DESIGN PORTFOLIOANTHONY DOMBROWSKI

ABOUTa: 2021 Dorchester Ave, Algonquin IL, 60102p: 847.346.4717e: dombrowski.anthony@gmail.comw: www.dombrowskidesign.com

University of Illinois at Urbana-Champaign, IllinoisBachelor of Science in Architectural Studies 2013Fourth Year Undergraduate Student

GPA: 3.70 Deans List

recognitionFirst Place Earl Prize Award for design excellence at Junior Grade Level Spring 2012 Earl Prize Award Nominee for design excellence at Junior Grade Level Fall 2011 AIA Student Award Nomination from Northwest Illinois Chapter for AIA

PREVIEWOF

CONTENTS

SOPHOMORE YEAR | 4 WEEK PROJECT

T H E M E S A H O U S EA single unit house as an exercise in spatial understanding, using a tartan grid as an underlying design guideline. A single shift to the tartan grid was possible to create circulation and transition spaces.

4

Designed as an oasis from both the desert heat and the stress of urban living. Adjustable shade screens allow occupants the ability to control direct sun and also create privacy from street traffic and neighbouring homes.

FIRST FLOOR PLAN SECOND FLOOR PLAN

5T H E M E S A H O U S E |

6

CONTROLLED LIGHT PENETRATION

JUNE 5 PMopen open

closedclosed

JANUARY 5 PM

7T H E M E S A H O U S E |

JUNIOR YEAR | 3 WEEK PROJECT

A ceremonia l pav i l ion tha t i s a react ion to the des igned landscape o f the arbore tum. The pav i l ion shou ld be pos i t ioned so tha t i t does no t in te r fe re w i th the v iews f rom the on s i te Japan house.

P A V I L I O N A T T H E A R B O R E T U M

UNIVERSITY OF ILLINOIS ARBORETUM

8

A lightweight ceremonial pavilion that blends with the surrounding landscape. A transparent skin allows a visual connection to the beautiful variety of flora which surrounds the site while also providing cover to shield occupants from unwelcome elements. The pavilion is intended to be of minimal impact to the already established environment which has been carefully crafted. It is positioned to be hidden from already established views within the arboretum without compromising the views while inside the pavilion.

9P A V I L I O N A T T H E A R B O R E T U M |

ENGINEERED LUMBER STRUCTURE

LIGHTWEIGHT METAL SUBFRAME

POLYCARBONATE SKIN

STRUCTURE

SKIN

SUBFRAME

10

11P A V I L I O N A T T H E A R B O R E T U M |

JUNIOR YEAR | 5 WEEK PROJECT

A research retreat that will accommodate two researchers for two seasons out of the year. Careful attention to the site is a requirement. The site is located on an old strip mine that has been reclaimed by nature.

B R I D G E T O A V I E W

KICKAPOO STATE PARK, VERMILION, ILLINOIS

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T h e s t r u c t u r e p a y s c l o s e a t t e n t i o n t o t h e u n i q u e g r o u n d c o n d i t i o n s . A t r u s s s t r u c t u r e t h a t i s s u p p o r t e d b y m i n i m a l a m o u n t s o f c o l u m n s i s a n i d e a l s o l u t i o n . W i t h o n l y a f e w c o l u m n s t o u c h i n g t h e g r o u n d , o n l y a s m a l l a m o u n t o f t h e s u r r o u n d i n g t r e e s r o o t s w i l l b e d i s t u r b e d . T h e s t e e p s l o p e o f t h e s i t e p r o v i d e s a l a r g e c h a l l e n g e f o r c o n s t r u c t a b i l i t y. W i t h t h e o p t i o n o f p r e f a b r i c a t i n g t h e t r u s s a n d u s i n g S I P p a n e l s f o r e x t e r i o r w a l l s , g e t t i n g p i e c e s t o t h e s i t e w o u l d b e c o n s i d e r a b l y e a s i e r.

TREE CANOPY AND ROOT DIAGRAM TOPOGRAPHIC SITE PLAN

TOP PLATE

STRUCTUAL INSULATED PANEL (S.I.P.)

