Streamline Your Engineering Design Process with CAESES: Automation and Optimization for Enhanced Productivity

About CAESES

As a professional in the engineering field, I am consistently on the lookout for tools that can enhance productivity and streamline design processes. CAESES has proven to be an exceptional solution for automated shape optimization, and I am thoroughly impressed with its capabilities.

The platform's integration of CAD modeling, CFD automation, and optimization within a single user interface is a game-changer. It allows simulation engineers to create robust geometry models that seamlessly fit into any simulation-driven optimization loop. This is particularly beneficial for organizations aiming to reduce design cycles and improve efficiency, as highlighted by the testimonials from industry leaders like MTU and Siemens.

One of the standout features of CAESES is its ability to automate geometry generation. This not only accelerates the design process but also significantly reduces the likelihood of encountering infeasible geometries, a common issue with traditional CAD tools. The feedback from users at SIREHNA and VOITH Turbo underscores the platform's effectiveness in conducting comprehensive shape optimization studies and managing extensive simulation runs without additional effort.

Moreover, the recent release of CAESES 5.2, tailored specifically for turbomachinery design, showcases the platform's commitment to continuous improvement and customization. The availability of custom templates and powerful scripting capabilities further enhances its usability, making it accessible even to those without extensive CAESES expertise.

CAESES stands out as a robust and flexible tool for any engineering team focused on innovation and efficiency. Its ability to facilitate rapid design iterations and automate complex processes makes it an indispensable asset in the competitive engineering market. I highly recommend CAESES to any organization looking to elevate their design capabilities and drive successful outcomes in their projects.

CAD Features

• Database Connectivity

3D Modeling Features

• 2D Drawing
• Animation
• Data Import / Export
• For 3D Printing
• For Manufacturers
• Simulation

Engineering Features

• 2D Drawing
• 3D Modeling
• Design Export
• Mechanical Engineering
• Presentation Tools