JESSICA SOE
jsoe@design.upenn.edu
E D U C AT I O N University of Pennsylvania | 2013-2017
Harvard GSD | Summer 2011
Master of Architecture Master of Integrated Product Design
Career Discovery Six week intensive architecture studio summer program
University of Pittsburgh | 2006-2010
Paris Summer Abroad | Summer 2013
B.S. in Biological Sciences Minor: Chemistry
H O N O R S / I N V O LV E M E N T
EXPERIENCE Gensler | Summer 2016 (DC) , Feb 2017- present (Phila) Architecture Intern Worked on multiple projects ranging from base building to interior designs. Assisted on construction documents and construction administration
Granum A/I | Summer 2015
Architecture Intern Proposed preliminary architectural design, developed 3D models, renderings, presentation, assisted in permit/bid documents for major projects
Architectural Design Studio | Summer 2014
Architecture Intern Worked closely with Principal, Donghoon Han, AIA, on a new 100,000 sqft extension for University of the Nations in Revit
Fabrication Lab Laser Tech | 2013-present University of Pennsylvania Operated laser cutting machines for 500+ undergraduate/graduate students
SKILLS Software Rhinoceros 3D 5.0 Revit AutoCad Grasshopper Maya Solidworks ArcGIS Sketchup
Annual Department Grant | 2013-2017
University of Pennsylvania Awarded on an individual merit basis by the Chair of the deparment
Ideal Beam Competition | 2013
University of Pennsylvania First Place; Orchestrated by Richard Farley, AIA
Graduate Teacher Assistant | 2017 University of Pennsylvania IPD: Needfinding; assisted professor in teaching duties and designed/set schedules for classes; graded homework
Graduate Teacher Assistant | 2017 University of Pennsylvania ARCH: Contemporary Furniture Design Studio; assisted professor in teaching duties and met with students on a weekly basis for desk crits
COMMUNITY Ghana Medical Mission | 2009 Vray Maxwell Keyshot Adobe Photoshop Illustrator Indesign Lightroom
Physical CNC Lasercutting 3D printing
University of Pennsylvania Summer semester in Paris, France
Model Making Woodworking
Unite for Sight Two week medical mission assisting in eye surgical procedures, prescription and medical care
Unite for Sight | 2010 Co-founder/Chapter President Organized and headed volunteer outreach to homeless shelters for free eye care
Bethesda Project | 2015-present Community Volunteer Bethesda Project provides shelter, housing, and programs reaching out to chronically homeless men and women
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
I N TO T H E VO I D - N ATATO R I U M
STUDIO 602 | KUTAN AYATA | SPRING 2016 Collaborators: Gene Kim
DETAIL PARTIAL PLAN
1/8� SCALE MODEL: DETAIL VIEW; POWDERPRINT
This natatorium explores and investiages the idea of a void. What exactly is a void? The void, in this case, would be more a theatrical space, which is achieved through the way in which light can define and create new spatial arrangements. The dual nature of the spaces- solid/void, light/dark, stark/ serene- are reinforced by the employment of simplistic materials of concrete and wood.
1/8” SCALE MODEL; POWDERPRINT
GROUND FLOOR PLAN
CAR STATION
CAR STATION
TOP FLOOR PLAN admin
steam room CAR STATION
admin
facilities
admin facilities
lifeguard
staff CAR STATION
steam room
2ND FLOOR PLAN
CAR STATION
CAR STATION
DETAIL PARTIAL PLAN
3/32” SCALE MODEL; 3D PRINT
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
I N V E RT E D G E O M E T RY
DEPLOYABLE STRUCTURES | MOHAMAD ALKHAYER | FALL 2015 Collaborators: Ramon Pena, Lu Han
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
O S C I L L AT I N G T E N S I L E
EXPERIMENTS IN STRUCTURE | MOHAMAD ALKHAYER | FALL 2016
1'-3 1/4" 10 5/8" 7 5/8"
2'-6"
7'-8"
1'-6 15/16"
2'-9"
2'-8 1/16"
5'-0"
2'-3 15/16"
1'-10 1/8"
4'-0"
1'-6"
3'-0"
1'-6"
Collaborators: Ramon Pena, Lu Han, Zach Reiser
Oscillating tensile is a structural system based on a tensile system, exploring the play of compression members. Taking the jig and offsetting the resting point of the jig and cantilever and at the same time, the tensile sytem exerts itself, like a roofscape. How can the jig compliment the system? We experimented with ways in which the jig can become an inverted system. The wires thread through these members, and is able to transition from internal to externa vice versa. The inversion of linear system through the jig to a three dimensional conversion.
