Turn complexity into a competitive advantage with Siemens E/E Systems Development for Autonomous Vehicles

Rethink your traditional product development processes

Complex electrical and electronic (E/E) systems are becoming increasingly essential and replacing mechanical approaches to delivering new vehicle features. Especially Autonomous vehicle (AV) development will require powerful integrated E/E system development tools to tackle the increased complexity and remain competitive. This webinar will discuss Siemens holistic solutions for E/E System Development and how it provides manufacturers with multi-domain systems modeling connected through a digital thread to help them tie all complex processes together and deliver the future cars faster in a marketable way.

Developing the future mobility experience with autonomous vehicles

The race for autonomous driving innovation has begun. To stay ahead of the competition, companies must become fast and flexible using a holistic model-based approach that integrates every aspect of autonomous vehicle development and its sophisticated E/E systems. From architectural definition, electrical systems design, hardware integration, and software engineering, Siemens offers a complete set of autonomous vehicle solutions for all critical technical disciplines to help automakers overcome the challenges of this complex technology.

What you will learn in this E/E systems development webinar

In this webinar, you will learn how to turn complexity into a competitive advantage with Siemens E/E Systems Development for Autonomous Vehicles, as well as—

• How to improve collaboration between engineering domains
• How to accelerate development cycles
• How to optimize testing and validation
• How to reduce quality issues and development costs Register now and learn how to rethink your traditional product development processes and virtually verify and validate embedded software, vehicle networks, and electrical systems in an integrated, collaborative engineering environment.

Register now and learn how to rethink your traditional product development processes and virtually verify and validate embedded software, vehicle networks, and electrical systems in an integrated, collaborative engineering environment.