Description
Designing wastewater treatment plants is becoming increasingly complex, driven by evolving regulations, Sustainable Design goals, and tighter project budgets. This session will explore how large infrastructure firms are rethinking the early design process by integrating generative workflows that automate core engineering tasks, connect design decisions to client goals, and accelerate preliminary planning. Through real-world examples from US water and wastewater projects, including recent PFAS-focused efforts, you’ll learn how conceptual design can be enhanced using data-driven tools embedded in Autodesk platforms. This session will also explore how standardizing and automating this phase improves client engagement, speeds up internal QA/QC, and lays the foundation for stronger design outcomes downstream.
Key Learnings
- Discover the challenges in early-stage wastewater infrastructure design, including regulatory and budget pressures.
- Explore how generative workflows support rapid design iterations and better stakeholder collaboration.
- Learn how Autodesk tools can integrate with conceptual design Automation, Integration, & Customization to produce Revit models, drawings, and reports.
- Learn how standardizing conceptual design workflows improves speed, transparency, and downstream coordination.