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Autonomous Vehicle Technology Using Systems Engineering Methodologies
Benefits of Systems Engineering in Autonomous Vehicle Development
It is estimated that the autonomous vehicle market will be worth a staggering 7 trillion dollars by 2050. Unsurprisingly, OEMs are not the only ones racing to develop tomorrow’s fully automated vehicles; tech companies are vying for their piece of the pie, making competition fierce. To master the complexity of developing these next-generation vehicles, OEMs will require an integrated systems engineering approach. Siemens’ solutions for Autonomous Vehicle Development leverages model-based systems engineering to accelerate innovation, boost performance, and improve processes.
Sign up for our live webinar and join our experts as they take you through the benefits of our digital innovation platform.
With product complexity expected to continue to rise, the cost of developing autonomous vehicles has the potential to skyrocket. Carmakers are working to produce new models faster than ever. When building physical prototypes, failures will send you right back to the drawing board and cause delay and additional costs, which is something you want to prevent if you want to stay on schedule. Virtual vehicle validation – using a digital twin of the vehicle – allows carmakers to spot errors early in the process and rectify them when it is cheaper and easier to do so.
This shift left in development offers a key competitive advantage to those that adopt it, reducing cycle times, guaranteeing performance, and accelerating innovation.
Furthermore, digital vehicle validation and verification helps manufacturers move one step closer to developing vehicles with SAE level 5 full automation. The ability to carry out billions of miles of road testing virtually, simulating millions of potential scenarios, will be vital to getting fully autonomous vehicles on the road in a cost-effective, timely way.
A model-based systems engineering (MBSE) approach is essential to the development of autonomous transportation solutions. It provides a total systems engineering approach with multi-domain modeling to establish a cohesive view of how systems integrate and work together. A comprehensive digital thread offers a single source of truth to improve the flow of data across domains, enhance collaboration, and improve traceability from product definition to on-road performance.
As software becomes the primary source of vehicle innovation, model-based systems engineering is the digital approach that ensures carmakers can respond to market and technology changes with the speed and agility needed to stay on top in today’s global auto industry.
At Siemens, we want to give you the solutions to deliver complex products with confidence. We will be hosting a live webinar to provide you with a detailed overview of our model-based systems engineering approach.
Join our autonomous vehicle engineering experts as they take you through the details of exactly how our digital innovation platform can help you design in safety and security, meet key requirements for reliability and durability to reassure a skeptical public, and gain critical road-worthy certifications with smart digitalization of virtual simulations.
Create the trust your customers need with Siemens’ solutions for Autonomous Vehicle Development.
To learn more, sign up for the webinar here.
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