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  • The Capstone Project Electronic Portfolio (CPEP) is a web‐based project and information center. It contains material produced for a year‐long Senior Thesis class. Its purpose, in addition to providing central storage of individual assignments, is to foster communication and collaboration between student, faculty consultant, course instructors, and industry consultants. This website is dedicated to the research and analysis conducted via guidelines provided by the Department of Architectural Engineering. For an explanation of this capstone design course and its requirements click here.

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Welcome to my CPEP

About Me

About Me

Fabian Zamores Rodriguez

Fabian Zamores Rodriguez is currently in his 5th year at Penn State University. He is expected to graduate Fall 2019 with a Bachelors in Architectural Engineering with a focus on Construction. Fabian has been a member of the Society of Hispanic Professional Engineers (SHPE) since Freshman year. He has also been involved in the Mexican-American Student Association as member of the executive board, being treasurer for two years and public relations chair for another.

In the summer of 2016, Fabian was hired in the Office of Physical Plant as an intern in the Contract Administration division. While at the internship Fabian focused on prequalifying subcontractors to do work at Penn State. To do this he reviewed the subcontractors’ finances, bond, insurance, and EMR. He was also tasked with calling their references and get input in their quality of work. For the last two summers (2017/2018) Fabian has been interning with Whiting-Turner and is scheduled to intern with them again summer 2019. For the past two summers he worked on two different supermarkets, which he decided to use as his thesis topic. His main tasks as intern included reviewing submittals, submitting RFIs, performing QC, and assisting with progress reports. Being bilingual in Spanish and English was a skill that Fabian was able to take advantage of during his internships as he was able to translate and communicate with the subcontractors’ laborers that did not speak English. Overall, Fabian learned a lot about the construction industry while in school and through his three internships and will be very helpful when he enters the industry full time.

Statistics

Statistics 

  • Building Name: GreatMart

  • Location: Atlantic City, NJ

  • Building Occupant Name: GreatMart

  • Occupancy and Function: Mercantile (Group M) , Supermarket 

  • Size: 113,333 SF

  • Number of Stories Above Grade: 1

  • Project Team:

    • Owner: GreatMart Inc. 

    • General Contractor: Whiting-Turner

    • Architects: Bignell Watkins Hasser  

    • Engineering: Erdman Anthony

  • Dates of Construction: May 2018 – February 2019

  • Cost: $23 million (detailed cost report not currently available)

  • Project Delivery Method: Design-Bid-Build

Architectural 

The building is 113,333 SF most of which is open space for the sales floor. The sales floor is divided into multiple sub divisions like Seafood, Dairy, Pizza, International Foods etc. The sales floor contains all the merchandise available for the costumers and paying areas. Aside from the sales floor there are also multiple offices, conference rooms, break rooms, and bathrooms. This store offers cooked food so there is also a kitchen and a bakery. In order to preserve the food there is also a refrigerator room as well as a freezer room. At the back of the building there are 5 loading docks where merchandise can unloaded and a vendor dock where merchandise can be temporarily placed. The main entrance referred to as the windscreen area comes out from the building and has one sliding door on each side. Another interesting architectural feature of the building is that it has a clock tower. The building is only one story that is thirty feet tall, however the highest point is the clock tower standing at eighty feet high.

Building Enclosure

Building Façade: The north side of the building is enclosed by a 60’ 3-hour rated CMU wall that runs the length of the existing neighboring building. The entire back wall is made up of pre-cast concrete. The rest of the building enclosure consists of CMU blocks running along the bottom (3’ high) and a combination of brick veneer and EIFS. The windscreen, burger bar, and beverages area is composed of manufactured stone. The architectural sloped roof is covered with asphalt shingles. There are several small windows throughout the building, all of which have a dark bronze frame. There are two different window types, GL-1 and GL-2. GL-1 type are 1” insulated glass windows and are place at the windscreen and storefront. GL-2 are made of 1” translucent insulated glass and are at the windscreen tower and clock tower.

 

Roofing: The building roof has a ¼”:1” slope that run from front to back. Most of the roofing system consists of single-ply EPDM membrane. However, at the grease exhaust fans there is a TPO membrane adhered to the EPDM. For sustainability purposes there are 24 skylights on the north side that run from the front of the building to the back which help reduce the lighting cost.

