SOLIDWORKS

SOLIDWORKS

Design mechanical parts and assemblies.

From tool to task

SOLIDWORKS: where does it help?

Design mechanical parts and assemblies.

The technology is one part of the working environment. What matters is the task it should support and who owns the result and operations.

From tool to assignment

What you can work on with SOLIDWORKS

Tool knowledge alone does not define an assignment. These examples connect the working environment with a specific task and relevant expertise.

Assignment example 01

Mechanical engineer

Typical starting point: Capacity is missing for this task: Design and improve mechanical components and systems within an agreed development scope. Relevant assignment: Design and improve mechanical components and systems within an agreed development scope..

Possible work output: Traceable development status with drawings, assumptions and unresolved checks..

Understand the role ↗
Assignment example 02

Electrical engineer

Typical starting point: Capacity is missing for this task: Develop and test electrical systems and components against defined requirements. Relevant assignment: Develop and test electrical systems and components against defined requirements..

Possible work output: Documented design with interfaces, test scope and assigned approvals..

Understand the role ↗
Assignment example 03

Quality engineer

Typical starting point: Capacity is missing for this task: Integrate inspection requirements and deviations into development and production workflows. Relevant assignment: Integrate inspection requirements and deviations into development and production workflows..

Possible work output: Inspection plan with evidence, deviation handling and documented owners..

Understand the role ↗
Clarify before starting

A clear tool brief avoids rework

Design mechanical parts and assemblies. Which functions are used depends on your installed environment and agreed scope.

Find expertise for this tool ↗
  • A specific goal and accountable business owner.
  • Version, modules and existing integrations.
  • Approved data, access and working environments.
  • Acceptance case, change ownership and handover.

These examples describe possible work packages. The tool does not automatically cover every task; additional systems, business decisions and reviews may be required.

Which component serves which purpose?

These tools share professional roles with SOLIDWORKS. Their contributions differ; a shared connection does not imply automatic technical integration.

Select by assignment

Which roles are relevant?

9 roles with this professional connection. These describe capabilities, not currently available people.

Mechatronics engineer

Align requirements and interfaces for mechatronic assemblies across mechanical, electronic and control engineering..

Possible outcome

Agreed development status with interfaces, a test plan and documented integration questions.

Explore tasks & qualifications ↗

Robotics engineer

Develop motion workflows, system integration and commissioning steps for an agreed robotics application..

Possible outcome

Documented integration and test status with workflow descriptions and pending approvals.

Explore tasks & qualifications ↗

CAD designer

Model components or assemblies in the agreed CAD system and maintain drawings and revisions..

Possible outcome

Agreed model and drawing revision with dimensions, interfaces and traceable changes.

Explore tasks & qualifications ↗
Capability compass

Which combination moves your project forward?

Connect your task to relevant capabilities. A tool selection narrows the working environment; the results explain each professional connection.

Starting pointSOLIDWORKSSearch the full catalogue ↗

The professional connection becomes clear through tasks and possible outputs.

Engineering & industrial automation

Mechanical engineer

Design and improve mechanical components and systems within an agreed development scope.

Your possible outcome

Traceable development status with drawings, assumptions and unresolved checks.

Engineering & industrial automation

Electrical engineer

Develop and test electrical systems and components against defined requirements.

Your possible outcome

Documented design with interfaces, test scope and assigned approvals.

Engineering & industrial automation

Quality engineer

Integrate inspection requirements and deviations into development and production workflows.

Your possible outcome

Inspection plan with evidence, deviation handling and documented owners.

Capability profiles for orientation. An individual’s suitability is assessed against the search brief.

Refine the selection ↗
Your assignment with VB Analyst

Choose expertise. Define the engagement.

A capacity gap does not always require a permanent role. Choose a model by responsibility, duration and desired outcome.

A useful starting point

Anything still unclear?

Short answers for your next step. We can work through your specific situation together.

Discuss my question ↗
What belongs to this area?

Design mechanical parts and assemblies

Can I hand over one specific task?

Yes, if inputs, outputs and ownership can be defined. We agree which parts stay with your team and how acceptance is assessed.

Are the specialists available now?

The profiles describe capabilities and typical assignments. Actual people, availability, terms and engagement are assessed for your specific need.

Your expertise selection

Compare roles

Compare up to four roles by their responsibilities. This does not assess actual people.

Discuss this selection
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