Virtually test the safety and reliability of ADAS and automated vehicle functionalities using a comprehensive solution for generating scenario, simulating sensors and controls, running experiments, and studying parameters.

Improve time-to-market and reduce cost by simulating thermo-fluid systems of any scale and complexity early in the design phase.

Reduce physical prototyping by assessing and improving fluid systems’ performance from the beginning of the design cycle. Simcenter helps you study the energy consumption of pneumatic and hydraulic systems when they interact with their environment and integrate increasingly complex controls from the early development phases.

Explore how Simcenter facilitates design and optimization of performance, energy efficiency and vibration behavior of any mechanical system for a broad range of industries segments, and accelerates the decision-making process for new engineering concepts.

Maximize field reliability by performing fully automated active power cycling on modules and discretes, combined with JEDEC-standard compliant thermal impedance measurements.

With reduced-order models, extend the scope of your models for real-time applications with the best reduction techniques and unleashes the power of existing models and data to provide extra value for design and operations.

Adopt model-based design by taking advantage of a multi-level philosophy and a streamlined user experience. From components to the entire system, Simcenter helps you focus on your engineering challenge and address it as fast as possible with available data.

Optimize the efficiency of your thermo-fluid systems while ensuring they always operate safely. Fluid systems play key roles in all industries.

Significantly reduce the time and effort needed to integrate systems by defining simulation architectures in a tool-neutral format. Simcenter helps you transform your system simulation models originating from multiple authoring applications into modular and reusable assets for easy configuration, variant evaluation and multi-attribute balancing of your products from the early design stages.

Evaluate generated or imported system architectures by system simulation from inside of computational notebooks. Computational notebooks combine narrative text, mathematical equations, code, models, and visualization so that workflows, user-defined procedures, executable models, and documentation are included in the same place. Accelerate your evaluation runs by automatically spawning and pooling system simulations via an advanced scriptable interface using Python. Gather all results into a single HDF5 file to ease post-processing. This way computational notebooks enable design decisions to be reproducible and documented.

Bring all relevant stakeholders together to do multi-attribute balancing with an intuitive web-based application. Use AI to generate compliant architectures and leverage an interactive tool for cross-filtering and ranking of thousands of designs. A recommender system can suggest potentially overlooked alternatives from the vast design space. Set up your own workflows to generate use-case specific reports in computational notebooks to enable targeted discussions on individual designs.

Access system simulation models without a desktop application. Identified by their login, users only need an internet connection and a web browser to access models, run simulations and inspect results from anywhere in the world, at any time and on any kind of device. The installation is centralized on the company server and your intellectual property does not leave your company infrastructure.

Easily run multiple variant analyses with the fast and easy-to-use solution Simcenter. Project teams can evaluate hundreds of system variations to evaluate design options and balance mechatronic systems’ performances to meet local market specificities without compromising quality and performance.

Focus only on matching the final product requirements, not on model creation thanks to Simcenter. The complexity of system simulation is managed in the background of the tool so that a project engineer with no CAE skills can set up simulation models and multi-attribute analysis in a few clicks, without having to manipulate complex models.