Stay ahead with our Monthly Webinar Series built for engineers, designers, and manufacturing leaders who want practical takeaways - not theory.
Each session is designed around real engineering and business challenges, with workflows, demos, and best practices you can apply immediately—without derailing your workday.
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across Designcenter, PLM, Digital Manufacturing, and Digital Validation.
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Whether you’re starting your digital transformation or optimizing what’s already in place, these sessions are designed to help you improve accuracy, turnaround time, usability, and scalability.
Reserve Your Free SeatSession Overview
Discover how Simcenter FLOEFD, a powerful CAD-embedded CFD solution, enables early-stage (“frontloaded”) thermal and airflow analysis for electronic product development. This session will show how conducting simulation directly within the CAD environment helps identify risks earlier, reduces design rework, and drives highly reliable products to market faster.
Session Overview
This Webinar introduces the Digital Thread concept in Siemens NX, demonstrating how engineering data flows seamlessly from design to manufacturing and inspection. Participants will learn how NX supports design validation, simulation, AI-assisted engineering, manufacturing automation, and quality verification to enable a connected digital enterprise.
Learn how to ensure first-time-right tool quality and durability in die design by leveraging advanced strength and fatigue simulation within Simcenter 3D. This webinar outlines end-to-end strategies for analyzing and optimizing dies before manufacturing, helping minimize failures, reduce production downtime, and extend tool life.
See how simulation-driven workflows can accurately predict stresses, deformations, and fatigue, enabling better design decisions and preventing common failure modes in stamping and forming dies.
This webinar provides an industry-focused overview of advanced 3D wiring harness design and routing in Siemens NX, as applied to real-world projects. Participants will discover how organizations design, route, and manage complex wiring harnesses within product assemblies, while overcoming critical challenges such as space constraints, frequent design changes, and cross-disciplinary coordination.
Discover how precise 3D routing, design validation, and manufacturing-oriented deliverables together drive reduced rework, improved product quality, and accelerated time-to-market.
The objective of this webinar is to demonstrate how Simcenter FLOEFD enables advanced CFD-based evaluation of heat exchanger performance directly within the CAD environment. The session explains how simulation-driven analysis can help engineers understand flow distribution, heat transfer behaviour, and pressure losses within heat exchanger systems during early design stages. By integrating CFD into the product development workflow, engineering teams can identify thermal performance limitations, evaluate design alternatives, and optimize heat exchanger efficiency before physical prototyping.
The webinar highlights both engineering and business value, showing how CFD-based performance evaluation supports improved thermal management, optimized system efficiency, and faster product development cycles.
“The earlier we understand thermal behaviour, the faster we can design systems that are not only functional—but truly optimized.”
This webinar is designed to demonstrate how advanced CAD capabilities within Siemens NX can be effectively leveraged to enhance engineering productivity in product and tooling design environments. It focuses on reducing design cycle time through parametric and associative modeling, design reuse, and efficient handling of large assemblies. The session will also highlight the role of automation—using macros, journals, and NX Open—in minimizing manual effort and standardizing repetitive design tasks. Additionally, it aims to provide insights into improving design quality and reducing errors through integrated validation and knowledge-based engineering approaches. Overall, the objective is to enable engineers and organizations to achieve faster, more consistent, and high-quality design outcomes.
Objectives: The objective of this webinar is to equip engineers with the knowledge to accurately predict and validate the performance of acoustic materials using FEA. It also explains the importance of Altair FEA software in generating well-corroborated acoustic performance parameters aligned with standard test methods such as ASTM E2611. This session will help engineers and business personnel understand how Altair simulation technology can enhance NVH (Noise, Vibration, and Harshness) quality, reduce costs, and minimize product development time.
Participants will gain practical knowledge of:
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