Jean Wang Work Sample

Jean Wang Architecture Work Sample 2020-2024

JEAN WANG LEED AP BD+C, OSHA-10 Autodesk Certified Professional in Revit

EDUCATION 2022 - 2024 Washington University in St. Louis Master of Architecture + Master of Construction Management 2015- 2020 Pacific National University Bachelor of Architecture

EXPERIENCE May. 2024- now JEMA, LLC | Saint Louis, MO Architecture Intern Jun. 2023- Aug.2023 MVE + Parteners, Inc. | Irvine, CA Architecture Intern Dec. 2022- Jan. 2023 Hellmuth + Bicknese Architects, LLC | Saint Louis, MO Volunteer Intern Sep. 2022- May. 2024 Washington University in St. Louis | Saint Louis, MO Research Assistant Jul. 2020 - Jun. 2022 Wuxi Architectural Design and Research Institute CO.,Ltd | Wuxi, China Architectural Designer

01 THE WAVE

02 GROVE CARE

Urban | Khabarovsk , Russia 2020 B.Arch Degree Project

Healthcare | Saint Louis, MO 2024 M.Arch Degree Project

03 HIMAL BATHS

04 CULINARY SCHOOL

Assembly | Langtang Vally, Nepal 2024 Studio 611

Education | Los Angeles, CA 2024 Advanced Building System Coursework

05 SMOOTH HOUSE

06 MJ Pavilion

Healthcare | Saint Louis, MO 2022 Solar Decathlon Competition

Stud Installation | Saint Louis, MO 2023 Intelligent Prefabrication

Interweaving River Amur

0

| 01 THE WAVE

100M

200M

Site Plan

B. Arch Degree Project | 2020 Category: Landscape Architecture Location: Khabarovsk, Russia Phase: Conceptual Design Tutor: Ryabkova Elena Borisovna Work Scope: Individual Work Khabarovsk, Russia’s largest Far East city, experiences frequent flooding of riverbank areas due to rising Amur River levels. New transformation involves three crucial lines that forms a double-dam flood control system, crowd-friendly activity spaces and hydrophilic platforms, which are connected by Urban fabric and inclined docks.

Concept - Adaptive Re-shape

Perspective - Dry Season

Perspective Section - Dry Season

Trash

60.000

60.000

48.000

48.000

36.000

36.000

24.000

24.000

12.000

12.000

±0.000

±0.000

Meal Prep

Art Learning

4 FLOOR PLAN

Trash staff

Memory care

Meal Prep

TV room

Assisted living

3 FLOOR PLAN

Trash

laundry

Admin Station

Kitchen

mail

UP

-15.000 -15.000 Pharmacy

Lobby

Retail

0

100 ft

200 ft

| 02 GROVE CARE

N

M. Arch Degree Project | 2024 Category: Assisted Living Facility Location: Saint Louis, MO Phase: Schematic Design Work Scope: Individual Work “Grove Care” is CLT-structured assisted living and memory care facility designed to address the growing need for senior care due to an aging population. The facility features a biophilic design with lush greenery cascading over multiple levels both indoors and outdoors, promoting wellness, social interaction, and connection with nature

1 FLOOR PLAN 0

25ft

50ft

Wall Section

Section Perspective

LANGTANG VELLIAGE

Go

sa

iku

nd

aT

rek

2

4

+14,447 ft

1

+14,386 ft ENTRY 1

ENTRY 3

k

1

ENTRY 2

e Cre

2

3

Bhairav Kunda Lake +14,435 ft

2

Helipad

GROUND LEVEL PLAN 1.Lobby 2.receiption office 3.Changing room 4.Reading space 0

50ft

100ft

5

7

6

SPA LEVEL PLAN 5.Bar 6.Spa pools 7.Restroom

| 03 HIMAL BATHS

9 8

12

11 10

Studio 611 / Non Architecture Competition | 2024 Category: Assembly - Thermal Bath Location: Langtang, Nepal Tutor: Georgia Daskalakis Work Scope: Individual Work

DECK LEVEL PLAN 8.Swimming pool 9.Yoga

0

15ft

30ft

The thermal bath is designed to be integrated into the Langtang landscape. It offers a stunning view of Gosaikunda Lake and promotes community wellness through therapeutic indoor and outdoor spaces. Geothermal energy technology and water filtration systems are used to ensure sustainability.

