Gunjan Choudhary

Title: Gunjan Choudhary’s Patents in Civil Infrastructure Design

Introduction

Gunjan Choudhary is an inventor associated with Autodesk, Inc., in Nashua, New Hampshire. Her patent work addresses tools for designing and extending infrastructure networks in three-dimensional computer-aided design models. She holds 2 patents.

Latest Patents

Choudhary’s patent, “Method and Apparatus for Automatically Creating a Drainage System Along a Road Network in a Building Information Model (BIM) Computer Aided Design (CAD) Three-Dimensional (3D) Model,” describes automatically designing drainage systems within a road network model. The method uses road geometry, centerlines, curbs, and surrounding conditions, together with user-configurable rules, to place drainage components. Because the placement of one component can affect others, the system dynamically designs the network without requiring additional user input.

Her patent, “Method and Apparatus for Extensible Utility Network Part Types and Part Properties in 3D Computer Models,” concerns expanding the types and attributes of network parts in CAD applications. Users can add properties to existing parts or define new part types with their own attributes. The application can use hard-coded or dynamically assigned enumeration values to support operations such as searching network parts and traversing model elements.

Career Highlights

At Autodesk, Choudhary’s patented work focuses on practical capabilities for infrastructure modeling. Her inventions address both automated drainage design and flexible representation of utility networks, helping CAD applications support complex, configurable models.

Collaborations

Choudhary’s listed coworkers include Craig Storms and Gary Blais. Her work is associated with Autodesk’s broader development of design software for infrastructure and engineering applications.

Conclusion

Gunjan Choudhary’s patents contribute methods for automating drainage-system placement and extending utility-network models, advancing the flexibility of infrastructure design in 3D CAD.