Industries are undergoing a significant transformation, driven by technology trends focusing on sustainability and digitalization. From defense, aerospace, and mobility advancements to intelligent connectivity, cutting-edge electronics, technology is revolutionizing every facet of our lives. However, numerous challenges are involved in this transformation journey due to increased product complexity, variants, disciplines, and costs associated with test-fail-repeat cycles.
In such a complex design environment, engineers must visualize every aspect of the product, understand the trade-offs they are making, and arrive at design decisions that combine innovation with reliability, cost control, and reduced time to market. Engineers increasingly employ simulation, virtual prototyping, and digitalization across product development to accelerate design and innovation. For example, engineers can make 10x to 1000x faster and more accurate predictions through AI-augmented simulation.
Join us for the Ansys Innovation Conference, where engineering leaders and experts from different industries will discuss emerging technology trends, challenges, solution practices, and the role of simulation. Participants will learn about the overall landscape of product development, from complex multi-physics to digital engineering.
Industry Tracks
Defense, Mobility, and Transportation
The defense and mobility industry is undergoing a disruptive transition with the convergence of multiple technologies and megatrends. Companies need to accelerate design exponentially to deliver efficient, safe, and connected experiences. Engineers are increasingly adopting simulation and digitalization to accelerate product development. This track will focus on various aspects of
defense and mobility product development, from component to system validation.
High-tech, Semiconductors, and Electronics
In the rapidly evolving world of smart, connected, and autonomous technologies, semiconductors and electronics are ubiquitous across various low to high-frequency applications. Engineers face immense product reliability and performance challenges with numerous sensors, microprocessors, and communication components. Simulation is critical in helping high-tech companies deliver innovative and reliable products. This track will cover various topics, including electromagnetics, electromechanical, optics, connectivity, and more.
Product Tracks
Fluids & Mechanical
By gaining insights into the forces that affect fluid flow using CFD analysis or solving complex structural engineering challenges, simulation plays a very crucial role to help engineers make critical design decisions to improve product performance. This track will cover what’s new in Ansys Fluids & Mechanical products.
Electronics & Optics
Simulation enables the successful modeling, analysis and design of many of high- and low-frequency electronics applications, optics and photonics components, modules, circuits, and systems. This track will cover what’s new in Ansys Electronics & Optics products.
What Attendees Will Learn
- Next-gen product innovation trends
- Multiphysics – Mechanical, CFD, Thermal, Electromagnetics
- Electronics reliability, EMI/EMC
- Chip/Package/Board
- Optics and Photonics
- Industry 4.0 / IoT
- Advanced simulation practices
- AI/ML, Cloud, GPU computing
- Digital twin, MBSE, Automation
Who Should Attend
- R&D engineers, managers, department heads
- Design engineers, managers, department heads
- Product development engineers, managers, department heads
- Quality engineers, managers, department heads
- Research, academia
- Startups
- Industries: aerospace and defense, high-tech, semiconductor
and electronics, automotive, and transportation
