Portfolio 2017 by Briana Gillin

BRIANA GILLIN architecture portfolio

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

briana gillin UNDERGRADUATE PORTFOLIO

CONTACT INFORMATION: (609) 276-4156 bgillin@m.marywood.edu

EDUCATION Marywood University, Scranton, PA BS, Architecture – Completed 2017 GPA 3.85 ISI Florence, Italy BS, Architecture - 2015 Fall Semester Study Abroad GPA 4.0

ACTIVITIES AND VOLUNTEER WORK

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

Member of Marywood’s Student AIAS (America Institute of Architecture Students) Member of VIA Club (Volunteers in Action) Member of AIS (Architecture in School) Member of Marywood Architecture Sketching Club Member of WIA (Women in Architecture) Volunteered at the West Virginia Habitat for Humanity Volunteer at the Wilkes Barre Habitat for Humanity Community

LEADERSHIP Vice President of Delta Epsilon Sigma Honors Society - 2015/2016 President of Delta Epsilon Sigma Honors Society - 2016/2017 PROGRAM KNOWLEDGE Photoshop Illustrator InDesign Autodesk CAD Rhinoceros Flamingo V-Ray Rendering Sketch Up Word Excel Power Point

TABLE OF CONTENTS 01

Scranton Housing

3rd Year, Fall 2014

Wine Glass

3rd Year, Fall 2014

Archive Museum

2nd Year, Fall 2013

Relief Shelter

3rd Year, Spring 2015

Structural Studies

3rd Year, Fall 2014

Comprehensive Studio

4th Year, Fall 2015

Island Day Camp

5th Year, Fall 2016

Sketching

2016 ARCHITECTURE PORTFOLIO BRIANA GILLIN

scranton housing APARTMENT COMPLEX AND PUBLIC FACILITY PROJECT TYPE: Residential LOCATION: Scranton, PA

City Plan 50 ft

100 ft

200ft

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

The main ideas for this apartment complex stemmed from the intention to revitalize the city of Scranton. The structure concaves slightly on both street sides to initiate activity on an urban corner lot. The upper levels are dedicated to housing while the ground floor and main anchoring corner structure is reserved for public use. The overall aesthetics and design of the building deals with different forms of perforation. The facade is clad in a permeable geometric design. It is customizable by the occupant to adjust the level of sunlight and privacy that enters the building. The main structure is also punctured at several points along the ground floor to allow access into the interior garden.

STUDY MODEL 1: a staggered approach to provide interested and control light

STUDY MODEL 2: revealing the corner to initiate engagement with site while maintaining a private interior core

STUDY MODEL 3: maintaining the corner condition of the lot while inverting the structure to invite activity

Full Bleed Rendering

01 SCRANTON HOUSING - APARTMENT COMPLEX AND PUBLIC FACILITY

2016

ARCHITECTURE PORTFOLIO

1 MACRO SITE PLAN

EXTERIOR RENDERING BRIANA GILLIN

3 SITE PLAN

FINAL DESIGN: a residential and commercial structure with varying level of permeability to control activity, light and privacy 40 ft

80 ft

METAL PARAPET CAP ROOF CLEATS

CURTAIN WALL

EXTERIOR GYPSUM WALL BOARD

ELEVATION

WATERPROOFING MEMBRANE PARAPET STUD WALL BASE FLASHING

ROOFING MEMBRANE

CURTAIN WALL DETAIL

CANT SLOPE RIGID FOAM INSULATION

SECTION

CONCRETE SLAB-ON-GRADE PERFORATED ALUMINUM PLATE

3 FLOOR PLAN 2 4

ALUMINUM ANGLES

SECTION 1

STEEL SELF DRILLING SCREW ALUMINUM STANDOFF MACHINE BOLT LAG BOLTS ZINC PLATED SHIM PAD

HYDRONIC TUBE HEATING ASSEMBLY EDGE INSULATION

01 SCRANTON HOUSING - APARTMENT COMPLEX AND PUBLIC FACILITY

AIR SPACE BLOCKING STEEL SOCKET CAP SCREW SOLE HOLE BOLT NUT AND WASHER

DOUBLE GLAZED LOW-E GLASS MULLION COMPRESSION GASKET SETTING BLOCK CONCRETE SLAB-ON-GRADE STEEL REINFORCEMENT TUBING ATTACHED TO REINFORCEMENT

