Here are the report for the civil engineering ..if you want to know about them download them
The following repo rt contains information and analyses related to HD Woodson Senior High School
located in Washington, DC. The initial sections contain background information and data pertaining to
the project, followed by four analyses created to theoretically study the Constructability, Schedule
Acceleration and Value Engineering of a construction project. The framework for this report is created
by the Architectural Engineering Senior Capstone Thesis course sequence.
Analysis One: Maximizing BIM Investment
The use of Building Information Modeling, BIM, on HD Woodson High School was an effective way to
facilitate trade coordination.
Using BIM assisted in coordinatingthe large amount of MEP systems in areas confined by low floor to structure heights and the desire to eliminate fie
l d clashes of these components. While this decision was one great way to coordinate MEP Systems there are many uses that can mak BIM efforts more beneficial
. Building Information Modeling can be much more than a
3Dclash detecting model if the goals and uses are defined early on in a project. This critical industry issue of high initial costs associated with BIM can be justified if the end results and valuable inputs ofBuilding Information Mode
lingare maximized. This topic was aCritical Industry discussion at the PACE Roundtables.
Analysis Two: Optimizing Value Engineering
Analysistwo looks at some possible Value Engineering (VE) Solutions to clear the hurdle of “LEED” elements being excluded from the VE Process. The green roof will be at the center of t his analysis and investigation i nto the impacts of the green roof on other building systems. Value Engineering that dismisses LEED elements can unknowingly overlook cost effective benefits that can add real value and
reduce total project costs and schedule. Analysis Three: Alternative Exterior Wall Assemblies Exterior enclosure is a major schedule risk to the projects timely completion. The current design for the exterior walls is exterior masonry panels with CMU backing. Issues that come from use of a CMU wall are its duration, weather impacts, cleanliness and ability for changes and acceleration during MEP rough in. Analysis three will develop and evaluate two alternate assemblies. The path to this topic began with a site visit, during which the masons were laying block and having to lift the blocks over the conduits stubbed up out of the walls. Analysis Four: Alternative Steel Truss Construction The transportation of steel trusses, for the gymnasium at HD Woodson High School, becameextremely challenging. Multiple trusses over 100 feet long had to be transported from Delmar Delaware to NE Washington DC, roughly 112 miles, with police escorts and at great stress and expense to the project team. This topic was derived from a conversation with the project team about the truss transportation.
Download full report
[ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
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This project is abou the construction project of a big schooolThe following repo rt contains information and analyses related to HD Woodson Senior High School
located in Washington, DC. The initial sections contain background information and data pertaining to
the project, followed by four analyses created to theoretically study the Constructability, Schedule
Acceleration and Value Engineering of a construction project. The framework for this report is created
by the Architectural Engineering Senior Capstone Thesis course sequence.
Analysis One: Maximizing BIM Investment
The use of Building Information Modeling, BIM, on HD Woodson High School was an effective way to
facilitate trade coordination.
Using BIM assisted in coordinatingthe large amount of MEP systems in areas confined by low floor to structure heights and the desire to eliminate fie
l d clashes of these components. While this decision was one great way to coordinate MEP Systems there are many uses that can mak BIM efforts more beneficial
. Building Information Modeling can be much more than a
3Dclash detecting model if the goals and uses are defined early on in a project. This critical industry issue of high initial costs associated with BIM can be justified if the end results and valuable inputs ofBuilding Information Mode
lingare maximized. This topic was aCritical Industry discussion at the PACE Roundtables.
Analysis Two: Optimizing Value Engineering
Analysistwo looks at some possible Value Engineering (VE) Solutions to clear the hurdle of “LEED” elements being excluded from the VE Process. The green roof will be at the center of t his analysis and investigation i nto the impacts of the green roof on other building systems. Value Engineering that dismisses LEED elements can unknowingly overlook cost effective benefits that can add real value and
reduce total project costs and schedule. Analysis Three: Alternative Exterior Wall Assemblies Exterior enclosure is a major schedule risk to the projects timely completion. The current design for the exterior walls is exterior masonry panels with CMU backing. Issues that come from use of a CMU wall are its duration, weather impacts, cleanliness and ability for changes and acceleration during MEP rough in. Analysis three will develop and evaluate two alternate assemblies. The path to this topic began with a site visit, during which the masons were laying block and having to lift the blocks over the conduits stubbed up out of the walls. Analysis Four: Alternative Steel Truss Construction The transportation of steel trusses, for the gymnasium at HD Woodson High School, becameextremely challenging. Multiple trusses over 100 feet long had to be transported from Delmar Delaware to NE Washington DC, roughly 112 miles, with police escorts and at great stress and expense to the project team. This topic was derived from a conversation with the project team about the truss transportation.
Download full report
[ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
if u like the post just say thank u in comment box.
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