N13-2: Budget Ownership & R&D Stewardship
The difference between spending a budget and stewarding capital.
🎯 What You'll Learn
- ✓ Own the R&D budget
- ✓ Model headcount economics
- ✓ Practice zero-based budgeting
- ✓ Present CapEx vs OpEx strategies
Lesson 1: R&D Budget Anatomy
The R&D budget has four major buckets: People (salaries, benefits, contractors — typically 70-80%), Infrastructure (cloud, tools, licenses — typically 10-15%), Programs (training, conferences, equipment — typically 5%), and Contingency (unplanned work, incidents — typically 5-10%). Understanding these ratios is the minimum bar for executive leadership.
Percentage of R&D budget spent on compensation.
Percentage spent on cloud, tools, and licenses.
Unplanned costs: incident response, security patches, emergency hiring.
Break down your current R&D budget by People, Infrastructure, Programs, and Contingency. How do your ratios compare to targets?
Lesson 2: Headcount Modeling
Adding an engineer costs 30-50% more than their salary: benefits (20-30%), equipment ($3-5K), software licenses ($5-10K/year), management overhead (each manager can effectively manage 5-8 direct reports), and ramp time (a new hire operates at 25% productivity for 3 months, 50% for the next 3).
Salary × 1.3-1.5 = true annual cost per engineer.
New hire produces at 25% for months 1-3, 50% for months 4-6.
Each manager can effectively manage 5-8 reports.
Model the true fully-loaded cost of your next 3 hires. Include 6-month ramp time and manager span impact.
Lesson 3: CapEx vs OpEx Strategy
CapEx (capital expenditure) is amortized over multiple years — it smooths the P&L impact. OpEx (operating expenditure) hits the P&L immediately. Cloud costs are OpEx. On-premise hardware is CapEx. Software development can be either, depending on whether it's capitalized under ASC 350-40.
Under ASC 350-40, development costs during the application development stage can be capitalized.
Qualified research expenses may be eligible for 6-20% tax credits.
Reserved instances and savings plans can be treated as CapEx in some frameworks.
Review your R&D expenses. Identify which costs could be capitalized or qualify for R&D tax credits. Estimate the P&L impact.
Continue Learning: Track 13 — Engineering-to-Executive
2 more lessons with actionable playbooks, executive dashboards, and engineering architecture.
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Executive Dashboards
Generate deterministic, board-ready financial artifacts to justify CAPEX workflows immediately to your CFO.
Defensible Economics
Replace heuristic guesswork with hard mathematical frameworks for build-vs-buy and SLA penalty negotiations.
3-Step Playbooks
Actionable remediation templates attached to every module to neutralize friction and drive instant deployment velocity.
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Module Syllabus
Lesson 1: Lesson 1: R&D Budget Anatomy
The R&D budget has four major buckets: People (salaries, benefits, contractors — typically 70-80%), Infrastructure (cloud, tools, licenses — typically 10-15%), Programs (training, conferences, equipment — typically 5%), and Contingency (unplanned work, incidents — typically 5-10%). Understanding these ratios is the minimum bar for executive leadership.
Lesson 2: Lesson 2: Headcount Modeling
Adding an engineer costs 30-50% more than their salary: benefits (20-30%), equipment ($3-5K), software licenses ($5-10K/year), management overhead (each manager can effectively manage 5-8 direct reports), and ramp time (a new hire operates at 25% productivity for 3 months, 50% for the next 3).
Lesson 3: Lesson 3: CapEx vs OpEx Strategy
CapEx (capital expenditure) is amortized over multiple years — it smooths the P&L impact. OpEx (operating expenditure) hits the P&L immediately. Cloud costs are OpEx. On-premise hardware is CapEx. Software development can be either, depending on whether it's capitalized under ASC 350-40.