SPACER SCREW

ARCHITECTURE PORTFOLIO

2016

STRUCTURAL MULLION

SUBLFOOR CONCRETE SLAB-ON GRADE ANGLE ANCHOR BOLTS RUNNER CHANNEL CEILING FINISH STEEL OPEN WEB JOIST STEEL GIRDERS

BRIANA GILLIN

STEEL COLUMN EXTERIOR SHEATHING WATERPROOFING MEMBRANE HEADER INTERIOR GYPSUM WALL BOARD WINDOW ASSEMBLY SILL LIGHT GAUGE CHANNEL STUD BEARING PLATE

SUB-FLOORING STEEL REINFORCEMENT CONCRETE SLAB-ON-GRADE RIGID FOAM INSULATION

VAPOR BARRIER ISOLATED FOOTER

SCALE 3/4” - 1’

BRIANA GILLIN

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

30’

10’

0’

01 SCRANTON HOUSING - APARTMENT COMPLEX AND PUBLIC FACILITY

1 EXPLODED AXON and detail analysis 2 INTERIOR RENDERING 3 UNIT PLAN 1 single story, single bed 4 UNIT PLAN 2 two story, single bed 5 UNIT PLAN 3

BRIANA GILLIN

PORTFOLIO ARCHITECTURE PORTFOLIO

2016

01 SCRANTON HOUSING - APARTMENT COMPLEX AND PUBLIC FACILITY

two story, two bed

ADDITIONAL PROGRAM

An alternative remedy healing facility, located on the first floor of the entire structure. Each specialized facility is divided with entrance paths that interrupts the continuity of the structure

VERTICAL CIRCULATION

The main stair case is located in the center of the building. The other three means of egress are located in the two farthest corners of the building and within the main building

PERFORATED FACADE

the mesh metal facade that clads the exterior of the building provides residents with ample amount of sunlight as well as privacy. They fold back allowing resident to control their environment

GARDEN FOOT PATH

the outdoor facility located within the site, hold a tranquil garden path. It provides a pleasing atmosphere for residents and additional space for therapeutic activities

RESIDENTIAL AMENITIES

located on the upper levels of the corner structure, these are private facilities for residents (laundry, gym, storage, all purpose room)

HORIZONTAL CIRCULATION

circulation through the building existed on every other floor along a single loaded corridor facing the street side.

UNITS

there are three types of units located on the upper floors Each unit has its own private entrace accessed from one of the shared corridors. 1

01 SCRANTON HOUSING - APARTMENT COMPLEX AND PUBLIC FACILITY

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

9’

3’

0’

the wine glass STUDYING ERGONOMICS

a cup designed to force consideration of all aspects of drinking wine. from the pouring of the wine to its consumption, one will slow down and more fully appreciate the wine experience

BRIANA GILLIN BRIANA GILLIN

ARCHITECTUREPORTFOLIO PORTFOLIO ARCHITECTURE

2016 2016

02 THE WINE GLASS - STUDYING ERGONOMICS

the wine glass

PROJECT TYPE: Product Design

02 THE WINE GLASS - STUDYING ERGONOMICS

curved lip slows drinking speed to force more concious sipping

curved lip drinking to force concious

the curved lip catches the wine while it sloshes; a necessary action for airating wine

the curv catches th while it slo necessary for airatin

a tilted glass is easy to pick up it responds to the natural motion of grasping a cup

a tilted gl easy to pic it responds natural mo grasping

a greater amount of surface area wil speed up the airation process

a greater of surface will speed airation pr

the smaller base demands careful attention when lifting up and setting down

the smalle demands c attention lifting up setting

2016 ARCHITECTURE PORTFOLIO BRIANA GILLIN

archive museum EXPLORING PATH AND PLACE THROUGH LIGHT

PROJECT TYPE: Museum LOCATION: Scranton, PA

4 1

STUDY MODEL 1: exploring different levels of translucency and transparency

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

The site for this project was located in downtown Scranton. The building has front, back and side conditions that needed to be addressed. The design was originally initiated by the word “slip.” The museum consists of modules that slip both in the vertical and horizontal direction. Transportation through the building and connection of the modules is through a series of ramps that wrap around the perimeter of the building. It allows for a steady and gradual experience of exhibits. Light is also filtered through the building generated by the term “slip,” through small slits in the ceiling, perforated sliding screens and a concrete facade designed in conjunction with translucent concrete.

