< All Topics
Print

Optimized Sprint Capacity Plan

Optimized Sprint Capacity Plan outlines a strategy to optimize sprint capacity by balancing high-complexity and high-volume tasks with early QA involvement. The goal is to maintain sustainable velocity, ensure quality, and manage workloads efficiently across development and QA teams.

The video concepts are shared by Gary Tsang, are great tips to improve the velocity of a scrum team.


Balanced Work Distribution with Shift-Left Testing

Low Point/High Volume Stories

  • Assign higher volume of low point based well-documented tasks to citizen developers or less experienced developers.
  • Focus on simple, low-risk tasks with quick turnaround to QA with clear requirements.
  • Involve QA early by using a parallel testing pipeline:
    • Hand off tasks to QA at 80-90% completion, even mid-sprint.
    • Prevent bottlenecks with continuous handoffs.

High Point/High Complexity Stories

  • Assign lower volume of higher complexity, higher point based, high-risk tasks to senior developers.
  • Focus on tasks that require deeper analysis and have a higher impact.
  • Offload simpler tasks to other team members to prevent senior developer burnout.

Key Workflow Outcomes

  • High-Volume Tasks: Maintain sprint velocity by delivering smaller tasks quickly.
  • High-Complexity Tasks: Deliver strategic, high-impact features.
  • Shift-Left Testing: Minimize last-minute bottlenecks with early QA involvement for smoother deployments.

Sprint Metrics to Track Capacity Continuous Improvement

MetricWhat it MeasuresWhy it MattersWhat to Track
Velocity TrackingTotal points completed per sprintEnsure balanced workload by story typeTrack complex vs. simple story points
WIP LimitsStories/tasks in progress at oncePrevent overload, ensure smooth flowMonitor WIP for developers and QA
Lead TimeTime from creation to completionIdentify blockers, improve efficiencyCompare lead times for story types
Cycle TimeTime from “In Progress” to “Done”Detect bottlenecks and delaysTrack QA handoff and completion times
Defect RateDefects found per sprintAssess code quality and testing gapsTrack defects by story type/phase
Story DistributionRatio of complex to simple storiesKeep workloads balanced across teamsMonitor percentage of story types
QA ThroughputStories tested and approved per sprintAvoid QA bottlenecks, ensure smooth flowTrack tasks ready for QA mid-sprint
Sprint PredictabilityCommitted vs. completed storiesImprove planning and executionTrack missed or extended tasks
Blocked StoriesNumber and duration of blocked tasksIdentify blockers and dependenciesTrack block duration and root causes
Burn-Down/Burn-UpSprint progress towards completionVisualize real-time progressIdentify work left before sprint ends

Implementation Steps

  1. Agile Tools Setup
    • Use Jira or ServiceNow Agile dashboards to monitor metrics.
    • Create workflows reflecting the dual-track approach with WIP limits.
  2. Sprint Planning and Retrospective Process
    • Use metrics to balance complex and simple tasks during sprint planning.
    • Identify improvement areas during retrospectives, focusing on QA handoffs and blockers.
  3. Predictive Reporting
    • Analyze historical data to forecast the ideal story mix.
    • Monitor trends to optimize QA and development resources.

Conclusion

This strategy ensures high-complexity and high-volume tasks are delivered efficiently. Early QA involvement prevents testing bottlenecks, and tracking key metrics provides insights to improve velocity and workflow. By continuously monitoring and refining this process, the team can achieve sustainable progress and meet product goals effectively.

Other Optimized Sprint Capacity Plan Resources

Digital Center of Excellence: Business Process, Digital Tranformation and AI. https://www.linkedin.com/groups/14470145/
Digital Center of Excellence: Business Process, Digital Tranformation and AI. https://www.linkedin.com/groups/14470145/

Table of Contents