Cross Section CROSS SECTION

10.Sun spa 11.Meditation 12.Wet zone Restroom

Perspective

① ② ③ ④ ⑤ ⑥

Assembly Components

⑦

⑧

⑨

⑩

1. TPO Roofing 2. Glass Fiber Rigid Insulatioon 3. Drywall Hardboard Sheathing 4. Metal Panel 4 1/2 thickness 5. Steel Joist HSS 12x16x3/8 6. Steel Beam 18”deep

7. Floor-height Truss: Cord: HSS 12x36 , Bracing HSS 12x12, Height: 15’ 8. Steel Joist Bar: Cord: HSS 8x8 , Bracing HSS 6x6 Height: 4’ 9. Steel Joist HSS 12x16x3/8 @ 9‘ O.C. 10. Column HSS 6x6x1/2

VERTICAL FORCE DIRECTION Pressure Tension

TRUSS POSITION Outside the rock Inserted into the rock

Axonometric diagram of Structural System

F

E

Dorm UP

1014 SF

D

Food Storage Student Lounge

Dinning Hall

Kitchen / Dishwashing

687 SF

Lobby

1309 SF 485 SF

UP 1179 SF

Mechanical

Electrical

C

Path 3046 SF

Dorm

Culinary Kitchen

Culinary Kitchen

961 SF

887 SF 683 SF

Dorm

B

859 SF

Dorm 1172 SF

site Not Enclosed

A

A' 1

2

3

4

5

6

No color scheme assigned to view

7

Pr

Da

Dr

1

First Floor Architectural Plan 1/8" = 1'-0"

1 FLOOR PLAN

0

25ft

Ch

N

50ft

---

0

4'

8'

0 1/8" = 1'-0"

16' 2"

Sc

E

Auditorium Not Enclosed

DN

Dorm 1014 SF

D

Small Classroom

Large Classroom

Large Classroom

494 SF

945 SF

619 SF

DN

C UP

Path 1673 SF

Dorm 960 SF

N

Dorm

B

863 SF

Dorm 1193 SF

Speciality Kitchen

Culinary Kitchen

850 SF

1540 SF

Culinary Kitchen

No color scheme assigned to view

1508 SF

Belcony Not Enclosed

A

| 04 CULINARY SCHOOL

A 1

2

3

4

5

6

7

2 FLOOR PLAN

Advanced Building System | 2024

F Proj

Date

Draw

Chec

1

Second Floor Architectural Plan 1/8" = 1'-0"

Scale

Category: Education Location: Los Angeles, CA Phase: Schematic Design Tutor: Chandler Ahrens Work Scope: Revit Model, Wall Detail DN

DN

DN

Library

Library HALO Commercail HC series 8 in, 28.5w, downlignt HALO Commercial HCC6 10in, 12.8w, cylinder

Located along the waterside in the Mediterranean climate zone, the project uses sustainable and durable facades. Additionally, the project aims to explore the truss and steel structure for the educational project, providing an exceptional experience for culinary students and faculty.

Library

HALO Commercial HCC6 12in, 15.4w, cylinder

HALO Commercial 145 series 24in, 47w,downlight HALO Commercial 145 series 36in, 72w,downlight

F2 REFLECTIVE CEILING PLAN HALO Commercail HC series 8 in, 28.5w, downlignt (VRV System + Lighting) HALO Commercial HCC6 10in, 12.8w, cylinder HALO 12in, 15.4w, cylinder HALO Commercial Commercail HCC6 HC series 8 in, 28.5w, downlignt HALO Commercial HCC6 10in, 12.8w, cylinder HALO Commercial 145 series 24in, 47w,downlight HALO Commercial HCC6 12in, 15.4w, cylinder HALO Commercial 145 series 36in, 72w,downlight LHBS lensed hign bay,10in*14inin,159w HALO Commercial 145 series 24in, 47w,downlight Achieva wrap. 5.5in*24*,49.9w,dowmlight Achieva wrap. 5.5in*96*,86.2w,dowmlight HALO Commercial 145 series 36in, 72w,downlight LHBS lensed hign bay,10in*14inin,159w HALO Commercail H2932T,11in*3*1/2,60w,wall light Achieva wrap. 5.5in*24*,49.9w,dowmlight Achieva wrap. 5.5in*96*,86.2w,dowmlight

LHBS lensed hign bay,10in*14inin,159w Achieva wrap. 5.5in*24*,49.9w,dowmlight Achieva wrap. 5.5in*96*,86.2w,dowmlight HALO Commercail H2932T,11in*3*1/2,60w,wall light

Site Plan

Need 2 access points because: The distance from the fire truck to the furthest point is more than 150 feet.

Fire lane is 20 feet wide fully outdoor space.

All-weather Surface No dead-ends longer than 150ft Around space for fire truck is with typital 25' radius.

Main Entrance

Winter Solctice

Serveice/Secondary Entrance for Dormitary

Rood Assambly

Winter Solctice

Hard Board 6" Ploy ISO Rigid Ins 2" Metal Deck Bar Joist Truss Bridging Truss

Summer Solctice

33.00°

79.

