ENGINEERING CAPABILITIES

Engineering Physical Systems for Execution.

Vermati provides mechanical engineering, CAD/BIM, production engineering, reverse engineering and technical documentation for work that needs to move into fabrication, construction or implementation.

Send Engineering Scope / Drawings

COMMON ENGAGEMENTS

What Clients Ask Us to Do.

Extend overloaded engineering teams

Develop a mechanical assembly or equipment concept

Convert design into production & shop documentation

Recreate an obsolete part or legacy equipment component

Coordinate BIM/model dependencies across sub-tier vendors

Resolve field conditions & scan-to-BIM clearance issues

Produce fabrication-ready DXFs, BOMs & drawings

ENGINEERING DISCIPLINES

Engineering Capabilities.

MECHANICAL & PRODUCT ENGINEERING

Mechanical Systems & Equipment

Design and development of mechanical systems, custom machine components, structural assemblies, and DFM (Design for Manufacturability) analysis.

Mechanical systems & assemblies
Equipment & machinery engineering
SolidWorks & Creo 3D modeling
DFM & material specs

PRODUCTION ENGINEERING

Shop & Fabrication Documentation

Detailed shop drawing packages, piece mark callouts, itemized BOM extraction, flange hole patterns, and weldment specs built for shop-floor execution.

Shop & fabrication drawings
Itemized Bill of Materials (BOM)
Weld callouts & revision packages
Production DXF / CNC files where in scope

REVERSE ENGINEERING

Legacy Parts & Equipment Rebuilds

Recreating obsolete industrial components, physical teardown analysis, 3D scanning / point-cloud workflows where required, and generating complete manufacturing documentation.

Existing part & equipment modeling
Physical teardown & measurement
3D point-cloud overlay workflows
Legacy drawing reconstruction

SPECIALIZED CAPACITY

CAD & BIM Production

High-LOD Revit family creation, Navisworks clash coordination, scan-to-BIM point cloud integration, and construction documentation for infrastructure and facilities.

Explore Dedicated CAD & BIM Page

COMMON ENGINEERING FAILURE PATTERNS

How Engineering Packages Break—And How We Solve Them.

Linked Model Dependency

FAILURE PATTERN: A required model or vendor input is late, blocking technical release.

HOW VERMATI HANDLES IT: The dependency is assigned, tracked and escalated alongside the engineering package using the execution workflow behind GigStacks and CommitOS.

Field-to-Model Dimensional Mismatch

FAILURE PATTERN: Existing field geometry differs from design drawings, threatening fitment.

HOW VERMATI HANDLES IT: 3D scanning / point-cloud workflows are integrated directly into 3D models before shop cutting.

Drawing Release Blocked by Pending RFIs

FAILURE PATTERN: Material thickness or specification ambiguity sits unreviewed in client inboxes.

HOW VERMATI HANDLES IT: CommitOS state engine escalates unacknowledged RFIs directly to engineering leads to maintain schedule.

Need CAD/BIM production capacity?Explore CAD & BIM →Ready for fabrication & manufacturing?Explore Industrial →

VERMATI OPERATING ADVANTAGE

We Do Not Leave Delivery to Follow-Up.

Vermati uses GigStacks and CommitOS internally to maintain visibility across the commitments, dependencies, approvals, and handoffs involved in delivering complex physical and digital work.

01. TECHNICAL TEAMS

Engineering & Software

Our technical teams remain responsible for engineering rigors, CAD/BIM detailing, component design, and software architecture.

02. PRODUCTION PARTNERS

Industrial Fabrication

Our network production partners remain responsible for shop floor execution, CNC machining, welding QA, and physical manufacturing.

03. EXECUTION LAYER

GigStacks + CommitOS

GigStacks technical coordinators and CommitOS state tracking keep the interfaces, handoffs, and approvals moving between them.

PROPRIETARY EXECUTION FLYWHEEL

This means the execution system Vermati offers clients is also part of how Vermati operates every single day.

Explore GigStacks Explore CommitOS