Live-Webinar

Optimizing products for sustainability: Reducing environmental impact with simulation

Learn how advanced simulation tools enable smarter product design and accelerate your sustainability goals.

16. Januar 2025 um 10:00 Koordinierte Weltzeit

Teilen

Sustainable product development with simulation

In today’s dynamic business landscape, sustainability is not just a trend - it’s essential for long-term success. Companies that effectively integrate sustainability into their engineering processes not only reduce environmental impact but also enhance efficiency, and drive innovation.

Explore how Simulation solutions enable virtual testing and optimization of products before physical prototypes are created. This saves time and resources. By predicting the properties of products and systems, you can achieve your sustainability goals faster and more successfully. Companies that use simulation solutions can differentiate themselves from the competition by developing environmentally friendly and innovative products. Consumers increasingly value sustainable products and are willing to pay more for them.

Your key takeaways:

  • Save time and resources by using simulation while achieving sustainability goals through virtual product testing and optimization.
  • Stand out by developing innovative, eco-friendly products that meet consumer demand for sustainability.
  • Explore how Siemens' ready-to-use simulation and testing tools help you to drive innovation and digital transformation.
  • Discover how to align your system architecture with sustainability goals while maintaining agility and driving innovation.

Who should attend:

Product Managers, Sustainability Officers, Simulation Engineers (Systems, CAE, CFD), Project Managers, anyone involved in Sustainable product development.

See also: Sustainability Webinar Series

Vorstellung des Referenten

Siemens Digital Industries Software

Dr.-Ing. Annika Foydl

Portfolio Development Executive

Annika Foydl studierte Bauingenieurwesen mit dem Schwerpunkt konstruktiver Ingenieurbau und Finite Elemente Methode an der TU Dortmund. Anschließend promovierte sie am Institut für Umformtechnik und Leichtbau der Fakultät Maschinenbau der TU Dortmund, wo sie sich unter anderem simulativ mit dem Strangpressen und der dabei vorhandenen Mikrostrukturentwicklung beschäftigte. Aktuell ist sie als Portfolio Development Manager für die geometriebasierte Simulation tätig.

Verwandte Ressourcen