STUDY MODEL 2: creating a singular path among different spaces that have been shifted and sheared

STUDY MODEL 3: turning those spaces into closed conditions

OFFICES EXHIBI TION SPACE RES

EAR CH

LIBR

EXHI BITIO SPAC N E

ARY

1 MACRO SITE PLAN

03 ARCHIVE MUSEUM - EXPLORING PATH AND PLACE THROUGH LIGHT

2 MASSING MODEL exterior

OFFICES

EAR CH

LIBR

ARY

interior 3

J64

EXHI BITIO SPAC N E

4 FLOOR PLAN 1 research library and mechanical room 5

ARCHITECTURE PORTFOLIO

RES

MASSING MODEL

2016

EXHIBIT ION SPACE

FLOOR PLAN 2 central core 6 FLOOR PLAN 3

BRIANA GILLIN

exhibition space and

exhibition space and central core 6 FLOOR PLAN 4 4

J64

MASSING DIAGRAM

offices and central core

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016 03 ARCHIVE MUSEUM - EXPLORING PATH AND PLACE THROUGH LIGHT

1 2

2 0’

3 8’ 16’ 24’

03 ARCHIVE MUSEUM - EXPLORING PATH AND PLACE THROUGH LIGHT

1 FLOOR PLAN 1 showing entry portal (3) and exhibition space (4)

2 FLOOR PLAN 3 showing conference room (7) and office space (8)

3 2016

TRANSVERSE SECTION

ARCHITECTURE ARCHITECTUREPORTFOLIO PORTFOLIO

cut through the continuous ramp that wraps around the entire building

BRIANA BRIANAGILLIN GILLIN

4 SECTION MODEL cut through the continuous ramp and floor plates,

with the translucent concrete facade highlighting path

relief shelter EASE IN CONSTRUCTION AND FLEXIBLE ENVIRONMENT

BRIANA GILLIN

ARCHITECTURE PORTFOLIO 2016 PORTFOLIO 2016

PROJECT TYPE: Temporary home LOCATION: Scranton, PA

The relief shelter was a design build project carried out by the entire studio class. The intention was to design a project that could be easily constructed by the average person with simple everyday tools and in a reasonable time manner. We also wanted occupants to have the ability to control their environment in a disaster, a condition that would leave most in a state out of their control. This included adjusting levels of privacy, customizing outside aesthetics, and maneuvering interior layout.

interior component fold off one wall 2 DESIGN ITERATION 2 interior components fold off both walls

2016 ARCHITECTURE PORTFOLIO

I contributed specifically to the design and construction of the interior furnishings of this relief shelter. The two beds efficiently save space by folding up into the wall when not in use and stacking on top of each other. They are constructed together with lightweight plywood, 1/2â&#x20AC;? bedding mat, and a simple lock and bolt system that works with the overall structure. The table and chairs stack neatly on themselves to form a condensed cube when not in use. The aluminum metal framed container can either hold the plywood box chairs or serve as a four legged table. The chairs are movable pieces of furniture that also act as storage bins.

