Virtual Verification and Validation
Accelerating product development by getting it right the first time
Modern electric and traditional vehicle demands are forcing automotive manufacturers to accelerate their development processes. Automotive manufacturers must streamline their development processes to improve vehicles' performance and reduce development times.
In this webinar, discover how automotive companies achieve their development process and business objectives. Register now!
Break down barriers between engineering disciplines and support system integration
Traditionally, different engineering disciplines come together at specific milestones during vehicle development. However, working in isolation like this leads to significant redesigns and delays— something that automotive manufacturers could absorb by producing only one or two new models per year. This is too inefficient to meet the growing demands for next-generation vehicles. With comprehensive digital twins, design teams can avoid major redesigns by collaborating earlier and more regularly throughout a project, saving time and money.
Make faster decisions while reducing physical prototypes in vehicle development
Building more physical prototypes would add costs and inefficiencies to a project. With accurate simulations, teams can easily share as they focus on their areas of responsibility. By producing a comprehensive digital twin, engineers can understand precisely how their components will perform when integrated with others. And through continuous verification and validation processes, they can ensure that even the first prototype works as planned.
Meet the speakers
Greg Roth
Director of Automotive and Transportation Solutions
Greg Roth is the Director of Automotive and Transportation Solutions in the Industries Group at Siemens Digital Industries Software.
Previously, Mr. Roth held positions at Ford Motor Company, Eaton Corporation, and Amcor Packaging. More recently, he was Chief Engineer for the CAE and NVH departments at ZF-TRW Automotive North America Braking Systems in Livonia, Michigan.
In his current role, he champions CAD, CAE & PLM technologies and processes for companies at a global enterprise-level achieving substantial reductions in product development costs and time while improving overall quality.
Mr. Roth holds an M.S. in Mechanical Engineering from the University of Michigan, an M.S. in Electronics and Computer Controls Engineering from Wayne State University, and a B.S. in Mechanical Engineering from Michigan State University.
Steven Dom
Director Automotive Industry Solutions
With 20 years of engineering experience, Dom has worked in various roles, such as engineering, engineering management, product management, and sales. In his current role, he helps OEMs and suppliers develop a strategic roadmap across software, hardware, and service divisions, customer technology, and business processes. Additionally, he has an advisory role for hybrid and electric vehicle development.