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Building Name:                     The New Office

Location and Site:                 Fort Mill, South Carolina

Building Occupant Name:    Withheld at Owner's Request

Building/Occupancy Type:   Office/Group B

Size:                                      450,000 sf

Number of stories:                6 stories above grade

Dates of Construction:          Jan. 2015 - Sep. 2016

Total Building Cost:              Withheld at Owner's Request

Project Delivery Method:      CMAR

Owner:                                  Withheld at Owner's request

Architect:                              TVSDesign

Civil+Landscape:                 LandDesign

Structural/MEP/Telecom:      Arup

Lighting:                               Lighting Design Alliance

LEED Consultant:                 Working Building

Project Team |

Building Information |

The New Office is designed to accommodate employees be able to engage with nature by breaking the boundary between indoor and outdoor. Situated within the mixed-used development of an urban park, the 450,000 sf of office space is split among two slender buildings to maximize use of natural light and views. Accommodating approximately 3,000 employees, the facility amenities focus on the employees’ well-being; comprised of walking trails, fitness center, outdoor sports courts, etc.

Description |

Major National Model Codes: IBC (International Building Code) 2012 ed.

Zoning: MX-U (Fort Mill, SC)

Historical District Requirements: Not Applicable

Enclosure |

Facade: Precast concrete panels with thin brick, Aluminum curtain wall glazing system, thermally improved with 1" insulated glazing units with Low-E coating

Roofing: 60 Mil TPO, white membrane roofing system

Sustainability |

The New Office project has earned LEED® Gold certification for its innovation sustainable design strategies. Sustainable features include:

Use of on-site renewable resource | Reclaimed hardwoods

Use of 4,900 miles of fishing net retrieved from the ocean and recycled as interior carpet

Implementing 100 preferred parking spaces for fuel-efficient vehicles and 12 EV charge stations

Committed net-zero water using low flow fixtures, redirected water, and slow water entering the local storm water system

Reduce lighting energy consumption by incorporating abundant natural light

To see the descriptions of the primary engineering systems (Construction, Electrical, Lighting, Mechanical, and Structural) as well as the additional engineering support systems (Fire Protection, Transportation, and Telecommunications) click on the image

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 Hyung Jun Kim. 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.

NEWS FEED UPDATE

04/20/2018 Final CPEP review 

04/11/2018 Final Presentation

04/02/2018 Final Report

01/19/2018 Breadth Topic Finalized

01/16/2018 Final Thesis Proposal (revised)

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