Innovation and collaborative, synchronized program management for new programs
Successful design and construction of large capital assets demand speed, precision and close collaboration between multiple stakeholders. But construction companies often struggle with poor performance and productivity, cost overruns, and low margins. To emerge as strong leaders, organizations must pivot to an industrialized construction approach, moving from a project-based approach to a product-based one.
Siemens' Integrated Design and Configuration portfolio of solutions is designed to help energy, chemicals, and infrastructure companies industrialize their design processes. This involves using modular designs for their capital assets and optimizing them for improved performance and sustainability.
Successful design and construction of large capital assets demand speed, precision and close collaboration between multiple stakeholders. But construction companies often struggle with poor performance and productivity, cost overruns, and low margins. To emerge as strong leaders, organizations must pivot to an industrialized construction approach, moving from a project-based approach to a product-based one.
Siemens' Integrated Design and Configuration portfolio of solutions is designed to help energy, chemicals, and infrastructure companies industrialize their design processes. This involves using modular designs for their capital assets and optimizing them for improved performance and sustainability.
Why reinvent the design wheel when you can reuse it? Discover how you can bring together multiple engineering domains within a collaborative environment and effectively manage design configurations with multiple variants, reusing them again across projects. Now you can utilize multi-CAD authoring capabilities to craft better designs for your products, processes, plants, and infrastructure.
Imagine providing your clients with custom designs with the same speed and precision as with standardized products. By automating your design rules and processes for engineer-to-order (ETO) solutions, your teams can rapidly engineer custom solutions.
When it comes to designing large capital assets, the inability to efficiently manage requirements can be a significant challenge. A systems-driven design approach can help you avoid costly errors and omissions early in the design phase. A closed-loop approach is at the core of this solution—facilitating seamless management of requirements throughout the asset lifecycle.
The complexity and variability of engineered-to-order (ETO) equipment in the Energy & Utilities industry is increasing. Our solution supports the entire lifecycle from planning and engineering through manufacturing to execution and field service.
Centrally manage all facets of the formula design process to ensure they meet all requirements and quality parameters.
Integrated suite of applications for developing 3D digital twins in a flexible and efficient product design environment
Effectively gather, author, approve and manage requirements for complex systems across the entire project lifecycle.