Validating parking at kaiser permanente
Constructing a state-of-the-art facility demands the highest quality standards.An experienced builder must understand the unique complexities of each specific project to ensure success.Determining Survey Variances The first step in the process was to lock down the project control to a very tight tolerance and then transfer the control points onto each floor for use in registering the follow-on laser scanning point clouds.To kick off the effort, the team met to determine the requirements necessary to achieve site and floor control to within 1/16”.From there, surfaces were modeled from the laser scans.The surfaces elevations were transferred to Auto CAD to measure the displacements of each point and finally produced the structural survey plans.Conclusion While technology tools continue to evolve, developing a Structural Survey and Floor Flatness Program can play a significant role in ensuring the quality of your facility is top-notch.On the Kaiser Permanente Oakland Medical Center project, this innovative process resulted in reducing the schedule time and costs as compared to traditional methods and provided a higher quality facility for owner use.
This required “surveying” each beam — ends and mid-span — as well as the deck bottom center of bay, utilizing new control and layout services coupled with 3D Laser Scanning and cutting-edge software for post-processing the data.However, beyond the obvious are those potentially overlooked quality considerations that must not be forgotten. Imperfections in floor flatness can have significant impacts on operational efficiencies.Even the smallest variation can interfere with equipment accuracy, usage of space, or comfort of the facility to users.To achieve Mc Carthy’s internal Floor Monitoring Program requirements, the team leveraged extensive Virtual Design and Construction processes to meet the deliverable requirements.The approach outlined below offers a glimpse into possible steps your builder might take to meet your project’s floor flatness requirements.
This mitigated risks that might occur downstream by validating that there no issues up front and identifying any issues that could be proactively addressed.