sprint-plan

Plan sprint tasks with capacity buffers, domain matching, and dependency checks.

Updated Aug 23, 2026

Search Tags:#agile #sprint planning #backlog #capacity planning #team roster #work orders

Ready to run

npx skills add https://github.com/mattfuster/aisef-setup --skill sprint-plan-mattfuster

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: sprint-plan
Source: https://github.com/mattfuster/aisef-setup/tree/main/.claude/skills/sprint-plan
Command: npx skills add https://github.com/mattfuster/aisef-setup --skill sprint-plan-mattfuster

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Sprint planning can be error-prone and time-consuming without a repeatable framework; this Skill automates capacity-aware sprint planning and intake triage to align work orders with team availability.

Core Features & Use Cases

Capacity-based sprint planning that respects an 80% planning capacity buffer and flags carryover risk.
Intake triage and backlog management to graduate work orders into ready items for a sprint.
Assignment guidance using domain routing and dependency checks to minimize risk and ensure balanced workloads.
Use Case: PM asks to plan the next sprint and allocate WOs to engineers based on availability and skill; the Skill returns a plan with committed WOs and stretch goals.

Quick Start

Plan the upcoming sprint by running the sprint planning flow against current backlog, team roster, and current sprint board to generate a ready-to-commit sprint plan.

Frequently Asked Questions about sprint-plan

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I automate sprint planning with capacity buffers and backlog grooming?▼

Sprint planning aligns prioritized work orders with team availability by enforcing an 80% planning capacity buffer, domain matching, and dependency checks to generate a ready-to-commit sprint plan.

How does intake triage graduate backlog work orders into ready sprint items?▼

Intake triage evaluates backlog work orders against sprint readiness criteria, graduating qualified items into the active sprint board while flagging carryover risk and dependency conflicts.

Can I calculate sprint capacity using a team roster and current work orders?▼

Yes, capacity calculation maps the current team roster against prioritized work orders, respecting an 80% planning buffer to ensure balanced workloads and flag potential carryover risk.

What is the best way to assign work orders to engineers based on skills and availability?▼

Assignment guidance uses domain routing and dependency checks to match work orders with engineer skills and availability, minimizing risk and producing balanced workloads across the sprint.

Sprint planning for agile product teams: how do I align committed work with stretch goals?▼

Sprint planning for agile product teams calculates capacity, applies intake triage, and outputs a sprint plan document separating committed work orders from stretch goals based on availability.

When should I not use automated capacity-aware sprint planning?▼

You should avoid automated capacity-aware sprint planning if your team lacks a structured backlog of work orders or a defined team roster, as the dependency checks and capacity buffers require this baseline data.