Article 1
Why your engineering team gets slower as it grows
Growth slows delivery for a measurable reason: coordination between coupled parts. Here is what that costs and how to put a number on it.
October 30, 2026
Series
The engineering cost questions buyers type into search and into assistants, answered with a number and the inputs behind it.
8 of 8 published
Engineering cost is real, but it arrives as payroll and lost weeks, never as a line item. These pages take one question each and put a figure on it: what it costs, why it happens, and which inputs produce the number.
Article 1
Growth slows delivery for a measurable reason: coordination between coupled parts. Here is what that costs and how to put a number on it.
October 30, 2026
Article 2
A 40-hour feature takes 464 hours when twelve modules move with it. The calculator returns 11.60x and $69,600 for that feature.
October 30, 2026
Article 3
Twenty coordination hours on a 40-hour feature add $3,000 on the coordination line. The annual figure for these inputs is $489,600.
October 30, 2026
Article 4
These inputs put $933,120 a year on the engineering payroll above the work itself.
October 30, 2026
Article 5
A 20-hour feature costs $3,200 alone and $18,560 when eight modules move. The annual figure is $614,400.
October 30, 2026
Article 6
Seven modules moving together, with coordination hours at zero, returns 4.50x, $27,000 per feature, and $1,008,000 a year.
October 30, 2026
Article 7
Cost per feature is the productivity number finance can read. These inputs return 3.25x, $19,500 per feature, and $648,000 a year.
October 30, 2026
Article 8
The current inputs cost $1,458,000 a year above the work. A second run with a smaller change surface costs $172,800 a year. The gap is $1,285,200.
October 30, 2026
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