Details: 
 
Win bids, jump-start new projects, and produce site designs with confidence 
OpenSite Designer is an application designed to address all aspects of site design, engineering, and land development. OpenSite Designer also includes OpenSite SITEOPS, so you can quickly identify constraints early, understand financial implications and project feasibility, and produce optimized solutions to meet your client’s needs.

Whether your land development project is commercial, residential, or industrial; easily work with other project stakeholders to meet demands from survey to plan production. And you can ensure data-rich BIM deliverables to help you advance BIM workflows in a digital twin authoring environment while also creating all traditional and digital design deliverables.
 
Develop site designs quickly 
Create and optimize multiple design scenarios in days, not weeks, for commercial, industrial, residential, and campus projects. Using auto-drawing capabilities and dynamic 3D modeling, conceptualize and detail building pads, parking lots, sidewalks, streets, and other design features. Ensure high-quality design deliverables with automated production of drawings using design constraints, design-time visualization, dynamic annotation, and automated plan production based on the live model. As the design changes, the multidiscipline documentation sets are automatically updated. And ensure data-rich BIM deliverables to help advance BIM workflows in a digital twin authoring environment while also creating all traditional and digital design deliverables.
 
 
Design in context 
Understand existing conditions, accelerate modeling workflows, and make better design decisions by easily integrating point clouds, reality meshes, photogrammetry, total station surveys, and terrain into design and construction models. 
 
Optimize earthwork and site layout
Investigate site layout options quickly with parametric drawing capabilities of parking lots, buildings, drives, and walkways. Design changes are easy due to dynamic interaction of elements. Next, optimize earthwork using a grading solver that runs thousands of iterations based on designer-defined constraints to find the best cost of construction. Evaluate results and respond to project stakeholder feedback quickly.
 
Analyze feasibility of parcel layout and grading
Use automated parcel layout and grading tools to identify project risks associated with earthworks, zoning, and client requirements.