REQUEST ASIMULATION
Have an engineering problem? Let CPE model it before you build it.
Simulation-first engineering reduces prototype iterations, reveals difficult physics, and produces better designs. Tell us your problem — CPE handles the rest.
Reduce Prototype Iterations
Find design flaws in the model, not on the bench. Simulation identifies failure modes and sensitivities before hardware is committed.
Understand Difficult Physics
Plasma dynamics, nonlinear resonance, and coupled multiphysics are hard to measure and impossible to intuition. Simulation makes them visible.
Optimize Before You Build
Explore hundreds of configurations computationally. Arrive at the prototype stage with a validated design candidate, not a first guess.
Make Better Engineering Decisions
Quantified results, sensitivity maps, and uncertainty bounds give engineering teams the data they need to make confident decisions.
Five Steps from Problem to Solution
Tell Us the Problem
Describe the device, system, geometry, materials, operating conditions, and what you want to improve. No simulation experience required — plain engineering language is fine.
Choose the Study
Select the physics domain: resonance & vibration, piezoelectric, ultrasonic/acoustic, structural, plasma/electromagnetic, control systems, multiphysics, or nonlinear research.
CPE Defines the Scope
We determine what can realistically be modeled, required inputs, assumptions, outputs, computational effort, and validation requirements. You receive a clear scope before any work begins.
We Simulate & Optimize
Run the model, explore parameters, identify sensitivities, compare configurations, and search for promising solutions across the design space.
You Receive a Simulation Package
Engineering report + visualizations + model assumptions + results + optimization recommendations + uncertainty & limitations + recommended prototype or experiment.
What Can Be Simulated
Choose Your Engagement
Three clear levels of service — from a focused one-question study to a full engineering program.
Simulation Study
Simulation Study
Answer one focused engineering question.
A single-physics model scoped to one design question. Ideal for feasibility checks, failure analysis, or validating a design assumption before committing to hardware.
Deliverables
- Scoped simulation model
- Engineering report with results
- Visualizations & plots
- Model assumptions & limitations
- Recommended next steps
Optimization Study
Optimization Study
Explore many configurations and identify the best candidates.
Parametric sweeps and design-space exploration across multiple configurations. CPE identifies sensitivities, trade-offs, and optimal design candidates — before a single prototype is built.
Deliverables
- Full parametric simulation suite
- Design-space map & sensitivity analysis
- Ranked candidate configurations
- Optimization recommendations
- Uncertainty quantification
Full Engineering Program
Full Engineering Program
Simulation + optimization + prototype planning + validation.
End-to-end engineering engagement: simulation, optimization, prototype or test planning, and experimental validation support. For programs where getting it right the first time matters.
Deliverables
- Complete simulation & optimization suite
- Prototype design recommendations
- Test plan & validation strategy
- Experimental correlation support
- Ongoing engineering consultation
Ready to Model Your Problem?
Describe your engineering challenge and CPE will scope a simulation study within two business days.