BIM & Rendering

CASAD provided core technical support to the structural engineering team. Expertise included Revit BIM modeling and detailed CAD drafting of all complex, hybrid structural systems (wood, steel, trusses), ensuring 3D coordination across the project.

Casad's role in this project was comprehensive, focusing on the foundational planning and detailed technical execution. The work included developing the initial Conceptual Plan and Master Plan to guide the project, creating all necessary Detailed Architectural and Engineering Drawings for construction, and utilizing 3D Modeling for seamless coordination and enhanced visualization.

Casad transformed 2D AutoCAD drawings into a detailed 3D BIM model (LOD 350) for a G+5 residential building in Florida. Using Autodesk Revit, we delivered a fully coordinated architectural model along with annotated drawings, schedules, and sheet layouts. Our work enhanced design accuracy, improved stakeholder coordination, and provided construction-ready documentation—demonstrating Casad’s expertise in bridging legacy plans with modern BIM standards.

Casad Infra Solutions served as the prime consultant for the Sabarmati Rolling Stock Depot—India’s largest high-speed rail maintenance facility under the Mumbai-Ahmedabad Bullet Train Project. Spanning 83 hectares, the depot features advanced BIM integration, inspection and stabling lines, eco-friendly infrastructure, and is designed for future solar power generation. Casad led multi-disciplinary design, BIM modeling, and coordination to enable efficient and sustainable execu

Casad Infra Solutions provided structural BIM and CAD support for Airport Commerce, a 4-story, 328-unit residential building in Austin, Texas. The project’s complexity stemmed from large diaphragm and wall openings. Casad’s expertise in Revit modeling and detailed documentation enabled precise coordination, improved constructability, and supported the structural team in delivering an efficient, high-quality design within tight timelines.

Casad Infra Solutions supported Magnolia Lights—Magnolia’s first mixed-use development—with advanced structural BIM modeling and CAD drafting. Featuring two 6-story timber-framed buildings, retail spaces, and a parking garage, the project demanded precision in coordinating wood structures with architectural design. Casad’s expertise enabled seamless integration, accurate documentation, and efficient planning for this landmark community-focused development.

RUKUS 3.0 is a 426,746 sq. ft., 8-story residential project in Austin, Texas, featuring 215 units and a 3-level underground parking structure. Casad supported the structural engineering team with high-precision Revit modeling and CAD drafting, enabling seamless coordination between wood and concrete systems. Our BIM deliverables enhanced design accuracy, accelerated documentation, and ensured efficient project execution.

Casad transformed high-density laser scan data into a detailed LOD 350 BIM model to support the redevelopment of an existing facility in Torhout, Belgium. Using Revit and Navisworks, our team delivered a precise, clash-free 3D model capturing architectural and structural elements. This digital twin enables accurate planning, coordination, and design, ensuring data-driven decisions and smoother execution for all project stakeholders.

Casad developed a precise architectural BIM model for a Dubai project using only photographic references and basic measurements. With no CAD files, our team recreated the building's design in Revit, producing detailed 2D drawings and high-quality renderings. This model enabled the client to visualize, document, and plan redevelopment effectively—demonstrating Casad’s capability to deliver high-impact results even from minimal inputs.

Casad developed a high-precision as-built BIM model for a bank facility in Landen, Belgium, using laser scan data and ReCap input. The model, built to LOD 350, accurately captured all architectural and structural elements, including vaults, teller areas, and office spaces. It serves as a foundation for future design, compliance checks, and renovation planning—enabling efficient coordination and reducing rework risks throughout the redevelopment lifecycle.