Webinars

Electric & Autonomous Mobility - Design the Safest Vehicles Virtually

In this webinar you’ll learn how to: Engineering structure and batteries respecting regulatory tests, and pre-certifying them Protect passengers with advanced airbag in autonomous car Guarantee pedestrian safety with electric vehicles Test the drivability in multiple scenarios such water...

Developing Electric Vehicles that Go the Distance

KEY TOPICS In this webinar you’ll learn how to: Design and certify lightweight cars including battery packs (battery versus structure weight) Reduce cabin energy consumption while keeping comfort expectation (thermal comfort/management) Develop an Optimal Energy management Strategy for...

Cabin and Cockpit of the Future: Meeting Brand Objectives for Aircraft Interiors

To enhance the overall passenger experience, it is critical to ensure that your aircraft interior and seat design meet the proper quality and comfort requirements without hindering the on-time certification, safety and production targets. Watch our on-demand webinar to discuss how Virtual Prototy...

Transformation Digitale des PME, découvrez les avantages du programme SIMSEO

Intégrer de nouveaux marchés ou implanter des méthodes de production émergentes - Le risque associé à ces stratégies est souvent trop lourd à supporter pour les PME. Afin de rester à la tête de l'innovation, les fabricants de produits industriels doivent impérativement trouver des solutions afin de...

Reaching Optimal Material Quality and Cost Effectiveness with Additive Manufacturing

Additive Manufacturing has been viewed in the Aeronautics and Space industry as a tremendous enabler to reach new horizons: Optimized shapes for mass reduction and mechanical performance, localized maintenance, reduced manufacturing steps… However, the promises of such new technologies are difficult...

Reaching Optimal Safety and Performance for Electric Vehicles

The Best Performance for Lightweight Designs – Electric powertrains and autonomous driving have impacted all components and architectures of the new vehicles. OEMs are now facing a tedious challenge as they must ensure that electric vehicles maintain the same levels of safety, performance and cost-e...

Engineering & Manufacturing High Quality and Cost-Efficient Electrified Vehicles with the Best Possible Range

Mass adoption of Electrified Vehicles - The challenge is on for every OEMs Engineers and manufacturers as they are more than ever looking for solutions to develop High Quality and Cost-Efficient Vehicles. How is virtual prototyping revolutionizing design and manufacturing? In this webinar we will hi...

Reaching Optimal Material Quality and Cost Effectiveness with Additive Manufacturing

Additive Manufacturing has been viewed in the Aeronautics and Space industry as a tremendous enabler to reach new horizons : Optimized shapes for mass reduction and mechanical performance, localized maintenance, reduced manufacturing steps… However, the promises of such new technologies are difficul...

Aluminum Lightweight Manufacturing for Electrified Vehicles : Joining Engineering Challenges

Making the Vehicle as light as possible - Light Materials are the gateway to improving a car's range and subsequently increasing the market adoption of Electric vehicles. Manufacturers have largely relied on Aluminum to make their cars lighter, therefore offsetting the weight of the battery pack and...

Manufacturing Processes to achieve a High Quality, Lightweight & Cost-Effective Electric Vehicles

Manufacturing car designs with lightweight materials is a challenge for meeting tolerance requirements and final perceived quality and poses significant risks for over-spending in the try-out phase. To meet customer’s high demands, minimise cost and keep cost within specifications, OEMs must ensure...