1 DESIGN ITERATION 1

04 RELIEF SHELTER - EASE IN CONSTRUCTION AND FLEXIBLE ENVIRONMENT

BRIANA GILLIN

03 RELIEF SHELTER - EASE IN CONSTRUCTION AND FLEXIBLE ENVIRONMENT 2016 ARCHITECTURE PORTFOLIO

2 1

BED FOLDED

HINGE DETAIL

SECTION 1

2 BED FOLDED 3 TABLE AND CHAIRS

folding mechanism for

interior parts

beds

disassembled

VELCRO DETAIL

ELEVATION 1

chair/lid connection

interior parts

and bed mat/bed frame

disassembled

BRIANA GILLIN

connection

SECTION 2

STEEL ANGLE DETAIL

interior parts assembled

welded to create table frame 7

BOLT DETAIL safety mechanism for bed 3

11 ELEVATION 2 interior parts assembled

04 RELIEF SHELTER - EASE IN CONSTRUCTION AND FLEXIBLE ENVIRONMENT 2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

9 8

7 6 5 4

structural studies LEARNING STRUCTURE THROUGH DRAWING AND CONSTRUCTION

I explored the various components of different types of structural design through my building assemblies class. I learned specific joinery details, material properties, and the assemblage of pieces. The most beneficial methods to my learning process was the construction of a wall section detail model and a hand drawn wall section detail with labeled components displayed in the images on these next few pages.

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

PROJECT TYPE: Structure

SECTION DETAIL

wood stud wall

I-BEAM DETAIL

PARAPET DETAIL

FULL MODEL

WINDOW DETAIL 5

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

05 STRUCTURAL STUDIES - LEARNING THROUGH DRAWING AND CONSTRUCTION

comprehensive studio STUDYING MECHANICAL, ELECTRICAL AND PLUMBING ENGINEERING

Located in New York City at 6 Water St., the main design intent was to utilize the relationship of voids versus masses. The design is further controlled with vertical planes to give direction and paths. This gesture first appears on the ground floor where guests attending a funeral and the Hearst, must enter through separate voids that have been recessed in the building. Void are emphasized by the heaviness of the overhanging mass of the building. They occur throughout the building along main circulation paths to encourage movement up to the ultimate destination, the chapel. Vertical partitions are used to give direction and also privacy between the two programs, the research facility and the funeral home. It is a made up of a semi-translucent material in certain areas where appropriate.

Floor Plan 1

Floor Plan 2

Floor Plan 3

Floor Plan 4

Floor Plan 5

Floor Plan 6

Floor Plan 7

Floor Plan 8

Floor Plan 9

STUDY MODEL 1: studying form

STUDY MODEL 1: developing form

STUDY MODEL 1: studying structure

1 VOIDS DIAGRAM

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

PROJECT TYPE: Urban Planing LOCATION: New York City

floor plans 1-9 2 STUDY MODELS 3

EXTERIOR RENDERING water st., nyc

06 COMPREHENSIVE STUDIO - STUDYING MECHANICAL, ELECTRICAL , & PLUMBING

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

23 23

CIRCULATION

LIGHTING PLAN

FIRE STAIRS

SPRINKLER

ELECTRIC & BOILER

HVAC

basement

EGRESS

SECTION

CIRCULATION

WALL SECTION DETAIL

FLOOR 4 EGRESS

HVAC

MEMORIAL HALL

TOILET ROOM

75’

ELEC. CL.

’ 91

COAT CL.

49’

Emergency Exit

’ 56

RESTORATION LABORATORY

Staff and Student Entrance

WASH ROOM

OUTDOOR MEDITATION

5 Emergency Exit

Public Entrances

EXIT ACCES

REFUGE AREA SIGNAGE STANDPIPE 1007.3: maintain minumum egress stair width minimum 48” between hand rails

2 HR. MASONRY

1007.6.1: 30“ x 48” refuge area for wheel chair space *1007.3.2“ areas of refuge not necessary in buildings with automatic sprinklers

1007.9: Signage indicating special accessibility provisions shall be provided

1009.8: There shall be a floor or landing at the top and bottom of each stairway. The width of landings shall not be less than the width of stairways they serve

2016

Spotlight

1008.1.1.1 maintain minumum clearance door width 32”

Linear Light

DN UP

ARCHITECTURE PORTFOLIO

8’ Radiaus Sprnkler

BOILER ROOM

ELECTRIC ROOM

BASEMENT SCALE 1/16” = 1’0”

