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Product Builder team designer

Enter today's team by role and a target shape (or start from a preset). The model compares build and discovery capacity, ratios and skills gaps, and generates a phased 0–3 / 3–6 / 6–12 month plan by rule. Capacity factors are editable assumptions, not benchmarks: replace them with your own data.

Team shape: current vs target

Headcount by role, current and target
RoleCurrentTargetChange
Product managers0
Designers0
Engineers0
Product Builders0
AI/ML & evals engineers0
Total32320

Build capacity

+45.5%

24.2 → 35.2

Discovery capacity

+23.9%

7.1 → 8.8

Bottleneck (target)

Decisions are the bottleneck

Build : discovery 4.01 (healthy 1.5–4)

Capacity and ratios

Engineers per PM
6.3 → 6.3
Engineers per designer
8.3 → 8.3
Product Builders (% of team)
0 → 0
Capacity per head
0.98 → 1.38
Coordination overhead
16% → 16%
Bottleneck
Balanced → Decisions are the bottleneck

Capacity is in illustrative units (1 = one engineer-month of build or one PM-month of discovery today). The current team uses today’s AI multipliers; the target uses AI-era multipliers. Edit them under “Assumptions”.

Skills: where is the team today?

0 = not yet · 1 = a few people · 2 = most people who need it · 3 = strong across the team

  • Prototyping with AI toolsNeeded by Product managers, Designers, Product Builders · level 2Gap 1 · 7 people
  • Writing and running evalsNeeded by Product managers, Product Builders, AI/ML & evals engineers · level 2Gap 1 · 5 people
  • Shipping production code with coding agentsNeeded by Engineers, Product Builders · level 3Gap 2 · 24 people
  • Designing for AI uncertainty (trust, errors, control)Needed by Designers, Product managers, Product Builders · level 2Gap 1 · 7 people
  • Cost per use and AI pricingNeeded by Product managers, Product Builders · level 2Gap 1 · 4 people
  • Data quality, privacy and permissionsNeeded by Product managers, AI/ML & evals engineers, Engineers · level 2Gap 1 · 29 people
Skills gaps by role
RoleChangeSkills to build
Product managers0Data quality, privacy and permissions; Designing for AI uncertainty (trust, errors, control); Prototyping with AI tools; Writing and running evals; Cost per use and AI pricing
Designers0Designing for AI uncertainty (trust, errors, control); Prototyping with AI tools
Engineers0Shipping production code with coding agents; Data quality, privacy and permissions
AI/ML & evals engineers0Data quality, privacy and permissions; Writing and running evals

Transition plan

Moves implied: reskill about 0 into Product Builder roles, hire about 0, redeploy or reduce about 0 (under your people policy).

  1. Months 0–3

    • Baseline today's flow: idea-to-launch cycle time, share of work that reaches customers, and where work waits (decisions, build, review, go-to-market).
    • Start skills work on the biggest gaps: Shipping production code with coding agents (team at 1/3, need 3); Data quality, privacy and permissions (team at 1/3, need 2); Designing for AI uncertainty (trust, errors, control) (team at 1/3, need 2).
    • Stand up a shared eval practice: an eval set per AI feature, a pass mark before launch, and someone who owns it.
    • Agree the people principles with HR before any role change: who is eligible to move, how levels map, and how you will communicate it.
  2. Months 3–6

    • The target shape builds faster than it decides (build:discovery 4.01 vs a band of 1.5–4). Add discovery capacity: more Builders with product judgment, faster decision rights, or AI-assisted research.
    • Compare pilot pods with the baseline: cycle time, quality (eval pass rate, incidents) and customer outcomes, not just output.
  3. Months 6–12

    • Re-run this model with real numbers. Capacity per head should move from about 0.98 toward 1.38 (an assumption until you measure it).
Assumptions (editable): capacity factors and AI multipliers

These are illustrative starting values, not benchmarks. Replace them with what you measure in your own teams.

Capacity factors and AI multipliers by role
RoleBuild per personDiscovery per personAI × build todayAI × build targetAI × discovery todayAI × discovery target
Product managers
Designers
Engineers
Product Builders
AI/ML & evals engineers
  • Build capacity = Σ people × build factor × AI multiplier; discovery capacity likewise with the discovery factor. Both are reduced by coordination overhead (overhead_per_person × (team size − 1), capped).
  • The current team uses today's multipliers ('now'); the target uses AI-era multipliers ('future').
  • Balance = build ÷ discovery. Above balance_band.max → decisions are the bottleneck; below min → build is.
  • Skills gaps = required level − your team's current level (0–3), weighted by the number of people in the target shape who need the skill.
  • Moves: up to reskill_share of new Product Builder roles are filled by reskilling people from shrinking PM, design and engineering roles; the rest of the growth is hiring; the remaining shrinkage is redeploy or reduce (under your people policy).
  • The plan is generated by fixed rules into 0–3, 3–6 and 6–12 month phases.
The scores are calculated in code. AI only explains them — check anything important.

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