p huong l uong
PORTFOLIO |SELECTED WORKS 2024
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Scope, Description, and Value: A 13-acre all-electric bus base for Metro, King County, Washington. It will be zero-emission busses and fleet operation facilities that are certified green to meet the Living Building Challennge (LBC) Core certification and LBC Eneregy Petal certification, as well as the climate and performance goals of King County’s Strategic Climate Action Plan to be net positive energy. As a complex project, South Annex Base is supported by an extensive, multi-firm design and project management team that works across many disciplines and specialties. Jacobs architectural team’s primary scope of work includes the design of 80,000-sf Vehicle Maintenance and Operations Center, the primary and most prominent building on the re-developed site. Jacobs signage and wayfinding team’s scope include rooms, areas identification, and floor markings for all three buildings on the site. When completed in 2028, SAB will be a cutting-edge $400-million facility driving the charge to a zero-emissions future.
Direct Supervisors: Robert Cerha[robert.cerha@jacobs.com], Josie Briggs [josie.briggs@jacobs.com]
Wayfinding signs
Tasks
• Create signage and floor stripe drawing set for signage team
• Develop signage families for exterior and interior
• Develop mounting detail for signage families
• Create exterior envelope details
Exterior flat-cutout-letter signs
Interior flat-cutout-letter signs
Bay identifying stripe sign
Scope, Description, and Value: The Water Treatment Plant is one of the building in this Facility project. The water is going to be transferred from the Snake River from the South of the site through Liberal Pump Station then to the tanks and being chemical processed here. This building consist of lab space and workstaton for testing, process area, and storage space for the chemical needed for treatment.
Direct Supervisors: Kenji Tan[kenji.tan@jacobs.com]
• Draft details per PA’s instructions
• Prepare drawing set from architects’ feedback
• Attend QA and QC sessions before each submittalsxxxx
• Leading multi-discipline coordination meetings while PA is away
• Producing rendering
FILL PARAPET VOIDS W ITH REGID MIN RAL W OO L NSULATION, TYP.
SHAPED PREF NISHED METAL COPING LOCKED INTO CONT ME TAL CLEAT AT FRONT AND BACK, SECURE AT BACK W ITH PREF NISHED GASKETTED SHIELDED STAINLESS STEEL MECHANICAL FASTENERS PER SMACNA/SPEC SPACING REQUIREM ENTS
SELF ADHERED MEMBRANE FLASHING O VER CO PING
R IE S TW O -PIECE STAINLESS STEEL REGLET AND COUNTER FLASHING ASSEMBLY
EXTER OR 6"
BLO CKING AT TOP OF PRECAST CONCRETE PARAPET
INSULATED PRECAST CO NCRETE PANEL- PER STRUCTURAL
4" x 2" x 16 GA Z-FURRING CHANNEL @ 1 - 0" OC ANCHO RED TO PC PANEL W ITH 2- POW ER ACTUATED SHOT P NS PER CHANNEL, TYP. METAL TERM NAT ON BAR ANCHORED TO FURR NG CHANNEL @ 12" OC TYP. KERF R GID INSULAT O N TO ALLOW BOARD TO FIT THROUGH FURRING CHANNE L AS REQUIRED
ROOF ASSEMBLY @ PRO CES S AREAREFER TO DETAIL
A14/20 -A-503
DETAIL B - PRECAST WALL AT PARAPET
SHAPED PREF NISHED METAL FLASHING W ITH HEMMED DRIP EDGE LOCKED INTO CONT METAL CLEAT FASTENED TO TOP OF STAND NG SEAM PANEL
2" DEPTH SSM R FASCIA ASSEMBLY
DETAIL A - STANDING SEAM ROOF
1/2" COUNTERSUNK DIA AB TO 16 GA TO P TRACK OVER Z-FURRING MEMBERS SPACED TO RESIST UPLIFT LOAD NG REQU RED BY CODES & SPECS
SHAPED PREF NISHED METAL COPING LOCKED INTO CO NT METAL CLEAT AT FRONT AND BACK, SECURE AT BACK W TH PREF NISHED GASKETTED SHIELDED STAINLESS STEEL MECHANICAL FASTENERS PER SMACNA/SPEC SPACING REQUIREMENTS
CONT SEALANT AT REGLET/ TERM BAR TYP
SELF- ADHERED MEMBRANE FLASHING O VER CO PING TW O- PIECE STA NLESS STEEL REGLET AND COUNTER FLASHING ASSEMBLY
EXTERIOR W ALL ASSE MBLY W S-03 @ BACKSIDE OF OF PARAPETS - REFER TO DETAIL /A1 20-A- 501
2" x 16 GA Z-FURRING CHANNELS @16" OC TYP. ANCHORED TO PC PANELS BY POW ER ACTUATED FASTENERS @ 24" OC VERT MAX
METAL TERMINAT ON BAR ANCHORED TO SLO PED HORIZONTAL 16 G A NOTCHED STUD BLOCK NG CHANNEL AT 12" OC TYP.