BACKUP GENERATOR

FIRE PUMP

BOILER

Inlet

ELECTRICAL PACKAGE UNIT

AUXILARY EQUIPMENT

ELECTRIC ROOM SCALE 1/4” = 1’0”

8 BACKUP

Outlet

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

BRIANA GILLIN

BOILER ROOM

06 COMPREHENSIVE STUDIO - STUDYING MECHANICAL, ELECTRICAL , & PLUMBING

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

1 FACADE STUDY 2016

elevation drawings analyzing the relationship of interior spaces to the movement

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

of exterior fins 2 MODEL built with structure grid 3 TRANSLUCENT CONCRETE AXON material study 4 INTERIOR RENDERING with translucent concrete

26 2

2016

ARCHITECTURE PORTFOLIO

BRIANA GILLIN

06 COMPREHENSIVE STUDIO - STUDYING MECHANICAL, ELECTRICAL , & PLUMBING

island day camp STUDYING ARCHITECTURE AND LANDSCAPE THROUGH LEED

ISLAND D AY C AMP

22 Railroad Bridge

PROJECT TYPE: Design Susquehanna River |Sustainable City Island, Harrisburg, PA Ben Eckhard &City Briana Gillin PA LOCATION: Island,

81 George N Wade Bridge

81 83

Harvey Taylor Bridge

Walnut St Bridge Railroad Bridge

83 Market St Bridge Railroad Bridge

A RE A M AP

283

M ISSION

Capital City Airport

ARCHITECTURE PORTFOLIO

2016

Our mission is to design a sustainable, seasonally adaptable, recreational day camp for the children of Harrisburg and the West Shore. We recognize the island’s unmatched potential to draw together the two communities, as well as its existing use in promoting active and healthy lifestyles. The mixed use facilities will provide summer camp in the warmer weather and after school recreation in the winter for both children and the elderly. An emphasis will be put

Harrisburg Int. Airport

on passive ventilation and cooling systems, as well as daylighting to create comfortable, low energy spaces.

The mission was to design a sustainable, seasonally adaptable, recreation day camp for the children of Harrisburg and the West Shore. The design recognizes the island’s potential to draw together two communities, as well as its existing use in promoting active and healthy lifestyles. The mixed use facilities will provide a summer camp in the warmer weather and after school recreation in the winter. The facility utilizes passive 28 ventilation and cooling systems, as well as daylighting to create comfortable, low energy spaces.

BRIANA GILLIN

76 76

1 SITE PLAN 2 BRIDGE LEVEL FLOOR PLAN multipurpose room and , offices, and class rooms 3 EXTERIOR RENDERING view from bidge

Kitchen 550 SQFT

D AY C AMP

22 Railroad Bridge

City Island, Harrisburg, PA a Gillin

Refrigerator

81 George N Wade Bridge

Restrooms

Light & Air

Mechanical Closet

Physical Fitness Room 700 SQFT

57%

Water Closet

Electrical Closet

of floor area within 15ft of windows

Vestiblue UP

Janitors Closet

DN DN

Multipurpose Room 3,050 SQFT

Lobby 115 SQFT Program Storage

Harvey Taylor Bridge

Vestibule UP

Walnut St Bridge

Offices

Railroad Bridge

175 SQFT

07 ISLAND DAY CAMP - STUDYING ARCHITECTURE & LANSCAPE THROUGH LEED

Conference Room 225 SQFT

Market St Bridge

Director's Office

Railroad Bridge

A RE A M AP

150 SQFT Closet Janitors Closet

Restrooms

Open to Below

283

Reception

VIEW FROM BRIDGE DN

Lobby

Capital City Airport

615 SQFT

Elevator

S II

Daylighting S III

Harrisburg Int. Airport

64%

during occupiable hours

3 in

32 ft

2016

gn a sustainable, seasonally adaptcamp for the children of Harrisburg We recognize the islandâ&#x20AC;&#x2122;s unmatched ether the two communities, as well omoting active and healthy lifestyles. es will provide summer camp in the after school recreation in the winter the elderly. An emphasis will be put on and cooling systems, as well as comfortable, low energy spaces. 2

