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Portrait of Björn Puchinger

Björn Puchinger

Freelance Mechanical Design & Engineering Support

12+ years experience CAD / FEA Plant engineering Project-based Frankfurt am Main
CollaborationFrom inquiry to a reliable next step

Collaboration

How a technical inquiry becomes a reliable next step.

No unnecessary complexity, but a clear workflow – turning open questions into structured technical work and sound decisions.

01

Classify the task

Briefly clarify what the technical issue is about: design, FEA, documentation, plant engineering or process structure.

02

Focus technically

Define boundary conditions, risks and required results clearly – so time does not run in the wrong direction.

03

Deliver reliably

Build models, assessments, documents or project structures in a way that allows teams to continue working on a solid basis.

CapabilitiesTechnical support for bottlenecks and project phases

Engineering Support

Support for technical bottlenecks in mechanical and plant engineering – from CAD design, FEA assessment and documentation to structured engineering processes.

Reduce risk

Create technical clarity

Assessment of designs, load cases and critical details – so decisions are based on traceable engineering, not assumptions.

Speed up decisions

Prepare approvals

CAD, FEA and documentation prepared in a way that helps project teams assess, align and move forward faster.

Relieve teams

Cover bottlenecks

Short-term technical support when internal capacity is limited and projects still need reliable engineering results.


Service areas

Services at a glance

The following areas show where concrete technical support can be provided.

Services

Targeted technical support for project-critical phases.

CAD, FEA, plant engineering, piping classes, layout, documentation and technical project structure – focused support when projects need clarity, speed and reliable decisions.

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Engineering in DetailMethods, disciplines and technical depth

Engineering in detail

Technical solutions become reliable when more than geometry is considered.

Geometry, function, loads, manufacturing and system context need to be considered together if models are to become reliable technical solutions.

But understand why a solution works – and where it can become critical.

Understand function

What does the part, assembly or plant system actually need to achieve?

Assess loads

Which forces, boundary conditions, stresses or technical risks are relevant?

Secure implementation

How does this become a clean, manufacturable and traceable engineering solution?

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