Track 3 — R&D Capital Management

Module 3.6: Remediation Roadmap & Execution

ICE prioritization, wave planning, measurement frameworks, and stakeholder management. Turn audit findings into measurable improvements.

3 Lessons~55 minAdvanced / Executive

🎓 Track 3 Capstone

This is the final module of Track 3. After completing all 6 modules, you can conduct end-to-end R&D Capital Audits and lead remediation programs.

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Lesson 1: Prioritized Remediation Planning

You can't fix everything at once. The remediation roadmap prioritizes debt by economic impact, assigns teams, sets timelines, and creates measurable milestones.

The ICE Framework

Score each debt item: Impact (1-10, economic severity), Confidence (1-10, how sure are we of the impact?), Ease (1-10, how easy to fix?). ICE = Impact × Confidence × Ease. Highest ICE first.

Example: API redesign — Impact: 9, Confidence: 7, Ease: 3. ICE = 189.
Wave Planning

Group remediation into waves (4-6 week sprints). Wave 1: security & critical incidents. Wave 2: architecture hotspots. Wave 3: platform & infrastructure. Wave 4: code quality.

Never attempt all waves simultaneously. Sequential focus = compounding returns.
The 20% Rule

Dedicate 20% of sprint capacity to debt remediation. This is sustainable without sacrificing feature velocity. Below 15%: debt accumulates faster than remediation. Above 30%: feature delivery suffers.

Non-negotiable: the 20% allocation is protected capacity, not "if we have time"
📝 Exercise

Score your top 20 technical debt items using ICE. Group them into 4 remediation waves. Calculate the total investment (engineer-weeks) per wave.

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Lesson 2: Measuring Remediation Progress

Remediation without measurement is busywork. You must track leading indicators (effort invested) and lagging indicators (outcome improvement) to prove ROI.

Leading Indicators

Sprint allocation to remediation (% of capacity), debt items closed, code coverage improvement, dependency updates completed. These show effort.

Track weekly. If leading indicators stall: remediation is being deprioritized.
Lagging Indicators

Innovation Tax reduction (the ultimate metric), DORA metric improvements, incident rate reduction, APER improvement. These show results and take 2-3 months to appear.

Example: Innovation Tax drops from 55% to 40% after 2 waves = success
The Burndown Chart

Track total estimated remediation effort remaining. Like a project burndown: should trend downward. If it flatlines or increases: new debt is being created faster than remediation.

Healthy: remediation effort decreasing 10-15% per wave
📝 Exercise

Create a remediation dashboard with 3 leading and 3 lagging indicators. Set baseline values today. Define target values at the end of each wave.

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Lesson 3: Stakeholder Management During Remediation

Remediation competes with feature requests for engineering time. Without executive buy-in and sustained support, remediation gets quietly deprioritized within weeks.

The Business Case Refresh

Every 6 weeks, present remediation progress to leadership: investment made, outcomes delivered, remaining work. Connect to business metrics (revenue, incidents, velocity).

Format: "We invested $X in remediation. Innovation Tax dropped from Y% to Z%. APER improved from $A to $B."
Feature Velocity Recovery

Show that remediation is INCREASING feature velocity, not competing with it. After reducing Innovation Tax from 50% to 35%: "We now have 15% more capacity for features — that's 3 additional features per quarter."

Remediation pays for itself within 2-3 quarters through velocity improvement
The "Burning Platform" Communication

For severely indebted organizations: frame remediation as required, not optional. "Our Technical Insolvency Date is Q3 2026. Without remediation, we cannot ship new features after that date."

Use TID as the urgency lever. It's concrete, specific, and alarming.
📝 Exercise

Write a 6-week remediation progress report: investment summary, outcomes achieved (using leading & lagging indicators), and projected ROI for continued investment.

🎓 All Tracks Complete!

You've completed all 18 modules across 3 tracks. You now have the complete toolkit to measure, manage, and communicate engineering as an economic activity.