Innovation and collaborative, synchronized program management for new programs
Apply a system simulation approach that can avoid product recalls and a negative impact on brand image when bringing increasingly complex, interconnected and intelligent systems to market.
Simcenter system simulation solutions boost overall systems engineering productivity from the early development stages until the final performance validation and controls calibration. Using powerful platform capabilities, you can rapidly optimize the interactions between mechanical, hydraulic, pneumatic, thermal, electric and electronic systems before the first physical prototype becomes available.
To help you save time when creating models, Simcenter system simulation solutions have been tailored to support automotive, aerospace, industrial machinery, heavy equipment, energy and marine applications. Moreover, you can take advantage of efficient solutions for workflow customization, architecture-driven simulation, model-based software engineering as well as model and data management.
Apply a system simulation approach that can avoid product recalls and a negative impact on brand image when bringing increasingly complex, interconnected and intelligent systems to market.
Simcenter system simulation solutions boost overall systems engineering productivity from the early development stages until the final performance validation and controls calibration. Using powerful platform capabilities, you can rapidly optimize the interactions between mechanical, hydraulic, pneumatic, thermal, electric and electronic systems before the first physical prototype becomes available.
To help you save time when creating models, Simcenter system simulation solutions have been tailored to support automotive, aerospace, industrial machinery, heavy equipment, energy and marine applications. Moreover, you can take advantage of efficient solutions for workflow customization, architecture-driven simulation, model-based software engineering as well as model and data management.
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.
Analyze complex physical phenomena that are critical to ensuring the safe and efficient operation of your thermo-fluid systems.
Thanks to the fast, reliable, and rigorously tested transient solver, you can simulate the dynamic behavior of thermo-fluid systems of any size and complexity. Re-use the same models you used during early design for system and component sizing in detailed design for transient analyses.
Simcenter offers simulation solutions for thermo-fluid systems helping you reduce the cost and accelerate time-to-market.
Virtually assess the impact of electric subsystems on the global performance of your product by applying an advanced multi-level modeling approach. Simcenter helps you maximize the performance of your electrical systems from concept design to control validation.
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.
Maximize the return on investment leveraging the digital twin of your thermo-fluid systems throughout its entire life cycle.
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.
Rapidly reduce the risk and increase the product safety, reliability, availability, maintainability using a model-based approach during concept definition for the initial design.
Maximize field reliability by performing fully automated active power cycling on modules and discretes, combined with JEDEC-standard compliant thermal impedance measurements.
Address the growing complexity of propulsion systems for the automotive, aerospace, and marine industries. Gain the capability to model a wide range of propulsion technologies.
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.
Build robust mechatronic system simulations with the highest productivity and reduce cost by using the Simcenter platform. It offers best-in-class technologies, well aligned with your processes, workflows and toolchain at enterprise-level. Our platform provides a seamless user experience that lets you focus on what really matters: engineering. Analyze complex system behavior and support the design of controlled systems from early specification to subsystem testing.
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.
Design and optimize thermal management of your systems and improve performance, efficiency and reliability, by accounting for all thermal interactions at every step of your design cycle. Simcenter helps you ensure the comfort in cars, planes or rooms.
Optimize the efficiency of your thermo-fluid systems while ensuring they always operate safely. Fluid systems play key roles in all industries.
Generate system architectures by expressing what is needed and let the software help you discover novel designs. Driven by a patented AI technology, Simcenter Studio generates a wide range of system architectures from an engineering-friendly formal model description. This avoids the problem of design fixation using a systematic and reproducible approach which also captures essential knowledge in the early design phase.
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 system designs painlessly with a highly flexible co-simulation approach. Understand multiple key performance indicators by combining many simulation assets into a single architecture, either built from scratch or imported from a range of sources including Simcenter Amesim, Mathworks Simulink, Catia Magic, and standards such as Modelica SSP. Rapidly plug-in simulations of any methodology or fidelity, driven by a robust and industry-leading co-simulation backend.
Share your models and expand model usage throughout your company for better collaboration with other project teams. System architects prepare model architectures and libraries, as well as specific pre- and post-processing, before the deployment in the database and transfer to system analysts such as project engineers or program engineers.
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.
Accelerate system design by leveraging systems engineering and simulation together. Maintain a single source of truth by directly linking abstract simulation assets into the system architecture, ensuring consistency and traceability throughout the product lifecycle. Extend your data and model pipelines into a comprehensive simulation factory to ensure a trustworthy verification and validation process. Changes to system or simulation models can be propagated into the digital thread quickly and easily, saving engineering time.
Automate controller generation to create the most accurate and realistic trade studies possible in the early design stages. Use either a model-free approach via reinforcement learning or a model-based approach via optimal control. Execute the closed-loop evaluation of hundreds or thousands of variants to gain a competitive edge.
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.
Work seamlessly with a specific database of system simulation model architectures and libraries adapted to your industry and supported by a tool-agnostic framework. Project engineers can directly assemble and configure simulation models, by selecting system architectures, components and scenarios from this database in an easy-to-use environment.
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 collaborate with your colleagues. With Simcenter, registered users can upload a model and share it with other users. You don’t need to send models by email anymore. Any user can see shared models in his workspace and can start new analyses. For each analysis, the parameterization and the results are stored on the server for later reuse.
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.
Harmonize both simulation architecture models and reusable libraries in the enterprise and beyond with model management. Keep control of intellectual property with IP-free and IP-full variants of the same simulation assets while boosting collaboration with partners. Connect to various data management tools from file-based Git up to Teamcenter, the best-in-class PLM solution from Siemens.
Improve the quality of your on-board software by predicting the performance earlier in the design cycle. Using Simcenter, you can increase your productivity through greater re-use of software modules and take advantage of continuity from requirements, architecture design, integration, testing, and verification.
Organize simulation assets from different sources (Simcenter Amesim, Matlab Simulink, and FMU) into a single reusable library to seamlessly leverage enterprise know-how. Simulation assets are executed in their native format – with the software automatically orchestrating the co-simulation. In-house teams, suppliers, and partners can collaborate while continuing to work in their favorite development environments.
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.
New rules of the game: tighter emission standards and shorter time-to-market
See all Success StoriesA tough and rather urgent issue for the heavy equipment industry is fuel economy and energy management.
Learn how system simulation can help you improve your engine and after-treatment systems. Guest Speaker: Bakir Puran from Liebherr Machines Bulle
Learn how to ramp up system simulation productivity using Simcenter Amesim 16, Simcenter Sysdm 16 as well as new Simcenter Embedded Software Designer.
Learn how to ramp up system simulation productivity using Simcenter Amesim 16, Simcenter Sysdm 16 as well as new Simcenter Embedded Software Designer.