OPERABLE WINDOW

FIXED WINDOW

MOSITURE BARRIERAND WOOD SIDING

TYPICAL WALL CONSTRUCTION

13B R I D G E T O A V I E W |

14

15B R I D G E T O A V I E W |

J U N I O R Y E A R | 6 W E E K P R O J E C T

The goal of the project is to expand and generate a new identity for the network of hostels with biodiesel and electric car charging stations across the United States.

EARL PRIZE AWARD NOMINEE BY STUDIO PROFESSOR FOR DESIGN EXCELLENCE AT JUNIOR LEVEL FALL 2011

One Of Two Nominees Out Of 10 Projects

B I O C A N O P Y

G ro u p P ro j e c t W i t h M i k e Wo n g

M O S E S L A K E , W A S H I N G T O N

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The Bio Canopy is more than just a single solution to a specific design problem. The Bio Canopy aims to develop a new visual language, and create a 21st century icon for the American roadway system. America is fascinated with auto travel and the destination. The project is developed to signal a new generation of auto travel, the electric generation. Long gone are the glory days of 5 liter v8 muscle cars, instead forward thinking consumers are excited for the future of all electric travel.

energy from the solar arraysis transfered for collection

energy from the solar arraysis stored in large capacity underground batteriesand is distributed to cars

upper canopy collects rain water

solar panels on roof collect energy

+ - +- + - +

-lush grass and green space

facilitated by lower temperatureand directed water

water runs down the canopyand is directed down the columns

JANUARY 5:00 PM

JANUARY 12:00 PM

JUNE 5:00 PM

JUNE 12:00 PM

EXISTING SITE CONDITIONS

17B I O C A N O P Y |

HOTEL ELEVATION

0

EXISTING HOTEL ON SITE

NEW AREA FOR GREENSPACEREPLACING THE OLD HARDSCAPEAND REDUCING HEAT ISLAND EFFECT

BIO-CANOPY ARRAY DEPLOYED ACROSSTHE SITE TO FACILATE NEW GROWTH AND CREATE CLEAN ENERGY

CANOPYS CAN BE ATTACHED DIRECTLYTO THE OLD HOTEL TO RETRO-FIT THE OLD STRUCTURE

64 128

ROADHOUSE ELEVATION

18

Currently charging your electric vehicle takes many hours. The roadhouse was developed to provide a services to travellers while waiting for their car to charge. In the near future the time required to charge your car will only get shorter. The sleep box is a room where families or individuals can recharge their body while there cars are recharging under the canopies.

ROADHOUSE HOSTEL

19B I O C A N O P Y |

JUNIOR YEAR | 6 WEEK PROJECT

Project must be conceived in and predominantly use current technology and materials. The design must be sensitive to the surrounding context while being appropriate for current social and functional needs.

U R B A N I N F I L L

BRONZEVILLE, CHICAGO ILLINOIS

20

SPACE FOR ROOF GARDEN AND GREEN SPACE

HIGHPOINT OF ROOF: OPTIMALLOCATION FOR SOLAR PANELS

DivisionChicagoLakeJacksonRooseveltCermack

Pulas

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290

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Lakesh

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Millennium ParkGrant Park

39th Street Beach

Meseum Campus

Humboldt ParkGareld Park

Douglas ParkPiotrowski Park

Mc Kinley Park

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Cermack

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Near North

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Sears Tower

Navy Pier

MillenniumPark

BuckinghamFountain

John HancockBuilding

MuseumCampus

Macys (Marshall Fields)

Soldiers Field

U.S. Celllular Field

landmark

path

This modern infill housing project is designed as a solution to the problems associated with living in a dense urban fabric. The massing was derived to allow light to penetrate three sides of the building. The light entering from the third facade creates an improved living condition for the building inhabitants. Keeping with the historical nature of the street, the facade is designed to maintain the three dimensional aspect of the street and achieved by using similar building materials, while still being a design of the 21st century.

