniques and recovery strategies for complex scenarios.
  • Maps Design Thinking concepts to industry-specific terminology and constraints.
  • Integrates telemetry expectations for session artifacts to ensure observable outcomes.
  • Supplies industry-specific empathy tools and stakeholder considerations.
  • Supports tailoring of coaching based on the active method and identified industry context.

When to use it

  • When facilitating a Design Thinking session and requiring method-specific guidance.
  • When a team needs advanced troubleshooting or recovery techniques during a workshop.
  • When applying Design Thinking within a specific industry to ensure relevant vocabulary and constraints are respected.
  • When defining telemetry or audit trails for Design Thinking session artifacts.

Advantages

  • Ensures consistent coaching across the entire Design Thinking lifecycle.
  • Reduces friction by using industry-appropriate language and concepts.
  • Provides a clear path for scaling from basic methods to advanced facilitation.
  • Integrates operational and regulatory awareness into the design process.

Usage examples

“How should I facilitate a brainstorming session for a team in the energy sector?”
The agent will load the brainstorming method reference and the energy industry context, providing guidance that uses energy-specific terms like 'reliability concern' and 'forced outage rate' while emphasizing safety and regulatory constraints.
“We are stuck during the user research phase; what advanced techniques can we use?”
The agent will access the deep reference for the Design Research method to provide advanced facilitation strategies and recovery techniques to help the team overcome their current roadblock.

Install

  1. Download the skill as a ZIP:

    https://autogineer.com/agent-skills/microsoft/dt-methods/download
  2. Unzip it into the cross-client skills folder of your project:

    mkdir -p .agents/skills && unzip dt-methods.zip -d .agents/skills

Documentation by Microsoft

Design Thinking Methods Skill

Entrypoint for Design Thinking method coaching knowledge. The dt-coach agent loads the method reference matching the active method in coaching state, the matching deep reference when advanced technique is needed, and the industry reference when an industry context applies.

How to use this skill

  • Read the method reference for the method currently active in coaching state to ground day-to-day coaching.

  • Read the matching deep reference when the conversation needs advanced facilitation, recovery techniques, or expert frameworks beyond the core method guidance.

  • Read the industry reference when the team has identified one of the nine covered industries as their context, and weave its vocabulary, constraints, and empathy tools into method-specific guidance.

  • Read dt-coach-telemetry.md when DT session artifacts need observable telemetry expectations grounded in telemetry-foundations.

Method references

Industry context references

Load the matching reference when the team identifies its industry context.

ReferenceWhen to load
industry-energy.mdEnergy-sector vocabulary, constraints, empathy tools, and reference scenario.
industry-financial-services.mdFinancial services vocabulary, constraints, empathy tools, and reference scenario.
industry-healthcare.mdHealthcare vocabulary, constraints, empathy tools, and reference scenario.
industry-manufacturing.mdManufacturing vocabulary, constraints, empathy tools, and reference scenario.
industry-nonprofit-social-impact.mdNonprofit and social impact vocabulary, constraints, empathy tools, and reference scenario.
industry-pharmaceuticals-life-sciences.mdPharmaceuticals and life sciences vocabulary, constraints, empathy tools, and reference scenario.
industry-professional-services.mdProfessional services vocabulary, constraints, empathy tools, and reference scenario.
industry-public-sector.mdPublic sector and government vocabulary, constraints, empathy tools, and reference scenario.
industry-retail-cpg.mdRetail and consumer goods vocabulary, constraints, empathy tools, and reference scenario.

Skill layout

.
├── SKILL.md
└── references/
    ├── method-01-scope.md
    ├── method-01-deep.md
    ├── method-02-research.md
    ├── method-02-deep.md
    ├── method-03-synthesis.md
    ├── method-03-deep.md
    ├── method-04-brainstorming.md
    ├── method-04-deep.md
    ├── method-05-concepts.md
    ├── method-05-deep.md
    ├── method-06-lofi-prototypes.md
    ├── method-06-deep.md
    ├── method-07-hifi-prototypes.md
    ├── method-07-deep.md
    ├── method-08-testing.md
    ├── method-08-deep.md
    ├── method-09-iteration.md
    ├── method-09-deep.md
    ├── industry-energy.md
    ├── industry-financial-services.md
    ├── industry-healthcare.md
    ├── industry-manufacturing.md
    ├── industry-nonprofit-social-impact.md
    ├── industry-pharmaceuticals-life-sciences.md
    ├── industry-professional-services.md
    ├── industry-public-sector.md
    ├── industry-retail-cpg.md
    └── dt-coach-telemetry.md

Files

references/method-09-iteration.md


title: 'DT Method 09: Iteration at Scale' description: Design Thinking Method 09 (Iteration at Scale) for refining and scaling validated solutions across contexts.

Method 9 transforms user-validated solutions from Method 8 into continuously optimized production systems through telemetry-driven enhancement, systematic refinement cycles, and organizational deployment planning that extends beyond code. This is the final method in the nine-method Design Thinking sequence.

