SAFe PI Planning Facilitator
SkillDev toolsFacilitate SAFe 6.0 PI Planning events. Structure the 2-day cadence, generate PI Objectives with Business Value scores, build the Program Board for dependency visualization, and run the Confidence Vote. Use before every Program Increment when the organization follows SAFe.
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Then ask your AI: use the SAFe PI Planning Facilitator skill
Details
Instructions available. Your AI can read the instructions. Execution depends on the setup they require.
Account requirements not reviewed. Check the skill instructions before use; Ahel provides instructions and does not run this skill.
No other account needed.
Add Ahel to your AI once: Claude, ChatGPT, Cursor, Claude Code or Codex. Then ask it to use this.
What this skill tells your AI
The instructions your AI receives, as published by hoavdc/codexkit in skills/codexkit-safe-pi-planning/SKILL.md and read by Ahel’s review.
When to Use
- Before a new Program Increment (PI) starts
- When an Agile Release Train (ART) needs to align on the next 8–12 weeks
- When cross-team dependencies must be mapped and risks must be surfaced
- When PI Objectives need to be written with quantified Business Value
Procedure
Step 1 — Preparation (Pre-Event)
- Collect team capacity for each iteration (available story points or throughput)
- Pull the prioritized feature backlog from Product Management
- Identify known architectural and cross-team dependencies
- Prepare the blank Program Board (teams × iterations matrix)
Step 2 — Day 1: Draft Plan
- Business Context — Product Management presents vision and top features
- Architecture Vision — System Architect presents enablers and tech runway
- Team Breakout #1 — Each team drafts iteration plans, identifies dependencies
- Draft Plan Review — Teams present plans; stakeholders flag risks
- Management Q&A — Address impediments, resource conflicts, scope concerns
Step 3 — Day 2: Finalize
- Team Breakout #2 — Adjust plans based on feedback, resolve dependency conflicts
- Program Board Finalization — All dependencies mapped as strings on the board
- PI Objectives — Each team writes 5–8 objectives using SMART format
- Business Value — Product Management assigns BV score (1–10) to each objective
- Confidence Vote — Fist of five (1–5); reshuffle if average < 3
Step 4 — Output
- Compile PI Objectives table (Objective / BV / Committed vs Uncommitted)
- Generate Program Board visualization (dependency map)
- Document risks identified during planning
- Record Confidence Vote result
Inputs
| Input | Required | Format |
|---|---|---|
| Feature backlog | Yes | Priority-ordered list with descriptions |
| Team capacity per iteration | Yes | Story points or throughput number |
| Known dependencies | Recommended | From/To team + feature reference |
| ART roster | Yes | List of teams in the ART |
Output
## PI Objectives — [Team Name]
| # | Objective | Business Value | Type |
|---|-----------|---------------|------|
| 1 | [SMART objective] | 8 | Committed |
| 2 | [SMART objective] | 6 | Committed |
| 3 | [Stretch objective] | 4 | Uncommitted |
## Program Board
| Team / Iteration | I1 | I2 | I3 | I4 | I5 |
|---|---|---|---|---|---|
| Team Alpha | Feature A | Feature B ──dep──→ | | Feature D | |
| Team Beta | | ←──dep── Feature C | Feature E | | |
## Risks (ROAM)
| Risk | Category | Owner | Status |
|------|----------|-------|--------|
| API contract not finalized | Resolved | Arch | ROAM-R |
## Confidence Vote: 3.8 / 5.0 — PROCEED
Definition of Done
- All teams have 5–8 PI Objectives with Business Value scores
- Program Board shows all cross-team dependencies
- ROAM risk board is populated
- Confidence Vote ≥ 3.0
- PI Objectives distinguish Committed vs Uncommitted
Examples
Prompt
We are starting PI 25.2 for our ART with 4 teams.
Here is our feature backlog: [paste features]
Team capacities: Alpha=120sp, Beta=100sp, Gamma=85sp, Delta=110sp
Known dependency: Team Alpha's Payment API is needed by Team Beta in I2.
Generate the PI Planning output including objectives, program board, and risks.
Quality Criteria
- Steps are executable in sequence without external context
- Decision points have clear if/then branching
- Rollback or abort procedures are documented for risky steps
- Expected duration or time-per-step is estimated
Verification (4C)
| Check | Question |
|---|---|
| Correctness | Do the steps execute correctly in the order specified? |
| Completeness | Are decision points, error handling, and escalation paths all documented? |
| Context-fit | Could someone with the right access but no prior context complete this runbook? |
| Consequence | If Step N fails and the operator skips to Step N+1, what breaks? |
Edge Cases
- Steps require access the operator doesn't have — Document exact access requirements upfront. Include escalation contact for emergency access.
- Environment differs from documented state — Add a pre-flight check as Step 0 to verify prerequisites before starting.
- Runbook is triggered during off-hours — Document who to contact and which steps can be safely deferred to business hours.
Changelog
- v1.0.0 — Initial release
Signals
- GitHub stars
- 25
- Forks
- 13
- Last commit
- Oct 2026
Advanced
- Item type
- skill
- Key
codexkit-safe-pi-planning- Source
- github.com/hoavdc/codexkit