FEA and CFD Consulting, Engineering Services and Training

We provide engineering services across mechanical, fluid, electronics and manufacturing workflows. That includes CAD, structural and thermal analysis, CFD and multiphysics studies, embedded and PCB-related work, wiring and harness development, electromagnetic applications, tooling design and manufacturing process simulation, depending on the project scope.

Finite element analysis (FEA) divides a part or assembly into many small elements connected at nodes. The solver applies material properties, loads and boundary conditions, then solves equilibrium equations for every element to predict displacement, stress, strain, temperature or natural frequencies across the whole model.

Accuracy depends on geometry preparation, mesh quality, material data and realistic constraints, which is why model setup matters as much as the solver. Our guide to FEA vs CFD explains when each method applies.

An FEA engineer builds and solves finite element models to predict how products respond to loads, heat and vibration. The job covers CAD cleanup, meshing, defining materials and boundary conditions, choosing linear or nonlinear methods, checking convergence and turning results into design recommendations engineers can act on.

The best fit depends on your physics and industry. Look for a firm whose engineers have solved similar problems, who can show how they validate results, and who work in solvers your team can reuse. TrueInsight pairs FEA consulting with authorized access to Altair and Siemens tools, so models we build can be handed over and maintained in-house.

Cost depends on scope: model size and complexity, the number of load cases, whether nonlinear or transient analysis is needed, and the deliverables you require. After a short scoping call we send a written quote with assumptions and timeline. Request a project quote to get started.

Yes. Many teams come to us when they need extra engineering capacity, a specialist skill set, or help moving a project forward without overloading internal resources. We can take a defined analysis task off your plate or support a larger program alongside your engineers.

Yes. We deliver Siemens NX training for design, drafting and NX CAM, plus Simcenter and Teamcenter courses, customized to your parts and workflows. Learn more about Siemens NX or ask us to scope a course.

Yes. We provide custom training for Altair solutions such as HyperMesh, OptiStruct, SimSolid, Radioss, Inspire, Feko, Flux and PSIM based on your team’s goals, experience level and workflows, from onboarding new users to deeper guidance on advanced applications.

Yes. We support projects that involve multiple engineering domains and coordinate the work through a single engagement. This is especially useful when a product needs input from design, simulation, electronics, fluids and manufacturing at the same time.

We do more than provide software. We support evaluation, onboarding, training and technical guidance so your team moves from access to actual use, and we connect software adoption with engineering services when needed. See support and licensing for ongoing help.

Yes. We can support projects from early design through simulation, development and manufacturing-related activities such as process simulation and tooling. The exact scope depends on your needs, but the goal is to help you move efficiently from concept toward production.

If your team already has the tools and mainly needs help using them effectively, training or technical support may be the right fit. If you need hands-on project execution, added capacity or specialist expertise, engineering services are usually better. In many cases the right answer includes both.

Yes. We adapt each engagement to your project goals, technical requirements and workflow. Some teams need a targeted task, others need broader support across a development program. Browse simulation solutions by industry to see where we work.