Aerospace & Defense
Innovation and collaborative, synchronized program management for new programs
Increasing consumer demand for connectivity and autonomous features are driving unabated adoption of embedded software and electronics contents in automotive systems, forcing automakers to adopt a more integrated approach to manage multidisciplinary systems complexity. Automakers can now manage multidisciplinary engineering teams with an integrated system for engineering lifecycle management that leverages requirements management, secure supplier collaboration and an engineering management platform that combines mechanical, electronic, software and simulation data into a single collaborative environment.
Explore the key areas of this solution.
Integrate and manage processes and data across automotive engineering disciplines, including mechanical, electrical, electronics and software systems. Perform simulation and test validation.
Manage a multidisciplinary BOM for vehicle programs from concept through obsolescence, encompassing all product configurations. Create, visualize and update BOMs from any discipline.
Define and understand relationships and dependencies between multi-domain design objects and product requirements needed to continuously verify design compliance across all possible vehicle configurations.
Author and manage vehicle program-related documents and specifications using Microsoft Office® applications to create text, 2D and 3D illustrations and animations to generate specifications, regulatory documents and manuals.
Exchange design data information and collaborate with supply tiers. Include CAD data, specifications, JT files and more within a secure portal, and bring them into product development decisions.
Manage and coordinate multi-site deployments across your global enterprise with industry-leading PLM platform scalability.
Increasing consumer demand for connectivity and autonomous features are driving unabated adoption of embedded software and electronics content in automotive systems. More traditional mechanical features are now executed with embedded technologies, much of which is being delivered by a global supply chain. Designing and building these smart, connected vehicles requires rethinking product development methodologies and an integrated approach to managing complexity. Automotive companies are finding themselves short on the skill sets and process knowledge needed to develop specialized IoT connected technologies.
Siemens offers a multidisciplinary approach to automotive engineering lifecycle management that leverages integrated requirements management, secure supplier collaboration and an engineering management platform that combines mechanical, electronic, software and simulation data into a single collaborative environment. Automakers can now enable intelligent management, sharing and synchronization of data across product configurations and organizational functions.
Teamcenter® software’s suite of design data management and simulation management solutions enables you to establish a collaborative environment for developing products comprised of mechanical, electronic, software and control (electrical interconnect) technologies.Read More
An Introduction to Teamcenter PDM solution.Watch the video
Increased product complexity drives increased process complexity and costs.Watch the video