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
MICRO-FIT
STUDIO 601 | BRIAN PHILLIPS | FALL 2015 Neighborhood inhabitants experiences the challenges to recognize the importance of finding a balance between the built and natural environment. A community’s landscape could regenerate, bringing a more environmentally, culturally, and economically sustainable area. At the same time, it would provide a higher quality habitat, house more people, require less infrastructure, and consume fewer resources. A scenic journey of walking, climbing, and resting stops integrates natural habitats and human habitat for a multisensory experience. This provides an environment where the housing system negotiates the organic and inorganic
BUILT
VS.
THE JOURNEY
NATURAL ENVIRONMENT BIRDS
RAIN SUN
VEGETATION
VEGETABLE GARDEN HONEY BEES INSTALLATIONS
HABITAT PROGRAM
BIRD WATCHING VEGETABLE GARDEN
BUTTERFLY/FLORAL GARDEN HONEY BEES
“PHILADELPHIA MUSES” MURAL
INSTALLATIONS
RAINFALL
BUTTERFLY/FLORAL GARDEN BIRD WATCHING
“PHILADELPHIA MUSES” MURAL
STAIRS
PROGRAM
ROOFTOP PROGRAM UNITS SHARED KITCHEN RETAIL
SITE CONDITIONS
CIRCULATION
SEPERATE
ENTRANCE
SEPERATE
SUNLIGHT - SCALAR CHANGE
SECTION PERSPECTIVE
FLOOR PLANS
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
WORK SAMPLES
GRANUM A/I | SUMMER 2015
Philadelphia, 2015 | Proposal, Competition Started from start to finish on proposal for new exterior and new entry for an existing office building located in Philadelphia.
Philadelphia, 2015 | Interior Revit work on a new high-rise tower office building in Philadelphia, worked directly with interior director
GENSLER | SUMMER 2016
Washington DC, 2016 | Interior Worked on a office building in Washington DC, designed by Gensler. 3D modeling of interior lobby design in 3DSMax. Rendered in 3DSMax many different lobby options with different materials and designs. Different palettes/stones were curated for certain atmosphere client desired. Finalized render went with cooler tones. Created presentations for client meetings.
Final Render
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2017 Master of Integrated Product Design
WORK SAMPLES
GENSLER | SUMMER 2016 Washington DC, 2016 | Proposal, Competition Worked on proposal for waterfront retail/hotel/public space; focused mainly on 3D modeling and physically model - 3D printing / lasercutting
1
3
4
6
7
8
9
11
12
14
15' - 0" 9' - 0"
OFFICE
TERRACE
9' - 0"
OFFICE OFFICE
LOBBY
RETAIL
PARCEL 6
LOBBY
RETAIL
13' - 4" LEVEL 08 92' - 0"
LEVEL 07 80' - 0"
LEVEL 06 68' - 0"
LEVEL 05 56' - 0"
LEVEL 04 44' - 0"
LEVEL 03 32' - 0"
LEVEL 02 20' - 0"
16' - 0"
OFFICE
TERRACE
12' - 0"
9' - 0"
OFFICE
12' - 0"
9' - 0"
BRIDGE
12' - 0"
9' - 0" 9' - 0"
OFFICE
LEVEL 09 104' - 0"
12' - 0"
9' - 0"
OFFICE
129' - 4"
OFFICE
BRIDGE
12' - 0"
OFFICE
BRIDGE
OFFICE
12' - 0"
TERRACE
OFFICE
9' - 0"
OFFICE
OFFICE
LEVEL 10 116' - 0"
12' - 0"
OFFICE OFFICE
9' - 0"
PENTHOUSE 129' - 4"
OFFICE OFFICE OFFICE
TERRACE
PENTHOUSE
12' - 0"
TERRACE
20' - 0"
TERRACE
18' - 0"
ROOF 147' - 4"
PENTHOUSE
LEVEL 01 0"
PARCEL 7 0
4
8
16
32
P LAN L
P LAN L
P LAN L
P LAN L
P LAN L
P LAN L
P LAN L EVEL PENTHOUSE Gensler | Hoffman-Madison
17
Washington DC, 2016 | ASLA HQ | Renovation Worked closely with lead architect on Construction Administration phase. Assisted in technical drawings in Revit, IFC, construction documents, RFI/Submittal, shop drawings, and construction site meetings/ visits
JESSICA SOE
jsoe@design.upenn.edu (267) 210 0101
Master of Architecture 2016 Master of Integrated Product Design
MIURA PODS
STUDIO 501 | SIMON KIM | FALL 2013
SECTION STUDIES
EXPANDED FORM
A1
B1
C1
D1
E1
F1
COLLAPSED FORM
A2
SECTIONS
B2
C2
