01 RE-IMAGINING WITH CLT G r a d u a t e T h e s i s | S p r i n g 2 0 2 1 | S e a t t l e , WA The graduate thesis work speculated on a new design opportunity for sustainable building material, cross-laminated timber, for the application of affordable, high-rise residential project leveraging modular prefabrication system in the context of tight urban cities with housing shortage crisis for low-income population - such as Downtown Seattle.
Unit A “Kit of Parts” Dry Module A 7-ply CLT Floor Plate B 3/5/7-ply CLT Exterior Walls C Facade Cladding w/ Insul.
Wet Module
Dry Module
Balcony/ Deck
D Balcony w/ Vegetated Sedum E 3-ply CLT Interior Walls F Doors and Windows
Wet Module A Fire-rated Wall Adjacent to Core
Wet Module
B 7-ply CLT Floor Plate C 5-ply CLT Structural Walls D 3-ply CLT Interior Walls E Interior Doors F Cabinetry and Plumbing Fixtures
Dry Module
Dry Module
Wet Module
02 WORK TO PL AY I n t e g r a t i v e S t u d i o | Fa l l 2 0 2 0 | S y r a c u s e , N Y Integrative studio project that aims to transform an existing office building into a post COVID, adaptive family-inclusive office. The project envisions a low-carbon impact family-friendly workplace that increases the health of the occupants through an air-filtering, breathable façade system. Virtual 3D Link: http://work-to-play.glitch.me/
1. Roof Deck Assembly 2. Metal Decking 3. Wide-flange Steel Beams 4. Dropped Ceiling Wood Fins 5. Concrete Finish Floor 6. CLT Beam & Plywood Sheathing 7. Wood Fins 8. Exterior Fins 9. RC Columns
1. 2. 3.
Double-height Family Cluster Office View
4. 5. 6. 7. 8. 9.
Typical Office Space View
Ground Floor Plan
Transverse Section Perspective Third Floor Plan
03 L AVATOPIA G r o u p S t u d i o Wo r k | Fa l l 2 0 1 9 | N o r t h Po l e , M o o n Lavatopia envisions a true utopian world embedded in the lava tube skylight in the moon. The global project, “Lavatopia”, addresses the third phase of this ambitious project and establishes a closed-loop habitat utilizing a lava tube skylight and water ice found within the lava tubes.
Exterior Shell
Phase 1
Phase 2
Phase 3
NASA Gateway
Water Extraction Food Production
a.
ENTRANCE
ADJACENT SKYLIGHT
SECTION
LAVA TUBES BEYOND
MAIN WATER TRUNK
WATER ICE SHELL BLANKET
AQUAPONIC SHELVES
SECONDARY PLATFORMS
REGOLITHMIXED POROUS SHELL
PRIMARY PLATFORMS ABOVE-GRADE PLAN
FOOD PRODUCTION
b.
AQUAPONICS SYSTEM
c.
RECREATIONAL AREAS
Structure
Phase 4
Lunar Village
04 SUSTAINABILITY STORIES N B B J S u m m e r I n t e r n s h i p | 2 0 2 1 | S e a t t l e , WA Identified key frameworks for design and performance strategies pertaining to NBBJ’s sustainability goals. Initiated creating a template for marketing collateral and created graphics and narrative for the sustainability stories. Conducted interviews with the project architects and presented the work to the firm principals.
Meridian Center for Health Ecosystem and Water Story
Meridian Center for Health is a splendid example of successfully bringing sustainability, performance, and beautiful design in a harmonious way. The site is enhanced to restore wildlife habitat and connect the users closer to the regional ecosystem with experiential landscape design. Restored pond and the bioswales, part of that experiential landscape design, are engineered to manage the stormwater.
Key Statistics SAVINGS IN CARBON EMISSIONS BY REPURPOSING THE POND:
73
LANDSCAPE COVERAGE BY NATIVE OR CLIMATE-APPROPRIATE PLANTS:
89%
REDUCTION IN POTABLE WATER CONSUMPTION THROUGH LANDSCAPED IRRIGATION SYSTEM:
54% 1 BIOSWALES capture runoff from the roof, site, and parking, and
Section @ Bioswale
then filter it before it flows into the retention pond
2 RETENTION POND works in concert with the bioswales along the East and West sides of the building
3 The runoff from the retention pond is discharged to the existing public stormwater conveyance system on Meridian Avenue North street.
Section @ Retention Pond
Meridian Center for Health Energy Story
The project outperforms the national energy standard ASHRAE 90.1 2007 by more than 36% by leveraging integrative strategies ranging from passive architectural design to efficient mechanical systems. The project was able to achieve both the beautiful architectural design and outstanding performance with reduced energy use and costs.
Key Statistics PERCENTAGE REDUCTION FROM NATIONAL AVERAGE EUI FOR US CLINICS:
60% LANDSCAPE COVERAGE BY NATIVE OR CLIMATE-APPROPRIATE PLANTS:
36%
ANNUAL SAVINGS ON ELECTRICAL ENERGY COSTS AGAINST SEATTLE ENERGY CODE:
32% 1 OVERHANGS extend out form the building to reduce the excess solar gain
2 SOLAR SHADES enhance the indoor comfort by reducing the glare and heat from the sun
3 25kW solar PV panels on the roof produce 5.4% of the building’s energy needs
Skylight 25kW PV Panels Operable Windows 4 Solar Shading Exterior
5 6 7 8
Overhangs Bioswale Variable Refrigerant Flow (VRF) system Direct Outdoor Air System (DOAS)
THANK YOU HAERIM PARK hpark39@syr.edu 206.420.9262 LINK TO ONLINE P ORTFOLIO