Machine Architecture Consulting
Translate an early machine concept into requirements, software boundaries, integration contracts, and a buildable delivery architecture
Our role
We facilitated early requirements, decomposed the machine and software system, documented integration contracts, and made architecture decisions traceable before detailed engineering committed the project.
Competencies involved
The Problem
Many companies face similar challenges when trying to create value from their technical data and processes.
Machine projects frequently launch with a compelling customer story but without architecture that survives contact with mechanics, electrical design, software, and safety integration. Interfaces stay implicit, scope drifts across disciplines, and factory acceptance becomes troubleshooting instead of verification.
These challenges often result in concrete problems:
- Sales concepts do not translate cleanly into buildable requirements and module boundaries
- Responsibility between mechanical, electrical, PLC, robot, and safety domains remains ambiguous
- Acceptance testing starts without agreed criteria, so FAT and SAT absorb unresolved design questions
Why It Matters
Why does this matter? Look at the broader impact:
Weak early architecture tax every later phase with rework, coordination overhead, and customer risk at handover. Clear structure removes surprises; it does not create paperwork for its own sake.
Key metrics we focus on:
Clarity of interfaces and ownership across engineering disciplines
Traceability from requirements to testable acceptance points
Predictability of commissioning and site acceptance
Our Solution
Here's how we approach the solution:
Requirements and system breakdown that translate the customer need into machine modules, software responsibilities, and acceptance intent
Requirements and acceptance criteria that make done measurable instead of subjective
Interface contracts for mechanics, electrical design, PLC, robots, safety, data exchange, and supplier systems
Software architecture and verification strategy that connect state models, integration points, diagnostics, FAT, and SAT from the start
Results
The comparison between the starting point and the result shows the concrete value the solution can create.
Strong concept on paper with unclear build scope, interfaces, and verification plan
Architecture-led delivery where decisions, interfaces, and tests trace back to agreed structure
The concrete results include:
- Fewer late surprises because responsibilities and interfaces are explicit early
- Faster cross-discipline decisions backed by concrete requirements
- Smoother acceptance events because testing follows predefined criteria
Project context
A machine-builder project spanning custom automation, supplier systems, and customer acceptance had a solid commercial concept but unresolved technical boundaries. neexo worked across mechanical, electrical, automation, software, and project disciplines to define the architecture, interfaces, decision record, and verification basis used through delivery.
Deliverables
- Requirements baseline, system architecture, and module responsibility matrix
- Interface and software architecture pack covering control, data, safety, and supplier boundaries
- Architecture decision log and verification outline linked to acceptance criteria
Want your next machine project to reach SAT without architectural drift?
We can help analyze your situation and identify opportunities for similar solutions.