Purpose

Transform deployed solutions into measurable business value through production telemetry analysis, iterative refinement of working systems, and organizational deployment that addresses change management, training, and adoption. Method 9 focuses on iterative enhancement, not fundamental redesign — teams optimize what works rather than rebuilding.

Coaching Identity Extension

Method 9 extends the foundational dt-coaching-foundation coaching-identity Think/Speak/Empower framework with production optimization vocabulary.

Think: Assess production data patterns, optimization opportunity prioritization, and organizational readiness signals. Evaluate whether refinements improve real user experience or only move metrics. Consider deployment scaling challenges across technical, user, and process dimensions.

Speak: Share observations about telemetry patterns and optimization tradeoffs naturally. "The usage data suggests most value comes from that workflow area — want to explore why?" or "You've covered technical rollout well; what about the people side of this deployment?"

Empower: Offer choices between optimization targets, rollout strategies, and iteration pacing. "Focus on the high-frequency workflow first, or address the edge case with the most user frustration?" Trust the team to balance data-driven decisions with organizational context.

Coaching Hats

Two specialized coaching hats provide focused expertise within Method 9. The coach switches hats based on activation triggers detected in user conversation.

Iteration Strategist

Production optimization, telemetry interpretation, and continuous improvement cycles.

Activation triggers:

  • User has production data and needs to identify optimization opportunities.

  • User is analyzing usage patterns or performance metrics.

  • User is planning or executing an optimization cycle.

  • User struggles with prioritization of improvement opportunities.

  • Conversation involves A/B testing, phased rollout, or rollback decisions.

Coaching focus:

  • Data-to-insight translation: help users move from raw metrics to actionable optimization hypotheses.

  • Impact-effort prioritization: guide users toward high-impact, low-risk changes first.

  • User advocacy enforcement: prevent optimizations that degrade user experience (reference dt-coaching-foundation quality-constraints).

  • Iteration pacing: prevent analysis paralysis by maintaining regular improvement cycles.

  • Baseline discipline: ensure every change is measured against established baselines.

Deployment Planner

Organizational change management, stakeholder communication, training, and adoption measurement.

Activation triggers:

  • User shifts from technical optimization to organizational rollout planning.

  • User asks about stakeholder communication, training, or change management.

  • User needs to plan phased deployment across teams or locations.

  • User is defining adoption metrics or sustainability frameworks.

  • Conversation moves from "does it work?" to "how do we roll it out?"

Coaching focus:

  • Change management framing: anticipate organizational resistance and plan mitigation strategies.

  • Stakeholder communication planning: identify audiences, messages, and channels for different stakeholder groups (end users, managers, executives).

  • Training approach: guide development of training that accounts for real-world user constraints (environment, time pressure, skill levels).

  • Adoption metric definition: distinguish vanity metrics from meaningful adoption indicators (detect workarounds, track voluntary usage growth).

  • Sustainability planning: build feedback loops that outlast the initial deployment push.

Sub-Method Phases

Method 9 organizes into three sequential phases. Each phase produces distinct artifacts and activates different coaching behaviors.

Phase 9a: Iteration Planning

Translate Method 8 user testing results and production data into a structured iteration strategy. Establish baselines, define optimization priorities, and plan feedback loops.

Activities: baseline measurement establishment, telemetry framework design, optimization opportunity identification from Method 8 findings, review cadence definition (weekly perspective checks, monthly comprehensive reviews, quarterly strategic assessments, annual user research validation per quality constraints).

Exit criteria:

  • Baseline metrics established for current system performance and user satisfaction.

  • Telemetry capturing meaningful usage patterns and user behavior signals.

  • Optimization priorities ranked by impact and risk.

  • Review cadence defined with clear ownership.

Coaching hat: foundational coaching identity (setup phase, no specialized hat).

Phase 9b: Systematic Refinement

Execute iterative optimization cycles using production data and user feedback. Prioritize high-impact, low-risk changes and validate improvements systematically.

Activities: data-driven optimization cycle execution, user advocacy validation (prevent experience degradation), A/B testing for systematic comparison, phased rollout with rollback capability, process refinement alongside system refinement.

Exit criteria:

  • At least one optimization cycle completed with measurable results.

  • User advocacy checks passed (no experience degradation).

  • Improvement validated through telemetry against baselines.

Coaching hat: Iteration Strategist.

Phase 9c: Deployment Planning

Plan organizational deployment beyond code. Address change management, stakeholder communication, training, adoption metrics, and long-term sustainability.

Activities: change management planning (resistance anticipation, champion identification, communication cadences), stakeholder communication strategy for different audiences, training material development accounting for real-world constraints, adoption metric definition, sustainability framework creation, handoff to production operations.

Exit criteria:

  • Deployment plan documented with rollback capability.

  • Stakeholder communication plan addresses different audiences (end users, managers, executives).

  • Training approach defined for actual usage context and environmental constraints.

  • Adoption metrics specified and distinguish genuine adoption from surface usage.

  • Feedback loops operational for continuous input collection.

Coaching hat: Deployment Planner.

Sub-Method Transition Criteria

9a to 9b: Baseline metrics are documented, telemetry framework is active and capturing meaningful data, and optimization priorities are ranked by impact and risk.

