EXPERTISE / ENGINEERING SUPPORT
Analysis with a design purpose.
Start with a clearly framed question. Define the right level of modeling, the information needed and the deliverables that will move the design forward.
Structural & stress analysis
ANSYS Mechanical · FEA
Understand how your design carries load. Finite element modeling, stress and deformation assessment, with clearly documented assumptions.
A useful starting point
- Geometry and intended use
- Material information, loads and supports
- Design question and acceptance criteria
Typical deliverables
- Analysis setup & assumptions
- Stress & deformation evaluation
- Technical findings & design recommendations
The modeling approach, assumptions and deliverables are agreed against the available inputs before work begins.
Discuss this scopeCFD & aerodynamic evaluation
ANSYS Fluent · CFD
Investigate flow behavior and aerodynamic design choices, from model preparation to interpretation of simulation findings.
A useful starting point
- Geometry and operating conditions
- Flow conditions and the question to investigate
Typical deliverables
- Geometry & flow-domain preparation
- Boundary-condition documentation
- Flow-field interpretation
The modeling approach, assumptions and deliverables are agreed against the available inputs before work begins.
Discuss this scopeComputational & mechanical design
nTop · SolidWorks · CATIA V5
Develop purposeful geometry, assemblies and manufacturing-aware models, with topology and lattice design where the application calls for it.
A useful starting point
- Functional requirements and design envelope
- Manufacturing process and constraints
Typical deliverables
- Parametric CAD models & assemblies
- Design-for-manufacture considerations
- Geometry iteration & design documentation
The modeling approach, assumptions and deliverables are agreed against the available inputs before work begins.
Discuss this scopePrototyping & system integration
SUPPORTING CAPABILITY
3D printing · KiCad · LTspice · C/C++
Connect mechanical design with electronics and control. Practical support for prototypes, embedded systems and thermal considerations.
A useful starting point
- Functional goals and existing hardware
- Mechanical and electrical interfaces
Typical deliverables
- Prototype planning & integration
- Circuit simulation & PCB design support
- System documentation & iteration
The modeling approach, assumptions and deliverables are agreed against the available inputs before work begins.
Discuss this scopeBEFORE WE START
A clear starting point.
What should I bring to the first conversation?
Your objective, available geometry or data, intended use, key constraints and approximate timeline. Missing information can be identified together.
How is a project scoped?
The modeling approach, assumptions, required inputs and deliverables are agreed before work begins. Timing and fees depend on that scope.
Can I share confidential design files?
Use the initial form to describe the problem without sensitive details. Confidentiality and a suitable file-sharing method can be agreed before exchanging files.
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A question worth exploring?
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