ISIGHT is an integration and optimization platform developed by Dassault Systèmes that focuses on enhancing the efficiency of complex product designs. It provides a framework to automate and streamline the process of design analysis, optimization, and integration across multiple engineering disciplines. ISIGHT is part of Dassault Systèmes’ suite of tools designed to help engineers, researchers, and designers develop innovative, high-performance products more effectively.
Here are the key features and details of ISIGHT:
- Integration of Simulation Tools: ISIGHT allows users to integrate different simulation tools and applications into a single workflow. This includes various design, modeling, and analysis software, such as those for structural, thermal, fluid, and other engineering disciplines. It makes it easier to automate data exchange and decision-making between different tools in the design process.
- Optimization: One of ISIGHT’s core capabilities is optimization. The platform supports a range of optimization techniques, such as Design of Experiments (DOE), Multi-Objective Optimization, and surrogate modeling. It helps engineers find the optimal design by considering various performance criteria and constraints.
- Process Automation: ISIGHT enables the automation of complex workflows, saving time and reducing human error. Through its graphical interface, users can create automation sequences, reducing the need for manual intervention and speeding up the design iteration process.
- Collaboration and Decision Support: ISIGHT supports collaborative work environments, allowing teams to share data and results. It also facilitates decision-making by providing clear visualizations and reports of design performance across multiple simulations, making it easier for teams to evaluate trade-offs and determine the best solution.
- Customization and Flexibility: ISIGHT is highly customizable to fit specific design needs. It supports scripting and can be extended with custom modules for specific types of analysis or optimization tasks.
- Data Management: The platform allows for better management of design data, including version control and traceability, ensuring that all design iterations are properly documented and easy to reference.
- Multi-disciplinary Design: ISIGHT enables a multi-disciplinary approach to optimization, where different disciplines (e.g., mechanical, electrical, thermal) are considered together, making the platform highly suited for complex products like vehicles, aircraft, machinery, and industrial systems.
- Support for High-Performance Computing (HPC): To handle the heavy computational load of simulations, ISIGHT can be integrated with HPC resources, allowing for faster analysis and optimization of large-scale, complex designs.
In essence, ISIGHT provides a platform for accelerating innovation by integrating complex simulation processes, enabling the optimization of designs, and automating workflows across different engineering disciplines. This can lead to significant reductions in development time and cost, while improving the quality and performance of the final product.