Vestibule

ARCHITECTURE PORTFOLIO BRIANA GILLIN GILLIN

1 SECTION 1 2 SECTION 2 3 SECTION 3 material study 4 SECTION 4 5 FLOW OF MOVEMENT bridge level 1

6 SPACE ACTIVATION bridge level 7 VERTICAL CIRCULATION

bridge level 8 GROUND FLOOR PLAN locker rooms and pool

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

30 4

camp for the children of Harrisburg and the West Shore. We reco island’s unmatched potential to draw together the two communitie as its existing use in promoting active and healthy lifestyles. The mi N N facilities will provide summer camp in the warmer weather and after UNITY NCOMM recreation in the winter for both children and the elderly. An emphasis ION EXPANS be put on passive ventilation and cooling systems, as well as daylighting Vertical Circulation Bridge Level create comfortable, low energy spaces.

y adaptable, recreational day est Shore. We recognize the the two communities, as well hy lifestyles. The mixed use N mer weather and after school : 1’ An emphasis will the1/16” elderly. systems, as well as daylighting to

Elevation

Bridge Level

of City Island

Day Camp of City Island

Ben Eckhard & Briana Gillin

S PACE A CTI VATION BRIDGELEVEL Bridge Level

Flow of Movement

1/16” : 1’ unmatched potential to draw together the two communitie island’s Space Activiation as its existing use inRelationships promoting active and healthy lifestyles. The mi N Bridge Level facilities will provide summer camp in the warmer weather and after recreation in the winter for both children and the elderly. An emphasis be put on passive ventilation and cooling systems, as well as daylighting N create comfortable, low energy spaces.

Bridge Level

Day C 7

UNITY COMM ION EXPANS

F LOW OF M OVEMENT BRIDGELEVEL

Ben Eckhard & Briana Gillin

Flow of Movement

Our Mission: Elevation camp for the children of Harrisburg and the West Shore. We reco

UNITY COMM ION EXPANS

Space Activiation Relationships

Our mission is to design camp for the children island’s unmatched potential as its existing use in facilities will provide recreation in the winter be put on passive ventil create comfortable, lo Our mission is to design a sustainable, seasonally adaptable, recreational

UNITY COMM ION EXPANS

Bridge Level

Our Mission:

Day Camp of City Island 1/16” : 1’ Our mission is to design a sustainable, seasonally adaptable, recreational camp for the children of Harrisburg and the West Shore. We reco island’s unmatched potential to draw together the two communitie as its existing use in promoting active and healthy lifestyles. The mi N N facilities will provide summer camp in the warmer weather and after recreation in the winter for both children and the elderly. An emphasis ITY MMUN N IO be put on passive ventilation and cooling systems, as well as daylighting NCO EXPANS create comfortable, low energy spaces. Vertical Circulation

Elevation

Ben Eckhard & Briana Gillin

Bridge Level

Elevation Our Mission: y adaptable, recreational day est Shore. We recognize the the two communities, as well hy lifestyles. The mixed use N mer weather and after school : 1’ An emphasis will the1/16” elderly. systems, as well as daylighting to

Day C

UNITY COMM ION EXPANS

Flow of Movement

Space Activiation Relationships

Bridge Level

F LOW OF M OVEMENT BRIDGELEVEL

S PACE A CTI VATION BRIDGELEVEL

Flow of Movement

ION

EXPANS

Flow of Movement

Bridge Level

Our Mission:

Day Camp of City Island Our mission is to design camp for the children island’s unmatched potential as its existing use in facilities will provide recreation in the winter be put on passive ventil create comfortable, lo Our mission is to design a sustainable, seasonally adaptable, recreational Ben Eckhard & Briana Gillin UNITY COMM ION EXPANS

Our Mission: Elevation camp for the children of Harrisburg and the West Shore. We reco

UNITY COMM ION EXPANS

Day C

Vertical Circulation Bridge Level

Bridge Level

UNITY COMM ION EXPANS

F LOW OF M OVEMENT BRIDGELEVEL

Flow of Movement UNITY ION EXPANS

NCOMM

Ben Eckhard & Briana Gillin

Flow of Movement Bridge Level

Our Mission:

