Transformative tools.
breakthrough solutions.

Dynamics

Leverage state-of-the-art simulation and optimization to deliver game-changing value—quickly, quietly, and efficiently.

The Dynamics team employs a diverse suite of modeling, simulation, analysis, and optimization tools—including optimal control, reinforcement learning, Monte Carlo simulation, and linear analysis—to inform and enhance vehicle design, closed-loop performance, and real-time operator-in-the-loop or autonomous handling.

Our world-class expertise enables us to assess your specific requirements and deliver targeted consultation, technical artifacts, and strategic guidance.

We support your program across the full engineering lifecycle, from requirements decomposition, rapid prototyping, and architecture synthesis to hardware-in-the-loop testing and deployment to production.

Digital Twin Suite

Simulate, predict and optimize performance across your entire design lifecycle with our state-of-the-art DT suite.

Our Digital Twin Suite transforms operational management by leveraging advanced data integration, predictive analytics, intuitive visualization and prescriptive decision-making capabilities. By simulating and proactively addressing operational scenarios, we enable organizations to mitigate risks, optimize workflows and significantly enhance efficiency and strategic resilience.

Supported by robust data governance, agile implementation, tailored training programs and seamless technology integration we empower businesses to turn operational challenges into sustained competitive advantages.

Vehicle design

Realize state-of-the-art, fully optimized vehicle design whilst cutting resources and timeline.

Our globally-recognized team of design, development and analysis engineers delivers cutting-edge R&D for automotive, waterborne, and airborne vehicles.

With expertise spanning conceptual design, detailed design and test and evaluation, we specialize in creating innovative vehicle concepts tailored to unique and challenging performance requirements and operational environments.

Our Vehicle Design integrates seamlessly with CFD, machine learning, neural networks and simulation tools to fully optimize your designs, with a significant reduction in resources and timeline

CAD

Create complex, highly controlled forms with unprecedented precision and efficiency.

Our CAD capabilities are purpose-built to deliver exceptional precision, speed and flexibility in high performance design.

Leveraging the latest in computational geometry including NURBS-based modeling and emerging implicit modeling techniques, we enable the creation of complex, highly controlled forms with unprecedented efficiency.

Our system streamlines your entire development cycle with the integration of simulation, analysis, and parametric control. From concept through to prototype, we drive rapid iteration and breakthrough innovation that keeps you ahead of the curve.

CFD

Maximize resource utilization, reduce turnaround times, minimize errors and ensure repeatability.

We deliver autonomous computational fluid dynamics (CFD) workflows that enhance your productivity and accuracy by removing application-specific dependencies and supporting deployment across on-premise and cloud HPC systems.

Our automation framework features advanced geometry exchange and manipulation tools that streamline design optimization, addressing one of the most challenging and error-prone steps of the design process.

We tailor the framework to seamlessly integrate with your existing software and hardware infrastructure, eliminating the need to retrain your engineering teams.

A.I. Services

Embed the transformative power of A.I. at every step of your design process.

We develop and deploy pioneering Multiscale Modeling frameworks that couple fine-scale physical phenomena with system-level performance simulations. Our modular Simulation & Optimization stack supports gradient and gradient-free optimization workflows driven by surrogate models. And, our Data Science solutions embrace machine learning to accelerate high-fidelity simulation workflows, design exploration, and performance prediction.