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How to Use GitScrum for Tech Debt Sprints?
How to use GitScrum for tech debt sprints?
Run tech debt sprints in GitScrum with dedicated sprint boards, prioritized debt backlog, and measurable improvement goals. Document technical debt inventory in NoteVault, track metrics before/after. Teams with regular tech debt sprints maintain 30% faster velocity [Source: Technical Debt Research 2024].
Tech debt sprint workflow:
- Inventory - Catalog debt
- Prioritize - By impact
- Plan - Sprint scope
- Execute - Address debt
- Measure - Track improvement
- Document - Record changes
- Celebrate - Acknowledge progress
Tech debt sprint labels
| Label | Purpose |
|---|---|
| type-tech-debt | All tech debt |
| debt-high | High priority |
| debt-quick-win | Fast improvement |
| debt-infrastructure | System level |
| debt-code | Code quality |
| debt-testing | Test gaps |
| sprint-focus | This sprint |
Tech debt columns
| Column | Purpose |
|---|---|
| Debt Inventory | All known debt |
| Sprint Scope | This sprint |
| In Progress | Active work |
| Verification | Testing |
| Done | Complete |
NoteVault debt documentation
| Document | Content |
|---|---|
| Debt inventory | All known debt |
| Prioritization criteria | How we rank |
| Sprint retrospective | What we learned |
| Improvement metrics | Before/after |
| Prevention guidelines | Avoid new debt |
Tech debt task template
## Tech Debt: [description]
### Problem
- What: [current issue]
- Impact: [developer pain/risk]
- Frequency: [how often affects us]
### Solution
- Approach: [how to fix]
- Effort: [estimate]
- Risk: [of making change]
### Metrics
- Before: [measurement]
- After target: [goal]
### Checklist
- [ ] Code changes
- [ ] Tests updated
- [ ] Documentation
- [ ] Metrics verified
### Impact
- Improvement: [what got better]
Prioritization matrix
| Factor | Score |
|---|---|
| Developer frustration | High weight |
| Upcoming features blocked | High weight |
| Stability risk | Medium weight |
| Performance impact | Medium weight |
| Time to fix | Consider |
Sprint planning mix
| Type | Allocation |
|---|---|
| Big improvement | 40-50% of sprint |
| Medium items | 30-40% of sprint |
| Quick wins | 20-30% of sprint |
Common tech debt categories
| Category | Examples |
|---|---|
| Code quality | Complex code, duplication |
| Testing | Missing tests, flaky tests |
| Dependencies | Outdated packages |
| Documentation | Missing/outdated docs |
| Infrastructure | Legacy systems |
| Architecture | Poor patterns |
Metrics to track
| Metric | Before/After |
|---|---|
| Build time | Minutes |
| Test time | Minutes |
| Cyclomatic complexity | Score |
| Code coverage | Percentage |
| Bug rate | Per sprint |
Quick wins examples
| Quick Win | Time |
|---|---|
| Update dependencies | 2-4 hours |
| Fix lint errors | 2-4 hours |
| Add missing tests | 4-8 hours |
| Rename confusing code | 1-2 hours |
| Update documentation | 2-4 hours |
Debt sprint cadence
| Approach | Frequency |
|---|---|
| Dedicated sprint | Every 4-6 sprints |
| Percentage per sprint | 15-20% always |
| Maintenance day | 1 day per sprint |
| Hybrid | Mix approaches |
Common mistakes
| Mistake | Better Approach |
|---|---|
| Too ambitious | Realistic scope |
| No measurement | Before/after metrics |
| Skip testing | Include in estimate |
| No celebration | Acknowledge wins |
Retrospective template
## Tech Debt Sprint Retrospective
### Accomplished
- [Item 1] - [impact]
- [Item 2] - [impact]
### Metrics Improvement
- [Metric]: [before] → [after]
### What Worked
- [Learning 1]
### What Didn't
- [Learning 2]
### Next Debt Sprint
- Priority items for next time