21U R B A N I N F I L L |

22

GARDEN LEVEL LEVEL 1 LEVEL 2 LEVEL 3 ROOF TERRACE

N

0 2412

UNIT 23 BEDROOMS2.5 BATH2400 SQ. FT875 SQ. FT OF PATIO/GARDEN SPACE

UNIT 13 BEDROOMS2.5 BATH2400 SQ. FT600 SQ. FT OF PATIO/GARDEN SPACE

23U R B A N I N F I L L |

24

25U R B A N I N F I L L |

JUNIOR YEAR | 6 WEEK PROJECT

To design a high-rise condominium building with street level retail space in Chicago. The project required designing for the needs of the two different street level functions within a dense urban environment, a range of residential units from studio to three-bedroom and developing a building core all so that the architecture supports daily living. A range of needs from social interaction to those of privacy are addressed at street level and within the individual residential units. Due to the location of the building and the abundance of public transportation, parking was not required.

H E L I X T O W E R

DOWNTOWN CHICAGO,IL

26

Designed to embrace the movement of the city. The Helix Tower is never the same from any angle, evoking the interest and encouraging the movement of urban dwellers. Breaking the pristine geometry of the miesian glass box, a subtractive double helix infuses the DNA of the city into the building.

FIRST PLACE EARL PRIZE AWARD FOR DESIGN EXCELLENCE AT JUNIOR LEVEL SPRING 2011First Place Out Of 80 StudentsAIA Student Award Nomination from Northwest Illinois Chapter for AIA

27H E L I X T O W E R |

28

W. CHICAGO AVE.

N. L

A S

ALL

E D

R.

0 8 24N

MENSLOCKERROOM

WOMENSLOCKERROOM

FITNESS

DOG RUN

POOL DECK

BANQUET

0 8 24 N

GROUND FLOOR

AMENITIES FLOOR

29H E L I X T O W E R |

2 bedrooms2 baths2000 sq. ft

THE PARTNER THE ARCHITECT1 bedrooms1.5 baths1200 sq. ft

THE INTERN1 bedrooms1.5 baths850 sq. ft

8 32

16

N

TYPICAL FLOOR PENTHOUSE UNIT

0 8 32 N

0 8 32 N

PENTHOUSE ROOF TERRACE

30

31H E L I X T O W E R |

SENIOR YEAR | 14 WEEK PROJECT

M U S E U M O F A N C I E N T L I F E

DOWNTOWN CHAMPAIGN, IL

A museum and research facility for downtown Champaign, IL. The site is located on the corner of Neil and Washington Street, adjacent to the existing Orpheum Childrens Museum. The new facilitys main feature is to be the reconstructed skeleton of a small Tyrannosaurus Rex which will be on display in the main exhibit space.

32

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The Museum of Ancient Life is designed to be an iconic building for the downtown area; it signals a movement of rehabilitation and revitalization. The northern facade is a reaction to the 7,000 passing cars daily, the parametric louvers facilitate varying levels of visibility to spark interest in the museums exhibits. Once inside the museum, patrons are exposed to cutting edge technology that would otherwise be unattainable to the general public. The goal of the museum is to offer the public an experience unlike that of any other museum and encourage community education.

CONCEPTUAL ENERGY MODELINGPROJECT VASARI

Location: Champaign, IL 61820, USAWeather Station: 37369Outdoor Temperature: Max: 91F/Min: -10FFloor Area: 22,851 sfExterior Wall Area: 15,551 sfAverage Lighting Power: 1.10 W / ftPeo ple: 853 peopleExterior Window Ratio: 0.29Electrical Cost: $0.08 / kWhFuel Cost : $0.79 / Therm

Location: Champaign, IL 61820, USAWeather Station: 37369Outdoor Temperature: Max: 91F/Min: -10FFloor Area: 28,218 sfExterior Wall Area: 17,859 sfAverage Lighting Power: 1.10 W / ftPeo ple: 1,054 peopleExterior Window Ratio: 0.27Electrical Cost: $0.08 / kWhFuel Cost : $0.79 / Therm

