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University of Southern california (USC) - Case Study

From Design to Fabrication to Erection to Facility Management - IPD, VDC, and BIM

The BIM Process

Design/construction teams realize immediate dividends from the proper use of the design models for clash detection, coordination, and team building
Managing an integrated design team in the preparation of a comprehensive, coordinated 3D design model is challenging. As challenging as the technological aspects are, the human aspects are an even greater challenge.
Archiect Cliff Bourland from UDG will address these aspects of BIM and VDC as well as lessons learned regarding the level of detail needed in the model in the context of the USC School of Cinema project. The suitability and extensibility of current software platforms for obtaining the necessary detail from the architectural and MEP perspective will be discussed. 
Getting maximum benefit for the owner and effectiveness for the construction team requires working at overcoming cultural and communication obstacles.  Approaches to partnering with the construction team and implementation strategies for using the design model in the field will be discussed.

The full potential of the Integrated Design Process can be mobilized when the product of the design phase is and accurate and detailed construction model. Structural engineers are well positioned to provide this level of accuracy and detail both because of traditional practice and because 3D modeling software for preparing structural shop drawings is a mature technology that has migrated forward to support the design process. 
(See Illustrations below)

Tekla 01 Tekla 02

Figure 4. Base Lug (Rocker) In Tekla                                                              Tekla  Model by GPLA

Tekla 03 Tekla 06 floor Lug Photo

Figure 5. Base Lug (Rocker) In Tekla                                                  Tekla  Model and Photo y GPLA

Tekla 05 floor Lug Tekla 05 floor Lug Photo

Figure 6. Base Lug (Rocker) In Tekla                                           Tekla  Model and photo by GPLA

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Greg Luth provided detailed insight into structural  modeling strategies, work flow, design coordination, and shop drawing coordination with structural steel and rebar shop drawing prepared by the EOR from the model and structural steel and rebar shop drawings prepared by the subcontractor’s detailer from the structural design model.

Unique aspects of this project:

  • Building modeling technology-first used for the design and construction -- will become the platform for an advanced building monitoring system for improved maintenance and operational efficiency. This is the most extensive application of its kind in any sector, public or private.
  • The new facility surpasses earthquake resilience codes. An innovative “fused rotating wall” system produces a repairable stable structure, ensuring the safety of occupants and the facility’s long-term survivability. Structural damage is confined to designated repairable fuses after a severe seismic event.

Client goals:

  • Choosing the most advanced materials, solutions and technologies available – and even reaching for the “next generation” possibilities
  • Adapting an integrated project delivery method and bringing on subcontractors with excellent track records
  • Using the most sophisticated building modeling software available and, if need be, taking it to the next level through expert software enhancements to meet long-term high performance building objectives
  • Prioritizing structural integrity, interior efficiencies and exterior aesthetics

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