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Executive Summary

 

The Anthem House was and still is being presented with many challenges including a constrained schedule, value engineering of many building elements and restrictive site conditions.  These proposal analyses are trying to determine more efficient ways to achieve the same goals. In doing so, there is an effort to reduce costs, increase productivity, reduce the schedule and increase the project’s value. The analyses are to be conducted in the Spring Semester of 2016 and are described below.

 

Analysis One- Exterior Enclosure Prefabrication

 

This analysis will analyze the exterior façade, which is a long critical task that impacts the rest of the project. An analysis will be conducted to determine if off-site prefabricated brick and fiber cement panels are a worthwhile solution to enclosing the building. The reduction in schedule and cost are of main priority, while constructability and safety will be of interest of the proposed wall panels.  

 

Analysis Two- Mechanical Short Interval Production Scheduling

 

Unit turnover is the owner’s main concern and utilizing schedule techniques to achieve that goal faster are of interest. Short interval production scheduling will be used to develop a SIPS schedule of the mechanical scope of a typical apartment unit in this analysis. Creating a schedule that allows a continuous flow of work, schedule and cost reduction and quality improvement will create quite a bit of value for the project. Due to the repetitive nature of the project SIPS will definitely create a positive impact.

 

Analysis Three- Scaffolding

 

Scaffolding is essential part of a construction project. In this analysis, tube and clamp scaffolding will be compared to hydraulic scaffolding lifts for the placement of brick, fiber cement panels and a standing seam metal roofing system. The possible schedule and money savings, workflow and communication improvements, and quality control that can be made to changing the scaffolding will help improve the overall efficiency of the building.

 

Analysis Four- Collaboration within a Construction Project

 

The fourth analysis will be the research of collaboration within construction projects. Collaboration is a key aspect of construction and one of the problems facing construction projects is the use of collaboration tools. Many construction projects need to determine useful collaboration tools and techniques to use to enhance the quality, constructability, schedule and money savings of their projects.  A plan will be recommended of collaboration tools to be used before and during the construction process.  

Breadth Topics

 

In addition to the above construction analyses proposed, there is also a requirement to demonstrate two breadth topics that relate to other disciplines of Architectural Engineering. In order to satisfy this requirement two breathe topics in the mechanical and structural options will be included in the analysis of the prefabricated exterior enclosure panels.

 

Acoustical Breadth: Sound Transmission Class (STC)

 

An acoustical breadth will be completed to determine the acoustical implications resulting from the new Stopanel fiber cement exterior wall panels. The new prefabricated exterior wall panels are quite similar to the existing exterior wall, however the two wall systems will be analyzed to see if each of the walls hold similar sound transmission class (STC) ratings. If the new prefabricated wall system does not meet the recommended STC rating for apartments, then additional materials will be recommended to be placed on the wall to increase the STC rating.

 

Structural Breadth: Structure Connections

 

A structural breadth will be conducted with my first analysis of the brick and fiber cement prefabricated panels. The connection between prefabricated panels will be analyzed, in addition to determining if an anchoring system will be needed to connect the prefabricated panels to the façade of the Anthem House. Various panels will be analyzed to determine the weight characteristics of them to determine if the current structure would be able to support them. If not, then digging deeper into the structure would be necessary to determine what essential changes would need to take place to support the prefabricated panels.

 

MAE Requirements

 

The MAE requirements for the senior thesis research will be fulfilled in multiple areas of my thesis analysis. The master level courses ‘Production Management in Construction’ AE 570 and ‘Project Development and Delivery Planning’ AE 572 teaches various methods to improve production and collaboration within construction. From this I will be conducting research into different tools and techniques that are used to collaborate in active construction projects. Interviews and surveys will be conducted to gather this data. A critique of the tools mentioned in the interviews and surveys will be completed because of the knowledge that I have of them from AE 570 and AE 572. A finalized plan will be developed in the end with collaboration tool and techniques that should be used on construction projects.

 

Also from AE 570 short interval production scheduling was gone over in great detail. Therefore, my second analysis will be about creating a short interval production schedule for the mechanical work in a typical apartment unit of the Anthem House. Case studies and technical reports performed in AE 570 will be a significant help to complete this analysis.

Final Proposal
Final Revised Proposal
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