Clement Fung

Lighting/Electrical
University of California Santa Barbara, Student Resource Building
Santa Barbara, CA

This is a student-generated Capstone Project e-Portfolio (CPEP) produced in conjunction with the AE Senior Thesis e-Studio.

 

Building Statistics

Download "Complete Building Statistics"

PART 1: General Building Data

Building Name:
 

Student Resource Building

 

 

Location and Site:

 

University of California, Santa Barbara
Santa Barbara, CA 93106

 

Building Occupant Name:

 

UNIVERSITY OF CALIFORNIA SANTA BARBARA

 

Occupancy or Function Types:

 

Primary: B
Secondary: A-3/ B-3

Mixed Use: University Administration and Multi-Function Spaces

 

Size:

 

68,413 SF

 

Number of Stories Above Grade / Total Levels:

 

3 Levels (all above grade)

 

Primary Project Team:

 

Owner:
University of California Santa Barbara

Architecture, Interiors and Landscape Architecture:
Sasaki Associates, INC.
Website:  http://www.sasaki.com/

Civil Engineering:
Penfield & Smith
Website: http://www.penfieldsmith.com/

Structural Engineering:
ARUP
Website: http://www.arup.com

MEP and Fire Protection Engineering:
ARUP

Telecommunications / Data, Audio / Visual and Acoustics:
ARUP

Code Consulting:
ARUP

Lighting:
Horton Lees Brogden Lighting Design
Website: http://www.hlblighting.com

Cost Estimating:
Davis Langdon Adamson
Website: http://www.davislangdon.com

General Contractor:
RQ Construction, INC.
Website: http://www.rqconstruction.com/

Electrical Subcontractor:
BERG Electric
Website: http://www.bergelectric.com/

 

Dates of Construction:

 

Start:
Early Spring 2005

Estimated Completion:
November 2006

 

Cost:

 

Accepted bid from RQ Construction, INC. : $18,986,000

 

Project Delivery Method:

 

Design-Bid-Build

 

Architecture
(Design and Functional Components):

 

The building was designed to act as a gateway for the west side of the campus and strives to connect Isla Vista, an adjacent neighborhood to the core campus. It will also house many important student affairs bodies as well as other University administration offices. A prominent design feature is the triple height central forum space with pedestrian walkways located on either side of the upper levels. Other areas of interest include a double height, elliptical-shaped multi-purpose room on the north east side corner of the building and a Child Care Center on the south side which also features a garden pavilion.

 

Major National Model Codes:

 

1. (1997) Uniform Building Code (UBC)
2. (1998) California Amendments
3. (1998) California Building Standards Code
4. (1998) Title 24
5. (1998) California Code of Regulation (Parts: 1,2,6,7,8,10,12)
6. (1996) NEC and (1998) California Amendments, T24, CCR Part 3, California Electric Code
7. (1997) UMC and (1998) California Amendments, T24, CCR Part 4, California Mechanical Code
8. (1997) UMC and (1998) California Amendments, T24, CCR Part 5, California Plumbing Code
9. (1997) UMC and (1998) California Amendments, T24, CCR Part 5, California Fire Code
9. (1997) UMC and (1998) California Amendments, T24, CCR Part 5, California Fire Code
10. State Fire Marshal Regulations – Division 1, Public Safety, Title 19, CCR
11. Air Quality Management District Regulations
12. Americans with Disabilities Act (ADA), Title II, ADAAG
13. University Policy, “Seismic Safety”
12. (1996) NFPA No. 13,20,22,72
13. (1995) NFPA No. 24
14. UCSB Fire Protection Division Guidelines

 

Zoning:

 

Site Area Approximately 85,168 SF

 

Historical Requirements of Building or Zone where Built:

 

Not applicable.

 

Building Envelope Description:

 

The northern façade is mainly made of highly transparent metal and glass curtain wall system that allows for efficient daylight utilization. The south facade is mostly clad with light-weight masonry rain-screen with smaller sunshade- equipped windows. The east and west façade uses a mixture of these elements.
Most of the lower roof is made of predominately built-up bituminous roofing with a 1/4”-1’-0” slope. However, the roof area above the central atrium is approximately 10 ft higher and is supported by steel trusses. Clerestories wrap all four sides which allow optimal daylight penetration into the open area below. The windows are also operable which allows most of the building to be naturally ventilated.

 

   
"PART 2: General Building Data" - Please download "Complete Building Statistics" to view.
     
     

 

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