9b to 9c: At least one refinement cycle has produced measurable improvement, user advocacy checks confirm no experience degradation, and the team has validated that the iteration process works before planning broader deployment.

Scaling Considerations

Four dimensions structure scaling assessment as solutions move from validated prototype to production deployment.

  • Technical scaling covers infrastructure capacity, performance under increased load, integration breadth across systems, and edge cases not covered in prototype testing.

  • User scaling addresses diverse user populations, varying skill levels, multiple usage contexts and environments beyond the original test group.

  • Process scaling encompasses organizational processes, governance structures, and review cadences that sustain across staff changes and organizational evolution.

  • Constraint reassessment revisits frozen and fluid constraints from Method 1 scope conversations — constraints frozen at scoping may have shifted during implementation, and new constraints may have emerged.

Quality Standards

Reference dt-coaching-foundation quality-constraints for the full Method 9 quality framework. Key standards enforced during coaching:

  • Prioritize high-impact, low-risk changes; iterative enhancement, not fundamental redesign.

  • User advocacy: prevent experience degradation, preserve working workflows, maintain trust.

  • Phased rollouts with rollback capability; A/B testing for systematic comparison.

  • Metrics connect usage patterns to measurable business outcomes; metrics without business context are noise.

  • Review cadence: weekly perspective checks, monthly comprehensive reviews, quarterly strategic assessments, annual user research validation.

Coaching Examples

Iteration Prioritization (Iteration Strategist)

Scenario: Team has production data showing multiple optimization opportunities but struggles to prioritize.

  • Level 1: "What does the usage data tell you about where users spend the most time?"

  • Level 2: "You're seeing high-frequency patterns in that workflow area. What improvement there would affect the most users?"

  • Level 3: "The telemetry shows the majority of users hit that specific workflow. A small improvement there has outsized impact compared to fixing the edge case affecting a small fraction of sessions."

  • Level 4: "Prioritize the high-frequency workflow optimization first — high impact, low risk. Park the edge case for the next cycle."

Organizational Deployment (Deployment Planner)

Scenario: Team planning rollout of an optimized system focuses only on technical deployment, ignoring change management.

  • Level 1: "What happens when users encounter the changes?"

  • Level 2: "You've planned the technical rollout well. How will the affected team learn about the new workflow?"

  • Level 3: "Consider that shift-change is when most usage happens. A training session during shift overlap could reach both teams."

  • Level 4: "Create a phased rollout: Week 1 on one shift with champions, Week 2 expand with documented feedback, Week 3 full deployment with rollback plan."

Method Integration

Input from Method 8
  • User testing findings categorized by severity and frequency.

  • Validated solution behaviors confirmed by real users in real environments.

  • Constraint discoveries from production-environment testing.

  • Prioritized improvement recommendations from systematic user validation.

  • Baseline performance and usability metrics from testing sessions.

Exit from Design Thinking

Method 9 is the final method in the sequence. The coach's role diminishes as the system enters continuous optimization, transitioning from active guidance to advisory availability.

Exit readiness signals (reference dt-coaching-foundation method-sequencing): telemetry captures meaningful usage patterns, phased rollout plan exists with rollback capability, business value metrics connect system performance to organizational outcomes, and feedback loops sustain without coaching intervention.

Handoff to production operations: the team owns the iteration cadence, telemetry interpretation, and deployment decisions. The coach remains available for periodic reassessment or when new constraints emerge that warrant returning to earlier methods.

Artifacts

Method 9 artifacts are stored at .copilot-tracking/dt/{project-slug}/method-09-iteration/:

  • refinement-log.md — Tracks optimization cycles with baseline measurements, changes applied, results observed, and decisions made.

  • scaling-assessment.md — Documents scaling readiness across technical, user, process, and constraint reassessment dimensions.

  • deployment-plan.md — Captures organizational deployment strategy including change management, stakeholder communication, training, adoption metrics, and rollback procedures.

  • iteration-summary.md — Summarizes overall iteration findings, business value delivered, and coaching exit status.

  • All DT coaching artifacts are scoped to .copilot-tracking/dt/{project-slug}/. Never write DT artifacts directly under .copilot-tracking/dt/ without a project-slug directory.

Requirements and compatibility

Written for: GitHub Copilot, Claude Code

Works with: Claude Code, Claude apps, OpenAI Codex, GitHub Copilot, Cursor, Gemini CLI, Kiro, OpenCode, Goose, Amp, Roo Code, JetBrains Junie, Factory Droid, Devin (ex-Windsurf), Mistral Vibe, OpenHands, Letta

“Works with” means the tool reads the open Agent Skills format; a skill written for one tool may use features others lack.

Needs: Claude Code frontmatter

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Attribution and licence

Published by
Microsoft
Publisher
Microsoft (Official)
Source
microsoft/hve-core · .github/skills/design-thinking/dt-methods · commit f425e94
Licence
MIT License (redistribution allowed)
  • LICENSE (added by AutoGineer from LICENSE)
  • ATTRIBUTION.md (written by AutoGineer)
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Download ZIP

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