00°

33.00°

79.

00°

TPO Roofing

Polycarbonate Lightwall

Polycarbonate Lightwall

Enclosure1: Polycarbonate Wall

Floor Assambly

Carpet 4 1/2" Poured Concr 2" Metal Deck Wide Flage Beam

Enclosure1: Polycarbonate Wall

1. **Weather Resistance and Durability:** - The air gap helps to create a barrier to withstand extreme weather and provides natural ventilation, helping to keep insulation moisture-free.

1. **Weather Resistance and Durability:** 2. **Energy Efficiency:** - The air gap helps to create a barrier to withstand extreme weather and provides - The light transmission of double polycarbonate panels is approximately 85%, creating natural ventilation, helping to keep insulation moisture-free. less condensation. Because air can be trapped between the walls, the increase in energy efficiency reduces heating costs by as much as 50%.

2. **Energy Efficiency:**

5

3. **Cost-Effective:** -lightweight, easy to install and constumize.

Wall Section 3D

4. **Longevity and Sustainability:** - Healthy material, fire-resistant .

Auditorium

3. **Cost-Effective:** 5/8" Board Finish -lightweight, easy to installGypsum and constumize.

Consultant Address Address Address Phone

6" Glass Fiber Batt Insulation 4. **Longevity and Sustainability:** - Healthy material, 6" fire-resistant .

Metal Stud @ 24" O.C.

Summer Solctice

D

Rood Assambly

79.

00°

TPO Roofing

Bolts

33.00° 1. **Weather Resistance and Durability:** - The air gap helps to create a barrier to withstand extreme weather and provides natural ventilation, helping to keep insulation moisture-free.

2. **Energy Efficiency:**

Suport Runner Ceiling Suport Acoustical tiles

www.autodesk.com/revit

Fiber Cement Exterior Wall Assambly (R =10/in)

Enclosure2: Steel Stud Enclosure2: with Steel Stud with Polyiso and Fiber Cement Siding Polyiso and Fiber Cement Siding

Polycarbonate Lightwall

Suspended Ceiling A

- The light transmission of double polycarbonate panels is approximately 85%, creating less condensation. Because air can be trapped between the walls, the increase in energy efficiency reduces heating costs by as much as 50%.

1" OSB Sheathing 1/16" Water Resistant Barrier (WRB) 2" Rigid Insulation Air Gap 5/16" Fiber Cement Panel

Winter Solctice

Enclosure Polycarbonate Wall Enclosure1:1:Polycarbonate Wall Acoustic Panel Assambly SECTION 084519 / EXTECH Aluminum Perforated Panel

Fabric

Summer Solctice

Hat Channel

Hard Board 6" Ploy ISO Rigid Insulation 2" Metal Deck Bar Joist Truss Bridging Truss

Size:10'x4' Advantages: Lightweight fiber cement panel, can be easily transformed into any shape, can be perforated, printed or routed, durable, resistant to extreme temperatures and frost, water-resistant, environmentally friendly Fiber Cement Panel

Size:10'x4' Advantages: Lightweight fiber cement panel, can be easily transformed into any shape, can be perforated, printed or routed, durable, resistant to extreme temperatures and frost, water-resistant, environmentally friendly

Installation Enclosure 2: Fiber Cement Siding + Wall Detail SECTION 074646/ EQUITONE Classroom

Floor Assambly Carpet 4 1/2" Poured Concrete 2" Metal Deck Wide Flage Beam

Exterior Ceiling Ass

Consultant Address Address Address Phone

2" Metal Plate Reigid Insulation Hardboard Sheathin Z-Girt Air Barrier Fiber Cement Panel

Consultant Address Address Address Phone Consultant Address Address Address Phone

Exterior Platform A

Consultant Address Address Address www.autodesk.com/revit Phone

Bituminous Concrete Poured Concrete Metal Plate Wide Flange Beam supported by Retain

Consultant Address Address Address Phone Consultant Address Address Address Phone

No. Consultant Address Address Address Phone

Consultant Address Address Address Phone Consultant Address Address Address

Description

Date

0

5ft

Wall Section 2D 10ft

S-X

X

Aluminum Coping Cap Tpo Roofing Cant Strip Tapered Insulation 7” Eps Insulation Board Bamcore Horizontal Roof 1-1/4"bamboo Top Panel 2×10 Joist At 2’-0” O.C. 9-1/4" Mineral Wool 1-1/4"bamboo Panel Aluminum Trim Piece At Cornice Bamboo Window Trim Expanded Polystyrene (eps) Buck 1” Bamboo Trim Winco Aluminum Window

| 05 SMOOTH HOUSE Bamboo Sill Exterior Cladding Assembly

4” Mineral Wool Rigid Board

Research Assistant Work for Solar Decathlon Competition | 2023

5/8” Plywood Sheathing Weather Resistant Barrier 1-1/8" Lamboo Siding Bamcore Primewall System

