MSTEngineering Intelligence

MST MECHANICAL ASSEMBLY AI · CONTROLLED PILOTS OPEN

Turn P&ID and your PDM models into a native SolidWorks assembly.

MST Mechanical Assembly AI is an implemented, controlled-scope capability. It understands P&ID process intent, resolves approved native models from the customer’s authorized PDM scope, directs SolidWorks to build a native editable assembly and reads the result back for engineering review.

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Brand illustration of MST Engineering Intelligence connecting engineering intent, system constraints and a physical process assembly
Brand illustration

P&ID → OPTIMIZED PHYSICAL ARRANGEMENT

A P&ID defines what connects. MST solves where every approved component should go.

Within a declared engineering boundary, two coupled solvers search for a compact, feasible physical result. A layout change reshapes the routes; an infeasible route sends the layout back for another candidate.

CONTROLLED INPUT P&ID INTENT Approved PDM models · interfaces · rules · objectives
COUPLED SOLVER 01 ASSEMBLY LAYOUT SOLVER Part choice · XYZ · orientation · interfaces · envelope COUPLED SOLVER 02 ROUTING SOLVER Ports · paths · fittings · bends · keep-outs · continuity
ENGINEERING RESULT NATIVE .SLDASM Build · reopen · read back · verify
HARD CONSTRAINTSinterfaces · collision · bend rules · access · mounting · safety DECLARED OBJECTIVESsmaller envelope · shorter routes · fewer fittings · lower complexity

Optimization boundary: “Optimized” means selected against the customer-approved objectives, hard constraints, search space and stopping criteria. It is not a claim of a universal global optimum, and engineers retain release authority. Read the P&ID-to-assembly answer

01 / THE BRAIN

Understand. Model. Plan. Orchestrate. Verify.

MST first understands P&ID equipment, pipelines, interfaces, flow and connection intent—then turns that context into an inspectable physical result.

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CURRENT MODELMECHANICALP&ID · PDM · SolidWorks EXPANSION PATHELECTRICALDomain model · rules · tools
Brand illustration — tool availability is deployment-specific

02 / THE TOOL RELATIONSHIP

MST decides. Engineering systems execute.

In the controlled workflow, MST resolves approved native SolidWorks part models from the customer’s PDM, directs SolidWorks to generate the assembly and reads it back for verification.

CONTROLLED MECHANICAL PATH
P&IDEquipment + connectionsMSTUnderstand · model · planCUSTOMER PDMApproved native partsSOLIDWORKSBuild + read back .SLDASM

Configured when required: CAD · CAE · PDM/PLM · ERP

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03 / IMPLEMENTED MECHANICAL ASSEMBLY AI

From P&ID intent and approved customer PDM models to a native, editable SolidWorks assembly.

MST has implemented this controlled workflow using customer-approved native part models—not regenerated substitutes—with reopen/read-back verification and PASS, FAIL or CANNOT_VERIFY outcomes under engineer release authority.

Public run proof is held to the same standard: a single run identity must bind the input, plan, native assembly, reopen/read-back facts, deterministic verdict and engineer review.

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Concept illustration of P and ID intent, customer-approved native SolidWorks parts and an assembled process system
IMPLEMENTED CAPABILITY ARCHITECTUREP&ID → PDM → NATIVE .SLDASM → READ-BACK
Engineering team reviewing a process system, P and ID and native assembly before release
Brand illustration

04 / HUMAN AUTHORITY

Engineers set authority. MST works inside it.

Engineers retain authority over goals, approved systems, rules, exceptions and production release.

GOALSRULESEXCEPTIONSRELEASE
See the control boundary

05 / PROVE IT

Bring one real engineering case.

See what MST understands, which approved PDM parts it resolves, how it uses SolidWorks, what it verifies and where it stops.

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