ROOF AS SEMBLY @ PROCESS AREAREFER TO DE TAIL A14/20-A-503
DETAIL C - LOW ROOF HEADWALL
3 5/8" x 16 G A CFMF @ 16" OC TYP. UNO W ITH R-13 M NERAL W OOL BATT NSULAT O N IN STUD CAVITY
STEEL FRAMING, REFER TO STRUCTURAL
METAL DECK, REFER TO STRUCTURAL WS-01
5/8" TK AIR BARR ER
INTEGRATED F BER RE NFORECED TAPED GW B SHEATHING 1" TK PAINTED 3-CO AT CEMENT PLASTER SOFF T ON METAL LATH 5/8" THIN SET BRICK, CAST N W ALL PANEL
W ATER RETARDER
BARRIER MEMBRANE OVER
FLASHING SEAL TO
INTEGRATED AIR BARR ER
INTEGRATED SHEATHING
SHAPED PREF NISHED
METAL FLASH NG W TH HEMMED DRIP EDGE
GR D
Newly added light corridor for shared office
New up-to-code restrooms
New added central breakroom
Scope, Description, and Value: Lauritsen Laboraroty Building is a place for research, design, develoment, and testing for Naval Air Warfare Center Weapons Division. The existing condition and layout of this building does not meet the space and connectivity requirements to support various divisions’s missions. It is lacking adequare administrative, laboratory, and collaboration space. The condition of the facility is poor, and facility support sysems require upgrade to comply with current codes. The building will be repaired, seismiscally upgraded, and renovated to meet or exceed the useful service life specified in the UFCs and will incorporated features that provide the lowesr practical life cycle cost solutions satisfying the facility requirements with the goal of maximizing energy efficient and providing a accomodate working environment. Lauritsen Laboratory Building, a total of 62,198 square-feet (SF) building, is a single-story steel framed and Concrete Masonry Unit (CMU) shear wall, seismically braced facility that was constructed in 1977 with two subsequent small additions added to the building structure throughout the years. The building layout is structured with a main portion of the building (Wing A), north and south wings (Wings B and C) and a central wing (Wing D) and is organized around a central, open-to-sky exterior courtyard.
Task
• Participate in charrette
• Interview users
• Study existing condition
• Programs grouping for effective layout
• Producing diagram and rendering
Direct Supervisors: Richard Bambam [richard.bambam@jacobs.com]
Scope, Description, and Value: The University of California Irvine (UCI) community comprises more than 50,000 persons, including students, faculty and staff. The campus includes nearly 200 academic and administrative buildings, as well as several housing communities, and construction is a continuous process. The Facilities Management (FM) and Transportation and Distribution Services (TDS) groups provide key services to keep buildings and infrastructure operating smoothly, process incoming and outgoing goods and optimize traffic movement on campus. FM provides critical services to secure, clean, maintain, renovate and repair buildings and grounds as well as associated systems and controls. FM Teams to be housed in new facilities include trade shops, maintenance shop, building controls and sign shop, along with management and storage of parts and materials.
Direct Supervisors: Diesel Winstead[diesel.winstead@jacobs.com]
MEZZANINE FLOOR PLAN
Preliminary Facility: 9,633 GSF Footprint
TRADE SHOPS
DISTRIBUTION / MAINTENANCE
SHOP STORES
BUILDING UTILITY
WAREHOUSE
Scope, Description, and Value:
A multi-discipline design concept to determine the technical and cost feasibility for the CMD to acquire a 56,000 SF facility on 6.56 acres from the Joint Powers Authority at March Air Reserve Base, CA. CMD plans to convert the property into a youth academy as part of the National Guard’s Challenge Academy program. The Challenge Academy program works with at-risk students and is supported by several members of the state legislature. We were tasked to complete our assessment on a very aggressive schedule to ensure funding is requested in the FY25 state budget this May. Our team delivered the pre-final report 3 weeks ahead of schedule and the state deemed it complete enough to begin discussions with the General Services Administration ahead of schedule.
“With limited direction and only some simple bubble diagrams and a few aerial site photos to work from, Phuong was able to create three beautiful images for us to present to our client that exceeded my expectations. They were so impressed by our imagery that was part of our pre-final submittal that unbeknownst to us, they decided to fast-track their presentation to the state of California to request funding for the project, and used the renderings Phuong created to do so” -Allison Termyna Task
• Build site environment and renderings
Direct Supervisors: Allison Termyna [allison.termyna@jacobs.com]
