Physical prototypes are slow and expensive. When structural issues are discovered late, redesigns and retesting can quickly add cost, delay, and risk to your program. Verification can also be demanding. Complex load cases, large assemblies, and strict industry standards require the right methods, the right model fidelity, and documentation that holds up in design reviews and certification.

With Analysis and Simulation, we create a digital version of your product and verify strength, stability, and performance early. We plan the analysis work, optimize the FE model for reliable results, and deliver traceable documentation that supports approval.

Our Analysis and Simulation services include:

• Linear and nonlinear static, quasi-static, and transient structural analysis
• Linear and nonlinear buckling and stability analysis
• Modal, dynamic, response spectrum, and random vibration (PSD) analysis
• Thermal analysis, CFD, and multibody dynamics
• Drop, impact, and crash simulation
• Seismic and earthquake verification
• FE-analysis planning, model optimization, and stress classification (for example ASME III-NB)
• AI-driven optimization and generative design

We typically work in ANSYS Mechanical and APDL, ANSYS Icepak, and Maxwell, supported by Python and Mathcad. For large models and demanding runs, we scale compute through platforms such as Rescale.

By verifying designs digitally, you reduce the number of physical prototypes and make better decisions earlier. You can also cut weight and material cost through targeted optimization, while maintaining safety margins. And with clear, standards-aligned reporting, you gain documentation that supports internal sign-off and external certification.

Whether you are developing a new product or upgrading an existing platform, you can rely on us as an engineering partner to de-risk performance early and keep development moving with confidence.