Altair Pulse is a low-code platform designed to construct and orchestrate engineering workflows by integrating multiple software tools from various sources. It enables teams to simulate complex systems and perform detailed modeling, analysis, and optimization through fast, reliable, and repeatable processes. By automating repetitive tasks using visual workflows and a library of functional blocks, Pulse ensures that teams have the right model for informed decision-making at every project stage. It seamlessly integrates with Altair's suite of modeling and visualization tools, allowing users to set up models and extract data efficiently without switching between applications. This streamlined approach eliminates errors and accelerates simulation-driven design, leading to the development of reliable, high-quality products. Key Features and Functionality: - Low-Code Workflow Construction: Build and manage engineering workflows with minimal coding, enhancing accessibility and efficiency. - Integration of Multiple Software Tools: Seamlessly orchestrate various software applications to simulate complex systems and processes. - Automated Repetitive Tasks: Utilize visual workflows and a library of functional blocks to automate tedious tasks, ensuring consistency and reducing manual effort. - Seamless Integration with Altair Tools: Combine with Altair's modeling and visualization tools for efficient model setup and data extraction without leaving the Pulse environment. - Error Reduction and Accelerated Design: Streamline parameter and result management across software packages to minimize errors and speed up simulation-driven design. Primary Value and User Solutions: Altair Pulse addresses the challenges of managing complex engineering workflows that involve multiple software tools and repetitive tasks. By providing a low-code environment with visual workflows and automation capabilities, Pulse enhances team efficiency, reduces procedural errors, and accelerates the product development lifecycle. It ensures that engineering teams have the appropriate models at each project stage, facilitating informed decision-making and the creation of high-quality, reliable products.