Our Mission: Elevation camp for the children of Harrisburg and the West Shore. We reco

Pie

Our mission is to design camp for the children island’s unmatched potential Ben Eckhard & Briana Gillin as its existing use in facilities will provide recreation in the winter be put on passive ventil create comfortable, lo Our mission is to design a sustainable, seasonally adaptable, recreational

07 ISLAND DAY CAMP - STUDYING ARCHITECTURE & LANSCAPE THROUGH LEED

Day Camp of City Island 1/16” : 1’ unmatched potential to draw together the two communitie island’s Space Activiation as its existing use inRelationships promoting active and healthy lifestyles. The mi N Bridge Level facilities will Reception provide summer camp in the warmer weather and after recreation in the winter for both children and the elderly. An emphasis be put on passive ventilation and cooling systems, as well as daylighting N create comfortable, low energy spaces.

Main Lobby 875 SQFT

Permeable Hardscape 2,500 SQFT

Locker Rooms 1,700 SQFT

Pie

2016

Indoor Pool 1,150 SQFT

ARCHITECTURE PORTFOLIO

Total Site

96.6% Outdoor Pools

BRIANA GILLIN

permeable

S III

S IV N

31 3 in

32 ft

aRt RooM wall Section

tte

3” = 1’

Spatial A Fitsenburg

Curved railing to prevent children from climbing over and falling to their deaths

Wooden Railing Wood Decking Wood Beam

Swarthmor

Metal Bracket Thermally Modified Wood Sunscreen Vertical Wood Support Adjustment Pedestal Membrane Finished Concrete Metal Angle Geotextile Fabric Rigid Foam Insulation

Thermally Modified Wood

Vapor Barrier Metal Angle 5/8” Rebar

• Oven dried wood • No Water absorption • No expansion or contraction • No nourishment for insects or fungi • Lightweight with no chemicals • Chip, rot, and warp resistant • Weather resistant • Smells amazing • Distributor 50 miles from site

Poured Concrete Metal Decking Metal Flashing Ventilation Shaft

Sustiana

Prefrabricated Insulated Vent Louver

Lecca Swim

Runner Channel Metal C-Stud Runner Channel Metal T-Channel 5/8” Gypsum Board

ion paper, etc.

Wood Slatted Ceiling Vent Metal Flashing

Facade S

São Paulo A

Rigid Foam Insulation Wood Blocking Mullion Sealant Thermally Insulated Glazing

Lightshelf

Increase in Light Depth

VENTI

LIGHT SHELV SUMMER

Flashing Reflective Light Shelf Drip Edge Porcelain Paneling

2016

Metal T-Channel

ENERG

Metal Rainscreen Clip

SOLAR PA Rigid Foam Insulation

ARCHITECTURE PORTFOLIO

Vapor Barrier Metal Bracket

Porcelain

BRIANA GILLIN

• Up to 1/3 savings on energy usage • Elimination of thermal bridges • Lower heating/cooling requirements • Naturally ventilated facade • Weights and costs less than natural stone • Variety size, color ranges, and finishes • Absorbs outside noise (lower 10-15 dB) • Eliminates condensation • Distributer 40 miles from site