D2
E2
F2
OPENED FORM
A3
B3
C3
D3
E3
F3
JESSICA SOE JESSICA HYUNJOO
SOE
Master of Architecture 2016 Master of Integrated Product Design ARCHITECTURE
MASTER OF MASTER OF INTEGRATED PRODUCT DESIGN -
621 Cowpath Road, Lansdale, PA 19446 jsoe@design.upenn.edu 267.210.0101
CANDIDATE 2016
SCHENCK - WOODMAN COMPETITION
S C H E N C K
jsoe@design.upenn.edu (267) 210 0101
COMPETITION | SPRING 2013
W O O D M A N
UNIVERSITY OF PENNSYLVANIA | GROUP PROJECT | SPRING 2013
FOR THE COMMUNITY, BY THE COMMUNITY
lly Phicle Cy
Green transit= No pollution or congestion
Bike share complements and supports other forms of public transportation
Every bike share trip 3 hrs of biking per week can reduce the risk produces $7 for the local economy of heart disease and stroke by 50%
HOW IT WORKS
SWIPE IN / PAY EVERY STATION WILL HAVE A KIOSK
SELECT YOUR CYCLE
RIDE
RETURN
Contactless paypass
HOW IT WORKS HOW IT WORKS
SWIPE IN / PAY
SELECT YOUR CYCLE
EVERY STATION WILL HAVE A KIOSK
RIDE
BIKE RECYCLE PROGRAM SWIPE IN / PAY
RETURN
EVERY STATION WILL HAVE A KIOSK
DONATED BIKES FROM COMMUNITY
Contactless paypass
BIKE RECYCLE PROGRAM SELECT YOUR CYCLE
RIDE
BIKES PUT ON RACKS AND STORED AT PHILLY CYCLE
BIKES COLOR CODED WITH GREEN WHEELS
RETURN
PARTNERS
COMMUNITY INVOLVEMENT DONATED BIKES FROM COMMUNITY
BIKES READY TO USE BY FAMILIES, STUDENTS, COMMUTERS, TOURISTS
BIKES PUT ON RACKS AND STORED AT PHILLY CYCLE
BIKES COLOR CODED WITH GREEN WHEELS
WORK
BIKES READY TO USE BY FAMILIES, STUDENTS, COMMUTERS, TOURISTS
Contactless paypass
EACH BIKE WILL BE EQUIPPED RFID AND GPRS FOR TRACKING
EACH BIKE WILL BE CHECKED TO BE IN SAFE WORKING CONDITION
RESTAURANTS
MUSEUMS
EACH BIKE WILL BE CHECKED TO BE IN SAFE WORKING CONDITION
BIKE RECYCLE PROGRAM
EACH BIKE WILL BE EQUIPPED RFID AND GPRS FOR TRACKING
FAMILIES COMMUTERS STUDENTS RESIDENTS TOURISTS
BIKE RECYCLE PROGRAM
MEMBERS
PARTNERS/SUPPORT
COMMUNITY INVOLVEMENT
STATION SPONSORSHIPS
PARTNERS/SUPPORT
COMMUNITY INVOLVEMENT
WORK RESTAURANTS
MUSEUMS
EDUCATION
TRAIN/BUS
NONPROFIT
COMMUNITY
NON-PROFIT
Station branding Public policy
BUSINESS MODEL
Attract and retain tenants and visitors
A place for like minded people to gather
FAMILIES COMMUTERS STUDENTS RESIDENTS TOURISTS
WATERFRONT
Reduce parking demands on site
TOURISM
Discounted memberships
TRAIN/BUS
CORPORATE
NONPROFIT
COMMUNITY
Neighborhood partners
Provide a venue to connect with their audience on an emotional level
Public policy
BUSINESS MODEL
Attract and retain tenants and visitors HEALTH
Brand exposure
PARKS
Purchasing, operating, and maintaing the station Station branding
Ability to use bike facility
Enhanced mobility options for employees and residents
NON-PROFIT
TOURISM PARKS
Able to use bikes in bike marathons
TRANSPORTATION
CORPORATE
COLLEGES EDUCATION MEMBERS
Customers to retail location
Ability to use bike facility Able to use bikes in bike marathons Enhanced mobility options for employees and residents
COLLEGES
TOURISM
COME FROM 34TH BRIDGE
PARKS
enter the outside circle
GO INTO THE TRAIL
go to the roof go to the yard
enrollment and reception
parking
go to underground storage
BICYCLE CIRCULATION WALKING CIRCULATION TRUCK CIRCULATION
A place for like minded people to gather
Customers to retail location TRANSPORTATION
GO INTO THE WETLAND
CO
TRANSPOR
MUSEUMS
HEALTH
COLLEGES
NONPROFIT
Purchasing, operating, and maintaing the station
Provide a venue to connect with their audience on an emotional level
CORPORATE
WATERFRONT
CORPORATE
RESTAURANTS
MEMBERS
TRAIN/BUS
STATION SPONSORSHIPS
WORK
FAMILIES COMMUTERS STUDENTS RESIDENTS TOURISTS
WATERFRONT
Discounted memberships
Reduce parking demands on site Neighborhood partners Brand exposure