Building Information Modeling (BIM). The Professional shall develop the design at each stage using Building Information Modeling (BIM) software and related technologies –specifically, the 2020 or current versions of Autodesk "Revit Architecture" for architectural, Autodesk "Revit Structure" for structural content, and Autodesk "Revit MEP" for mechanical, electrical, and plumbing drawings. These models shall be used by the Professional for design coordination, collision avoidance, and production of traditional two-dimensional drawings, and may be used for energy analysis, day lighting analysis, and other building or systems analysis. The implementation and use of BIM shall be discussed by the Professional, Owner, and Construction Manager at a BIM kickoff meeting as early in design as possible, with the agreed-upon parameters captured by the Professional in a project-specific BIM Execution Plan using Owner’s template. The BIM Execution Plan shall be updated and augmented by the Professional, with concurrence and agreement by the Owner and Construction Manager, throughout design and construction as needed to solidify details regarding terminology, schedule, content, format, risk allocation, and use of the model(s). Professional shall provide the BIM model(s) to the Construction Manager throughout design and construction subject to the limitations outlined in the BIM Execution Plan for scheduling, coordination, resource management, estimating, and other uses deemed beneficial to the Owner for delivery of the Project. Professional shall update the BIM model(s) at the end of construction to reflect the actual, "as-built" conditions per requirements as specified in the BIM Execution Plan. Final as-built model(s) shall be delivered to the Owner in the BIM format(s) as originally developed as linked Revit-based models containing the architectural, structural, and M/E/P content including sheet(s) elements reflecting content and format as depicted in the record drawings.
Building Information Modeling (BIM). BIM is required to be used throughout the lifecycle of the Project, including all Project phases from project planning and concept design through construction, as-builts and into facilities management. The BIM requirements are provided as Exhibit P. It is expected by the Department that all team members are to be committed to the use of BIM in the Project, share their ideas of BIM expertise with the team, provide BIM data as requested by other team members, look for cost savings and schedule improvements during the entire Project duration, and endeavor to leave as a legacy a fully updated, as built, facility management ready building information model. Article 3 - CONTRACTOR’S PRECONSTRUCTION SERVICES
Building Information Modeling (BIM). The Construction Manager shall implement and facilitate the BIM program with the Trade Contractors and design team. Construction Manager shall act as the “lead” in preparing composite coordination drawings incorporating all Trade Contractors’ 3-D shop drawings, and shall utilize NavisWorks or similar software approved by Architect to compile these drawings into a composite 3-D model for weekly coordination, fly-through, and clash detection exercises. Construction Manager shall keep records of clashes and issues discovered. Trade Contractors shall attend weekly meetings on a schedule determined by the Construction Manager for the purpose of reviewing progress of the MEP coordination effort. Meetings will continue until all participating Trade Contractors’ clashes and coordination issues are resolved. In addition, the Construction manager is required to attend an Architect-Engineer BIM design coordination meeting during preconstruction to become knowledgeable of the system models and the design intents. Note, the structural and MEPS system designs will be created in 3D to a level 200 by the design team and it will be the responsibility of the Construction Manager to bring the coordinated model up to a level 400 in coordination with the Prime Trade Contractors. All NavisWorks files in appropriate format to be turned over to the District at the conclusion of the BIM services.
Building Information Modeling (BIM). We have not included time to convert civil 3D design or existing conditions AutoCAD files into BIM model files. City of Sausalito Sausalito Ferry Landside Improvements December 10, 2019 COMPENSATION
Building Information Modeling (BIM). In projects incorporating BIM, XXXXXX will design to a Level of Design (LOD) of 100 as defined by the 2015 BIM Forum Level of Development Specification. A BIM Execution plan should be created to define the appropriate uses for BIM on a project, along with a detailed design and documentation of the process for executing BIM throughout a project’s lifecycle. It is understood that the use of BIM is to achieve improvement in design and coordination and not a method for achieving perfection. BIM Models are not considered part of the Construction documentation and are not to be considered a fully coordinated document.
Building Information Modeling (BIM). For major projects, as requested by DDCM/CUCF, the Consultant will use a building information modeling system (BIM) as a tool in the development of the design and the preparation of the contract documents.
Building Information Modeling (BIM). The project will be designed, constructed, and operated using Building Information Modeling (BIM). The BIM project scope is defined in The Pennsylvania State University Office of Physical Plant BIM Contract Addendum (BIM Addendum). This addendum applies to all projects exceeding a Total Project Cost of $5 Million new construction, substantial renovation, or as directed by the Office of Physical Plant Project Manager. On qualifying projects, professionals shall use BIM application(s) and software to develop project designs and assist in the coordination of construction. The Pennsylvania State University is committed to utilizing BIM technologies and processes to execute the design, construction, and operations of its new High Performance buildings and the updating of all existing structures and infrastructure. The intent is to achieve the following goals: facilitate a collaborative project environment between all project stakeholders beginning at project conception through facility operations; improve facility system coordination to streamline design and constructions processes and minimize change orders; deliver a better overall facility design, visualize construction processes, avoid field conflicts, develop building life cycle costs, accurately project cost estimates, and seamlessly transition into facilities operations; develop high performance buildings in accordance to The Pennsylvania State University sustainability goals; incorporate the Record Model and As-Built Models, including infrastructure and building systems, into the existing Enterprise Asset Management system (EAM) to create an As-Maintained Facilities Management Model; and establish a technology platform and provide continuous support to incorporate future technologies into existing processes. The Professional shall provide all deliverables in compliance with the BIM Addendum at stages described in the BIM Plan. The BIM Model is an instrument of service and is considered to be a component of Design and Construction Documents governed by Article 7 of this Agreement and within the BIM Addendum, without exception. The Professional shall lead the development of a project specific BIM Execution Plan (BIM Plan), documenting the collaborative process in which BIM will be implemented throughout the life cycle of the project, during the design phase. An initial BIM Plan shall include the Professional’s requirements identified in the BIM Addendum and the Office of Physical Plant Plan Template. It s...
