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Case Study

Improving Sprint Predictability Through Capacity-Based Planning

Improved sprint reliability by intentionally planning below full capacity, allowing teams to absorb unexpected work without jeopardizing commitments.

Build ProductImprove ReliabilityDesign SystemsSimplify ComplexityDeliver IncrementallyThink in Systems

Story Flow

Context

01

At Caunos, sprint commitments were highly visible to both customers and stakeholders. Late discoveries and change requests could threaten delivery success.

Problem

02

Overcommitting during sprint planning increased the likelihood of missed commitments and unstable delivery.

Constraints

03
  • Two-week sprint cycles.
  • Ongoing customer feedback.
  • Bug fixes and change requests emerging during development.
  • Quality standards requiring extensive testing.

What I Did

04

Estimated actual team capacity conservatively. Planned approximately seven days of work within ten-day sprints. Reserved buffer time for bug fixes, reviews, and unforeseen changes. Avoided introducing additional scope into active sprints without team agreement. Supported backlog items only when sprint commitments remained secure.

Trade-offs

05

Short-term velocity metrics appeared lower. However, predictability and trust improved substantially.

Outcome

06

Increased delivery reliability. Reduced sprint spillover. Improved stakeholder confidence. Maintained quality without excessive pressure.

What I Learned

07

Predictability is often more valuable than maximizing utilization. Teams perform better with sustainable delivery practices.