CORP_Digital_100_Use Cases_AI_Engineering_1920x450-2

AI-Powered Engineering Use Cases

Everything Solvable

Explore how artificial intelligence is redefining the engineering landscape across 100 powerful use cases. Discover how these real-world applications are not only solving complex engineering challenges but are also setting new standards for the future.

Learn How Engineers Are Leveraging the Power of AI

Empower your engineering with Altair's essential AI ebook. Explore real-world applications and learn how AI is driving innovation and efficiency across industries.

  • Accelerate design and development with embedded AI, enhancing efficiency and reducing time to market.
  • Tackle complex engineering challenges with AI-driven solutions that augment the human-AI relationship through optimized data management and HPC.
  • Boost operational efficiency and drive innovation with AI enablement, utilizing advanced data analytics to empower engineers of all skill levels to improve processes and sustainability.

Discover AI’s Role Across the Product Lifecycle

icon-global-data_400px-white


Conceptualization and Design:

In the early stages of product development, leveraging AI enables teams to analyze and interpret existing data to shape initial concepts.

icon-physics-AI_400px-white


Simulation and Prototyping:

As designs progress towards prototyping, AI tools, equipped with fast physics predictions, analyze potential outcomes of design choices, predicting performance under various conditions.

icon-optimization_400px-white


Testing and Optimization:

During the testing phase, AI facilitates a deeper understanding of test results, identifying why certain designs may not meet expectations.

icon-manufacture_400px-white


Manufacturing and Maintenance:

In the final stages, AI assists in refining manufacturing processes and predicting maintenance needs.

icon-sustainable_400px-white


End-of-Life Management:

AI continues to play a vital role as products approach their end of life. It helps in predicting the optimal timing for product retirement and facilitates the efficient recycling or repurposing of materials.