Fact page

SOLIDWORKS

A structured overview of SOLIDWORKS, including core attributes, workflows, audience fit, manufacturing relevance and related concepts for digital product development.

Definition and scope

SOLIDWORKS is used to build and refine product designs in a digital form that can be shared across engineering and manufacturing teams. It often becomes a practical foundation for detailed design work because it connects product geometry with assemblies, documentation and downstream preparation activities.

What this page covers

This page highlights the practical characteristics of SOLIDWORKS, including common workflows, target roles, related systems, business value, industry fit and implementation context.

Core attributes

Category

3D CAD and engineering software

Primary objective

Create accurate digital product definitions that support design decisions, documentation and downstream collaboration

Decision focus

Geometry quality, assembly structure, manufacturability, revision clarity and design communication

Typical outputs

Parts, assemblies, drawings, design revisions, visual reviews and release-ready engineering information

Related business goals

Faster product development, better design control, fewer communication errors and smoother transition toward manufacturing

Lifecycle relevance

Concept design, detailed engineering, review, release preparation, change work and design reuse

Capability matrix

Strong capabilities

  • Strong capabilities
  • Structured 3D design and assembly creation
  • Clear engineering drawings and product documentation
  • Faster design iteration and change handling
  • Better cross-team communication around product definition
  • Preparation for simulation, CAM or PDM-connected workflows
  • Support for design reuse and standardization

Needs surrounding process support

  • Revision governance and release discipline
  • Data management maturity across teams
  • Consistent modeling standards and naming conventions
  • Change approval processes and traceability
  • Integration with manufacturing and PLM context
  • User onboarding, training and administration

Typical workflow fit

Part modeling

Assembly design

Drawing creation

Design review

Revision updates

Manufacturing handoff

Early design

Used to explore geometry, layout and concept feasibility before final engineering details are locked.

Detailed design

Supports the creation of parts, assemblies and technical details that define the product accurately.

Documentation

Helps generate drawings and structured information for review, release and manufacturing use.

Change management

Supports ongoing refinement as designs evolve through review, feedback and revision cycles.

Downstream readiness

Provides geometry and product structure that can feed simulation, CAM, PDM or broader lifecycle workflows.

Related concepts and systems

PDM

Helps govern files, revisions and collaboration around the design information created in SOLIDWORKS.

Simulation

Can extend design work with performance evaluation before physical testing or production decisions.

CAM

Connects product geometry more directly with manufacturing preparation and machining-oriented workflows.

3DEXPERIENCE

Represents one example of a broader connected environment for collaboration, governance and lifecycle continuity.

Product design

Places SOLIDWORKS within the broader work of creating manufacturable products that balance function, quality and efficiency.

Digital transformation

Highlights the shift from fragmented engineering work toward more connected digital processes.

Related resources