Webinar Details

Altair Inspire Unleashes Implicit Modeling
December 5

Altair’s Next-Generation Graphics and Rendering Technology
December 12


Join us for the Altair HyperWorks 2023 webinar series, where innovation meets design and simulation excellence!
Altair's latest release, HyperWorks 2023, represents a groundbreaking evolution in the world of design and simulation technology.
This comprehensive, powerful, versatile, and open CAE platform offers engineers, regardless of their expertise, a suite of cutting-edge design and simulation tools across various industries, including automotive, aerospace, electronics, and more. HyperWorks 2023 brings transformative platform-wide enhancements featuring a brand-new user experience, blazing-fast speeds, an open and programmable architecture, and AI-powered workflows. With its modern interface and Python APIs, this release empowers developers and users alike to seamlessly integrate solutions, unlocking the full technological potential of Altair HyperWorks.
In this webinar series, Altair experts will guide you through Altair HyperWorks 2023's next-gen solutions, explore real-world applications, and provide you with firsthand experiences of the innovations that will redefine the future of design and simulation.
For your convenience, the webinars will launch at the following times/in the following sessions:
APAC: 10:30 Mumbai / 13:00 Shanghai / 14:00 Tokyo / 16:00 Sydney
EMEA: 10:00 London / 11:00 Paris
AMER: 11:00 Los Angeles / 14:00 New York
Welcome to implicit modeling within Altair Inspire. This webinar will introduce you to the powerful yet user-friendly of Inspire’s new implicit modeling engine, which liberates design workflows from the constraints of conventional CAD methods, enabling unparalleled creativity and efficiency. We’ll also take a look at accelerated performance on NVIDIA GPUs.
This webinar will introduce you to Altair's all-new rendering and visualization technology. Initially available inside Inspire, and will be the foundation for all Altair products in the future. Utilizing the latest NVIDIA GPU and graphics technology enables fluid graphics and larger model support. A simplified UI, new procedural material structure, and a huge library of materials, textures, and environments make it easy and intuitive for everyone to create stunning visualizations of their models and simulations. Join us to see how Altair can take your designs and presentations to the next level.
In this webinar we navigate through the robust capabilities of HyperWorks 2023, stepping into a new era of design and simulation where computational sciences, high-performance computing (HPC), and artificial intelligence (AI) converge to power innovative decision-making.
In this exclusive webinar we explore the evolutionary journey of HyperMesh, a platform that has not only proven its robustness over time but has also continually adapted to meet the challenges presented by our ever-changing global environment. HyperMesh has been instrumental in empowering companies worldwide across various industries, enabling the transformation of CAE into streamlined design processes, thereby reducing lead times and unlocking new possibilities.
Chief Product and Strategy Office
Altair
Ravi Kunju brings over 20+ years of experience in applying advanced numerical methods and analytics, specifically in applying HPC and cloud computing, to solve complex problems in the areas of computer-aided engineering (CAE) and manufacturing process, and business intelligence (BI).
Sr Vice President, HyperWorks
Altair
Dambach has been at Altair for 19 years in various positions identifying and removing customer pain points ranging from individual tasks through overall workflows. Now Dambach is ensuring our customers leverage the full range of HyperWorks to build mathematical representations of virtually any product across all domains.
Senior Software Development Engineer
Altair
Wesley Essink is a Senior Software Engineer at Altair, where he is leading the integration of Gen3D’s technology, where he was CTO, into Altair Inspire. His aim is to help engineers design complex geometries tailored to AM that can be challenging or time-consuming to define using traditional CAD tools.
Senior Specialist - Simulation & Design Development
Altair
Dr. Joseph M. Flynn was one of the original co-founders of Gen3D Ltd., which was acquired by Altair in 2022. He was also an Associate Professor at the University of Bath in the UK, researching computational design and additive manufacturing. Since joining Altair as a Senior Specialist, Joseph's R&D focuses on the geometry that underpins Implicit Modelling. He also advises on the technology roadmap for Inspire Implicit modelling, identifying future product features and new workflows that will address customer needs.
Director, Program Management -Simulation & Design Development
Altair
Darren Chilton is a director of program management and design technologies at Altair. In his current position, Chilton applies his passion for industrial design to drive strategies and direction in the development of CAID software. Chilton specializes in design processes, techniques and technology that impact product design. Prior to his current role, he was the studio lead for transportation design for Altair. Chilton earned his degree in industrial design / transportation design from the College for Creative Studies in Detroit.
VP, Hardware and Graphics Porting Group
Altair
John has been with Altair for 19.5 years and is responsible for the vision, direction and technologies of the graphics rendering engines across all Altair products. He helps create compatibility, best practices, and proper utilization of GPU hardware within Altair applications to obtain benefits in the forms of performance and visual fidelity. He is also responsible for cutting edge graphics technologies outside of Altair’s normal rendering modes, like Virtual Reality, Augmented Reality and Mixed Reality within Altair application workflows. This allows Altair applications to lead in today’s demanding graphics needs within the CAD/CAE workplace environments across all simulation and design driven workflows.