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Empowering engineers to develop the next generation of safe cyber-physical systems

Join us at Embedded World 2025 to explore how Ansys is empowering engineers to overcome the complexity of modern embedded systems. Using a model-based systems engineering framework, any engineer designing complex systems can use the power of simulation to verify requirements, optimize product designs, analyze safety & cybersecurity characteristics, design safe embedded software and manage Multiphysics complexity to align the people, processes and technology toward a shared vision for their product.

Date/Time:
March 11-13, 2025

Location:
Nuremberg, Germany

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Develop Safe Cyber-physical Systems with Ansys Model-Based Systems Engineering (MBSE)

Used by leading organizations worldwide to speed up time to market, reduce development costs and risk of complex systems for hardware and software through virtualization, improve engineering efficiency through collaboration and automation, stimulate innovation, and design safer and more competitive products.

Speakers & Highlights

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Speaker: Dr. Gabriel Pedroza

Design, Exploration and Evaluation of Safety-Critical Software for Integrating AI/ML-based Algorithms. Date of presentation: March 11, 2025, 12:00 – 12:30 PM CET.

Agenda
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Speaker: Dr. Bernhard Kaiser

A Model-based Approach to Safety-Critical Automotive Systems. Date of presentation: March 12 at 15:00-15:30 CET.

Agenda
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Software Design for Future Embedded Systems

Complex embedded systems of the future will rely on developing model-based embedded software that can evolve with system design. The industry imperative is to design, verify, and automatically generate certified code that allows compliance with safety standards. Scade One is the future of embedded software development.

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Model-Based Safety & Security

Connecting safety and cyber security analysis into the broader system architecture enables this analysis to be truly integrated into the design approach. Designing safe and secure systems can now be done in a way that safety teams want, in collaboration with suppliers, assessors, and reviewers.

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AI-Powered Digital Twin

MBSE lays the groundwork by creating a unified approach to system engineering. AI-powered digital twins of real physical assets extend this model into the operational realm, ensuring a seamless simulation and data- driven approach throughout the entire system lifecycle. Together, they form a powerful framework for holistic and continuous system engineering.

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IC & IP Design

Designing for low power is the only way to meet strict power targets. Ansys PowerArtist™ has a strong track record of analyzing and optimizing RTL power for chips and IP. The emerging chiplet market for hard IP in 2.5D/3D-ICs calls for advanced thermal and electromagnetic characterization and hierarchical modeling with Ansys RedHawk-SC Electrothermal™

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Safe PCB Design & Reliability

With electronics becoming increasingly complex, engineers need to design PCBs that are smaller than ever and incorporate all the required features. Accurate modeling, simulation, and reliability of these components are key to safe and reliable end products.

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