load fuel consumption electricity consumption peak demand

N

33M U S E U M O F A N C I E N T L I F E |

ENTRY/VESTIBULE COORDINATORS

OFFICE

JANITOR

OFFICE

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WORK ROOM

STORAGE ROOM

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MUSEUM DISPLAY CASE

DINOSAUR DISPLAY

INTERACTIVE DISPLAY TABLE

MODULE SEATING

LEARNING TABLES WITH iPAD DISPLAYS

3D PRINTING STATIONS

PROJECTION WALL

INFOGRAPHIC WALL

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34

PARAMETRIC LOUVERSGRASSHOPPER DEFINITION

width height density visibility

CIRCULATIONSPATIAL PRHENOMENADAYLIGHTINGMATERIALITY G

B

1

2

MUSEUM: JEWISH MUSEUMLOCATION: BERLIN, GERMANYARCHITECT: DANIEL LIBESKINDDATE: 1999

STRUCTURE NATURAL LIGHT PLAN TO ELEVATION CIRCULATION

GEOMETRY MASS PARTI

thickness

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height of louvers

depth

density

input curve

TICKET BOOTHFOLLIE

INPUT DIVIDE EXTRUDE ROTATE

PARAMETRIC LOUVERSGRASSHOPPER DEFINITION

WIDTH HEIGHT DENSITY VISIBILITY

A reaction to the nearly 7,000 cars of daily traffic that pass by the northern facade, a series of parametric louvers are designed to facilitate varying levels of visibility. Based on the values of a sign curve, each louver is rotated by a different degree at both the top and bottom. This results in areas of high and low visibility, sparking interest in those who drive or walk by the museum.

35M U S E U M O F A N C I E N T L I F E |

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37M U S E U M O F A N C I E N T L I F E |

38

39M U S E U M O F A N C I E N T L I F E |

0 6 1 - 6 3 - 6

SCALE: 1 = 1 -0

ROOF DETAIL

FOUNDATION DETAIL

SCALE: 1 = 6

PANEL SYSTEM DETAIL0 3 9 1 - 3

ROOFT.O.S.35 -0

LEVEL 2 15 -0

GROUND0 -0

-3 - 6

0 6 1 - 6 3 - 6

SCALE: 1 = 1 -0

RIDGE CAP

ROOF FINISHED WITH 1-PLY CONTINUOUS PLASTIC MEMBRANEINSULATION SHAVED TO ACHIEVE 1/8 -1 SLOPECENMENTOUS PANELS2 STEEL ROOF DECKING

2 AIR GAP

W12 X 58 COL. TYP.

2-1/2 SPRAY APPLIED FIRE PROOFING TYP.W21 X 51 GIRDER TYP.

4 METAL STUD, 16 O.C. TYP.1/2 OSB SHEATHING4 RIDIG CONTINUOUS INSULATIONVAPOR BARRIER

STEEL ANGLE

EXTERIOR PANEL

SPLINE

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5/8 SPACING

WEEP HOLE

ALUCOBOND PANELCONTINUOUS FRAMEALUMINUM CLIPCHANNEL FOR PANEL SYSTEM GIRT

CONTINUOUS GASKET

6 Z-CLIP

4 CONTINOUS INSULATION

4 METAL STUD1/2 OSB SHEATHING

2 LAYERS OF 5/8 GYP. BOARD

4 METAL STUD2 LAYERS OF 5/8 GYP. BOARD

1/2 OSB SHEATHING

W12 X 58 COL. TYP.

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4 CONTINOUS RIDIG INSULATION

2 AIR SPACE

INTERIOR FLOOR FINISH

SILL PLATE

BASE PLATEJ-ANCHOR BOLT5 FLOOR SLAB

EXPANSION BOLT

FLOOR INSULATIONVAPOR BARRIER

COLUMN PIER

COLUMN FOOTING

GRADE BEAM

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4 CONTINOUS RIDGID INSULATION

METAL STUD BACK UP WALL

WATER SUPPLY AND RETURN PIPES

FIRE PROTECTION

DOWN LIGHTING

DROP CEILING

AIR SUPPLY

2 CONCRETE FLOOR ON 3 METAL DECK

5 FLOOR SLAB

FLOOR FINISH

VAPOR AND MOISTURE BARRIER

FOUNDATION AND GRADE BEAM

40

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P H O T O G R A P H YPERSONAL

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43P H O T O G R A P H Y |

44

45P H O T O G R A P H Y |