Use case · phase 01

Find what can kill the concept before geometry makes it expensive.

Early product work is full of implied requirements and borrowed assumptions. Howard turns the brief into a problem you can review, then compares architectures against the conditions that matter.

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A vague requirement always becomes someone’s assumption.

“Outdoor.” “Drop resistant.” “Quiet.” “Five-year life.” “Low cost.” Until those words become conditions and pass/fail criteria, they cannot guide an architecture—and they will surface later as rework.

What Howard helps you do

Separate requirements, assumptions, unknowns, and preferences.
Normalize temperature, altitude, ingress, power, duty cycle, life, load, and production volume.
Propose a small set of plausible architectures.
State what each architecture is good at and what would eliminate it.
Run supported first-order checks before detailed geometry exists.
Identify the supplier question, prototype, simulation, or test that buys down the most risk.

Bring questions like these

Can a sealed passive enclosure reject this heat at altitude?
Which material families remain viable at the cold-start temperature?
Should retention be a snap, screw, insert, adhesive, or weld for this service life and assembly volume?
What requirement is actually driving wall thickness, stiffness, or mass?
Which unknown must be resolved before architecture freeze?

The output

Leave with a concept-review pack.

Problem card
Architecture options
Tradeoff table
First-order calculations
Source references
Kill criteria
Open evidence plan

Bring the brief you have.

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