Model-based tendering with Digital Twins

Model-Based Tendering is a process that uses digital twins and simulations to validate project requirements before the tendering phase begins. This approach ensures requirements are realistic, achievable, and free from contradictions. The purpose is to decrease risks in projects.

Digital Twins play a crucial role by providing a virtual prototype of the proposed project, allowing for detailed testing and validation of requirements. They offer a platform for stakeholder feedback and ensure the project’s feasibility before any physical work starts.

Yes, by identifying and resolving conflicts and unrealistic requirements early on, Model-Based Tendering can significantly reduce the need for costly changes during later project stages, leading to more predictable and controlled project costs.

It allows stakeholders to visualize and interact with a model of the project early in the process, ensuring their requirements and concerns are addressed before the project is finalized. This early engagement helps to align expectations and increase satisfaction.

While especially beneficial for complex projects where the integration of new systems with existing ones is critical, Model-Based Tendering can be adapted to suit a wide range of projects by ensuring that project requirements are clear, validated, and achievable from the outset.

It streamlines the tender process by providing clearer, validated project specifications, reducing the likelihood of ambiguous requirements. This leads to more accurate bids from contractors and a smoother selection process.

The first step is to assess the current tendering process and identify areas where digital twins and simulations can add value. Then, develop a strategy for integrating these technologies into the tendering process, including training for key personnel on how to use and interpret digital twins effectively.