Statistics 

  • Building Name: GreatMart

  • Location: Atlantic City, NJ

  • Building Occupant Name: GreatMart

  • Occupancy and Function: Mercantile (Group M) , Supermarket 

  • Size: 113,333 SF

  • Number of Stories Above Grade: 1

  • Project Team:

    • Owner: GreatMart Inc. 

    • General Contractor: Whiting-Turner

    • Architects: Bignell Watkins Hasser  

    • Engineering: Erdman Anthony

  • Dates of Construction: May 2018 – February 2019

  • Cost: $23 million (detailed cost report not currently available)

  • Project Delivery Method: Design-Bid-Build

Architectural 

The building is 113,333 SF most of which is open space for the sales floor. The sales floor is divided into multiple sub divisions like Seafood, Dairy, Pizza, International Foods etc. The sales floor contains all the merchandise available for the costumers and paying areas. Aside from the sales floor there are also multiple offices, conference rooms, break rooms, and bathrooms. This store offers cooked food so there is also a kitchen and a bakery. In order to preserve the food there is also a refrigerator room as well as a freezer room. At the back of the building there are 5 loading docks where merchandise can unloaded and a vendor dock where merchandise can be temporarily placed. The main entrance referred to as the windscreen area comes out from the building and has one sliding door on each side. Another interesting architectural feature of the building is that it has a clock tower. The building is only one story that is thirty feet tall, however the highest point is the clock tower standing at eighty feet high.

Building Enclosure

Building Façade: The north side of the building is enclosed by a 60’ 3-hour rated CMU wall that runs the length of the existing neighboring building. The entire back wall is made up of pre-cast concrete. The rest of the building enclosure consists of CMU blocks running along the bottom (3’ high) and a combination of brick veneer and EIFS. The windscreen, burger bar, and beverages area is composed of manufactured stone. The architectural sloped roof is covered with asphalt shingles. There are several small windows throughout the building, all of which have a dark bronze frame. There are two different window types, GL-1 and GL-2. GL-1 type are 1” insulated glass windows and are place at the windscreen and storefront. GL-2 are made of 1” translucent insulated glass and are at the windscreen tower and clock tower.

 

Roofing: The building roof has a ¼”:1” slope that run from front to back. Most of the roofing system consists of single-ply EPDM membrane. However, at the grease exhaust fans there is a TPO membrane adhered to the EPDM. For sustainability purposes there are 24 skylights on the north side that run from the front of the building to the back which help reduce the lighting cost.

Abstract

Tech Reports 

Technical Report 1

Technical Report 2

Technical Report 3

Tech Reports

Proposal

Proposal

Structural Breadth 

 

The structural breadth will be demonstrated on analysis 2. The loads on the metal stud frame will be calculated. With the calculated loads the framing will be analyzed. The loads will be redistributed into the system in order to reduce the number or size of the members being. This while maintaining the applicable codes

Proposal (Revised)

Lighting Breadth

The lighting breadth will be demonstrated on analysis 3. Adding skylights to the roof of the building will let more daylight in. This analysis will explore the effects of adding more daylight in and how this will help reduce the amount of artificial lighting used. 

Proposal
Presentation
Final Report

Presentation

Final Thesis Presentation (PDF)

Final Thesis Presentation (PP)

Final Report

This document provides the results for the 4 analysis performed on the GreatMart  building throughout the Spring 2019 semester. These analyses include doing VE on the metal framing, prefabricating the metal framing, adding more skylights, and researching material tracking systems.

Final Report

Executive Summary

Abstract

Note: While great efforts have been taken to provide accurate and complete information on the pages of CPEP, please be aware that the information contained herewith is considered a work‐in progress for this thesis project. Modifications and changes related to the original building designs and construction methodologies for this senior thesis project are solely the interpretation of Fabian Zamores Rodriguez. Changes and discrepancies in no way imply that the original design contained errors or was flawed. Differing assumptions, code references, requirements, and methodologies have been incorporated into this thesis project; therefore, investigation results may vary from the original design

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