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Burndown Chart Calculator

Track sprint progress and calculate burndown speeds for Agile project management

Sprint Details

Total number of working days in the sprint

Sum of all story points in the sprint

Number of working days completed

Total story points completed so far

Daily Story Points Burnt

Burndown Analysis

3.0
Current Speed
(points/day)
4.0
Required Speed
(points/day)
20
Points Remaining
(5 days left)
42.9%
Completed
of sprint
Sprint Progress42.9%
🚨 Sprint Behind Schedule
Current speed (3.0) is significantly below required speed (4.0). Action needed.
Estimated Completion: Day 11.7(1.7 days over)

Formulas used:

Current Speed = Story Points Burnt ÷ Days Since Start

Required Speed = Remaining Points ÷ Remaining Days

Completion % = (Points Burnt ÷ Total Points) × 100

Recommendations

• Consider removing lower priority tasks from the sprint • Add additional resources if possible • Review and eliminate blockers • Focus on highest value stories

Example: Team Alpha Sprint

Sprint Setup

Team: Team Alpha

Sprint Duration: 2 weeks (10 working days)

Total Story Points: 35

Days Completed: 5 working days

Story Points Burnt: 15

Burndown Analysis

Current Speed: 15 ÷ 5 = 3 points/day

Required Speed: (35 - 15) ÷ (10 - 5) = 4 points/day

Status: Behind schedule - need to increase velocity

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Agile Concepts

S

Sprint

Time-boxed iteration, typically 1-4 weeks

P

Story Points

Relative measure of effort and complexity

V

Velocity

Rate of story point completion over time

Burndown Tips

✓

Update burndown daily for accurate tracking

✓

Focus on completed work, not work in progress

✓

Use trends to predict sprint completion

✓

Address velocity issues early in sprint

Understanding Burndown Charts

What is a Burndown Chart?

A burndown chart is a graphical representation of work left to do versus time in an Agile sprint. It shows the team's progress in completing tasks and helps predict whether the sprint goal will be achieved.

Key Components

  • •X-axis: Sprint days (time progression)
  • •Y-axis: Story points remaining
  • •Ideal line: Perfect completion trajectory
  • •Actual line: Real progress tracking

Burndown Speed Formulas

Current Speed = Points Burnt ÷ Days Elapsed

Required Speed = Remaining Points ÷ Remaining Days

Completion % = (Points Burnt ÷ Total Points) × 100

Benefits

  • •Visual progress tracking
  • •Early risk identification
  • •Team velocity measurement
  • •Sprint completion prediction

Interpreting Your Burndown

Good Signs

  • • Steady downward trend
  • • Actual line near ideal line
  • • Consistent daily progress
  • • Team meeting velocity goals

Warning Signs

  • • Flat or increasing trend
  • • Large gap from ideal line
  • • Irregular progress patterns
  • • Consistently missing targets
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