The need for automotive OEMs to manage product complexity in a global industry mandates a systems-driven product development process, which combines systems engineering methodology across all development domains with an integrated definition of the product.
Auto Tech Review met Dave Lauzun, Vice President of Automotive and Transportation Strategy, Siemens PLM, to understand the critical software requirements during various vehicle development stages.
Siemens PLM Software’s collaborative decision support platform enables systems-driven automotive product development by bringing together all cross-domain knowledge into a single, logical location that is accessible to authorised users no matter where they are in the organisation or located in the world.
SYSTEMS-DRIVEN DEVELOPMENT
By applying a consistent process framework based on systems engineering, a vehicle manufacturer can capture, manage and organise information and knowledge, beginning with the voice of the customer, and continuing through to service, support and product end-of-life. By modelling requirements and allocating them through functional and logical decompositions to physical implementation, a car maker can achieve a significant level of traceability throughout the vehicle.
Cross-attribute simulation and testing safeguard the balance between different critical design attributes. The automotive industry is facing significant challenges in engine downsizing engines and improving powertrain technology, and the need to offer hybrid and EV solutions, while still keeping the emphasis on minimising weight by achieving a higher level of overall performance and efficiency. The PLM Software from Siemens offers a wide range of 1D and 3D simulation and testing tools to optimise this balance in every step of the design, including the interior, chassis, powertrain, body, electronics and vehicle integration.
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