1-1/4" Bamboo Panel 2x6 Stud Spacers 5-1/2” Mineral Wool 1-1/4" Bamboo Panel

19 21

Category: Health Care Facility / I-2 / Type V Floor Area: 2161 ft2 Plot Ratio: 0.74 Location: 5162 Delmar Blvd, St. Louis, MO Phase: Design Development, Construction Documents / DD, CD Supervisors: Hongxi Yin (WashU), Inho Rhee (SOM), Daniel Hellmuth (H+B Architects), Roy Wall (Structure Contractor) Student Team: Jean Wang, Zitao Zhang, Omar ElMarakby, Yang Zhang Work Scope: Wall section, BIM in Revit, Floor Framing Plans, Underfloor Structure Development; Canopy Solar Panel Design, Canopy Framing Details

3/4" Bamboo Floor 1-1/8” Plywood Subfloor 1-1/8” Warmboard System W12x16 Exterior Floor Beam 1-1/2 X 6 Joist@ 24 O.C Plastic Composite Lumber 4'-8” Structural CLT Floor Panel W12x22 Exterior Floor Beam Rigid Mineral Wool 2'-7/8" O.D. Helix Pile-anchor With ramjack New Construction Attachment plate and 3'-1/2"x 4'-0" Upper Jacket (HP) Compacted Fill

0

1ft

2ft

Detailed Wall Section Drawn by Jean, Zitao

Virtual Con C-R ail

P

Ha llow

Sq uare

ule od VM il Ra W-

PV Racking Ballast

PV Module Drainage System

C4

Le

4 ail CR

PV Module → Double Rails → Post → Concrete Block

C Rail → W Rail → Gutter → Lobby Roof → Downspout

0X

40

Ra il 3 0.0 X

m 3m X1.

Su pp or ti ng Po s

dg er Co ncre te

PV

30 .1 m m

Blo ck

ap fC oo -Pr ter il Wa Ra W

Mo du le

C4

2x W1

HS S4

x5.4

Canopy PV Support

Great Room Roof Framing

W12x22 → C4x5.4 → PV Module

W1 2 x2

x4x

W2

W1 2 x2

Tap

4 1x4

W1 2 x2 6

ct Du Air

Step 1: Helical Pies

Canopy Framing

W12 Anchored on W21 To Support PV Racking

4

HS S4 .5x

2

W6

x2

4.5 x

5/1 6

0

T CL

Underfloor Structure

Embodied Carbon Emission by Component Tally LCA Analysis (Jean Wang, David Yi) W1 2 x2

1x4

W12 Beam Wielded on HSS 4x4

2

W2

26

3/1 6

ard bo rm Wa t Jois

d ere

t

20' Deep Pile Runs Through RAMJACK

2

2.5" nom (2 7/8" OD) Helical Pile

died Carbon Emission by Component CA Analysis (Jean Wang, David Yi)

Axonmetric Canopy Framing Drawn by Jean

Embodied Carbon:

Embodied Carbon: 76,542 kgCO2e 76,542 kgCO2e Carbon Offset Carbon Offiset by Renewable Energy: by Renewable Energy: -8,798 kgCO2e/year -8,798 kgCO2e/year Result: 8 Years until Carbon Neutrality

We may need reduce the insulations to optimize the Embodied Carbon Emission

Embodied Carbon: Years until Carbon Neutrality:

76,542 kgCO2e

Carbon Offset by Renewable Ene ~ 8 years

-8,798 kgCO2e/year

Tally Life Cycle Assessment Produced by Jean

We may need reduce

Step 5: BamCore WallPre-fabrication

Drawn by Jean

3D Print Prototype

| 06 MJ PAVILION Intelligent Prefabrication Elective | 2023 Category: Stud Installation Location: Weil Hall, Washington Univerisity in Saint Louis, MO Phase: Constructed Tutors: Chandler Ahrens, Scott Mitchell Team: Max Liu, Jean Wang Work Scope: Digital Modeling by using Rhino and Grasshopper, Stud Cutting, Constructing The project is an 8.5 ft tall metal stud pavilion that explores geometries and structures. The original volume is created by interconnecting hexagonal tubes along the edges, converging at the joint.

Then, the entire structure is inverted into a surface model that can be divided by stud spatial perpendicular principle.

Structural Development

Photo - In Front of Weil Hail

Joint Detail - Dimple Connection

Jean Wang jeanwang6016@gmail.com 317.801.8354