Design Poise — A B*DYNA Studio

Systems,
integrated.

Design Poise engineers cross-domain systems — mechanical, electrical, software, and thermal — with formal requirements management, architecture decomposition, interface control, and V-model verification planning. The discipline that keeps subsystems from fighting each other at integration.

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5Systems capabilities
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V-modelRequirements traceability
Cross-domainMech, elec, software, thermal
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SeniorEngineers on every engagement
What We Deliver

Five capabilities, before subsystems diverge.

Design Poise works the systems-engineering layer — requirements, architecture, trade studies, interfaces, and V&V planning — the discipline that determines whether ten subsystems become one product or ten products in one box.

01

Requirements Engineering

Stakeholder requirements elicited, refined into technical requirements, and managed in a traceability matrix — so every design decision and every test ties back to a documented need.

02

System Architecture

Functional decomposition, subsystem allocation, and interface definition — with the architecture documented before any subsystem detailed design begins.

03

Trade Studies & Decision Analysis

Multi-criteria trade studies with risk-weighted scoring — the math behind every architecture decision so the choice is defensible, not just confident.

04

Interface Control & ICDs

Interface Control Documents covering signal, mechanical, thermal, and software interfaces — written before subsystems diverge, enforced when they do.

05

V-Model Verification & Validation

V&V planning across the V-model: unit verification through system validation, with test cases tied to requirements and gaps flagged before integration.

How It Works

Requirements to integration-ready system.

Four phases that take a systems engagement from requirements through architecture and verification planning to a system that is ready to integrate — with traceability maintained and interfaces controlled the entire way.

01
Requirements

Stakeholder needs elicited and refined into a managed requirements set with traceability matrix, verification methods, and acceptance criteria for each.

02
Architecture

System functional decomposition, subsystem allocation, and interface definition documented and agreed before any detailed design begins.

03
Verification Planning

V&V plan written with test cases tied to requirements, methods (analysis, inspection, demonstration, test) selected, and resource needs scoped.

04
Integration Readiness

Subsystem readiness reviewed against interfaces and requirements, gaps closed, and integration test sequence locked before hardware comes together.

Work With Design Poise

If your product is more than one subsystem — Design Poise architects it.

Start with a design review. Senior engineers on every engagement. Royalty retainer standard, full IP transfer at premium.

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Why B* DYNA
Senior practitioners.
Two-tier IP model.

No junior delegation. No hourly billing. Every engagement is led by a senior practitioner with a Fortune 500 portfolio — Alienware, Dell, Viper Motorcycle, Load King, Starbucks.

● Growth — Startups
Lowest upfront fee · B* DYNA retains IP · Commercial license · Revenue royalty
● Standard — Funded
Mid-range fee · B* DYNA retains IP · Reduced royalty · Sub-license rights
● Premium — Enterprise
Highest upfront fee · Full IP transfer at completion · Zero royalties · Total ownership
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Platform & Ventures
ROAR BE+. YOND Fleet.
FlyDrone. One platform.

The professional services practice funds the ventures. ROAR BE+ — 800hp, 1.9s 0-60 — is in design phase. YOND electric boat fleet. FlyDrone aerial access. Vehicle Share. Groom Club. RX Kit. One wallet.