Future.Industry Event 2022
Over three days, hear from inspiring keynote speakers, industry thought-leaders, and Altair’s leaders on their vision for the future.
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Innovation At The Speed of Design
Join this webinar where you will lear now Tata Motors has extended Leand Principles in the design process to minimize design iterations and maximize first-pass success.
A Cloud for Every Workload: Which Model is Right for You?
As the leading provider of workload management and compute optimization technology, Altair has helped enterprise computing customers at the cutting edge of HPC move critical workloads to the cloud.
Deploying an Alternative SAS Language Environment
Join the 2-part webinar series on transforming SAS language, Python, and other modern language technologies into single-platform, no and low-code analytics
Technology Convergence for a Smarter, More Connected World: Market Trends to 2026
If manufacturers want to remain competitive in today’s globally connected environment, they must reevaluate and revise longstanding business and engineering practices.
Future.AI
Join us at this virtual event to explore how data and AI help augment decision-making, accelerate innovation in an increasingly connected and complex world.
Digital Debunking: Can Simulation Make Hypersonic Travel Commercially Viable?
Hypersonic travel is associated with speeds more than five times the speed of sound within Earth’s atmosphere.
Electrifying Your Product Portfolio: Revealing Practical Design Strategies and Enabling Technologies
Learn about multi-disciplinary design strategies and Altair solutions that can be applied to more easily and rapidly achieve product electrification business objectives.
Future.HPC Event 2022
Join us in May, 2022 for our biggest HPC and cloud event of the year, Future.HPC, , where we’ll explore multi-dimensional high-performance computing and the amazing results Altair customers have achieved.
Design for Sustainability: Targeting the Strategic Application of Topology Optimization
Holistic simulation of engineering plastics focuses on the prediction of noise, vibration and harshness behavior of components.