Passive Air

VENTI

Ventilation of elevated structures

OPERABLE W

Finished Concrete

Metal Angle Vapor Barrier Poured Concrete Metal Decking Metal Angle

Drop Ceiling Wire Ventilation Shaft Aluminum I-Beam Insulation Runner Channel

Column

WATER

POOL FILTRA

Technology Lab 475 SQFT

Pie

Server Room

Restrooms

Lobby 275 SQFT

Vestiblue

80%

Mechanical Closets

Janitors Closets

of floor area elevated above grade

Art Room UP

700 SQFT DN

Game Room 600 SQFT

Pie

Classroom SI

500 SQFT

07 ISLAND DAY CAMP - STUDYING ARCHITECTURE & LANSCAPE THROUGH LEED

Elevator

Pie

VIEW FROM GROUND N

3 in

32 ft

2016

of thermally modified wood and porcelain facade 2

ARCHITECTURE PORTFOLIO

1 DETAIL ELEVATION

DETAILED SECTION floor system 3 SUB-BRIDGE FLOOR

BRIANA GILLIN

of passive ventilation

PLAN classrooms 4 EXTERIOR RENDERING 4

view from the ground

sketching PRACTICING DESIGN

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

2016

DOOR DETAIL

FACADE MESH

SELF PORTRAIT

pastel pencil

original photo

pen, pencil, marker

pencil

2015

2014

2015

LAMP IN ASSISI

BARCELONA PAVILION

WINDOW IN VENICE

pen

2015

08 SKETCHING - PRACTICING DESIGN

2016 ARCHITECTURE PORTFOLIO BRIANA GILLIN

vertical farming DESIGNING IN SECTION

PROJECT TYPE: Urban Planing LOCATION: Soho, NY

107 Sunny days

April 10:00 am 127 Partly Sunny days

PERCENT YEARLY SUNSHINE: 58% TOTAL SUN: 2,535 hrs.

April 12:00 pm

April 2:00 pm

2016

This was an urban project located in Soho Manhattan. Close examination of the site through mapping and analysis drawings led me to my final design. It is a six story building with three cohesive programs; an aquaponics, a seafood restaurant, and a farmers market. The perquisite for this project was to incorporate the use of urban farming in New York City. I designed a building that utilized the symbiotic relationship 1of plants and animals through an aquaponics system to grow produce and to breed sea life. It includes an experiential system of water tanks and gardens that extends through the floors. Visitors have the opportunity to see the production of food from plant to plate.

SUN ANALYSIS

BRIANA GILLIN

ARCHITECTURE PORTFOLIO

STUDY MODEL 1: exploring sunlight and setbacks

36 2

STUDY MODEL 2: exploring the difference between adding and subtracting parts along a grid

STUDY MODEL 3: studying the effects of materiality

1 SUN ANALYSIS the percentage of sunny days and effects of shadows throughout the day 2 SECTION 1 spaces are controlled with the system of water tanks 3 ELEVATION the type of pattern 4

reveals a program

change from the exterior

8 SECTION WOOSTER ST. SCALE 1/8” = 1’0”

05 VERTICAL FARMING - DESIGNING IN SECTION

elevation or section 2 2016 ARCHITECTURE PORTFOLIO BRIANA GILLIN

37 4 ELEVATION WOOSTER ST. SCALE 1/8” = 1’0”

The ground floor is the most public space, the farmers market. The preceding floors two through five contain a combination of dining space, kitchen space, and the aquaponics system made up of water tanks and plant life. The sixth floor contains office space and a skylight roof to support the nursery. All utilities, including stairs, elevator, and restrooms, are located in the center core.

05 VERTICAL FARMING - DESIGNING IN SECTION

FLOOR PLAN KEY 1 Outdoor Farmers Market 2 Indoor Farmers Market 3 Restaurant Lobby 4

5 Indoor Dining

6 Outdoor Dining

ARCHITECTURE PORTFOLIO

2016

Restrooms

7 Kitchen

8 Storage 5.

9 Staff Break Room

BRIANA GILLIN

10 Aquatic Garden 10.

11 Banquet Hall

12 Office Space

38 1

0’

8’

24’

40’

13 Work Space

FLOOR PLAN 1

FLOOR PLAN 2

FLOOR PLAN 5

INTERIOR RENDERING

EXTERIOR RENDERING

05 VERTICAL FARMING - DESIGNING IN SECTION

exterior rendering

2016

ARCHITECTURE ARCHITECTUREPORTFOLIO PORTFOLIO

BRIANA BRIANAGILLIN GILLIN

INTERIOR RENDERING

CIRCULATION

MODEL

EGRESS

CIRCULATION

LIGHTING PLAN

FIRE STAIRS

SPRINKLER

ELECTRIC & BOILER

HVAC

basement 1

11 WALL SECTION DETAIL

Emergency Exit

Staff and Student Entrance

Emergency Exit

Public Entrances

3 EXIT ACCES REFUGE AREA SIGNAGE STANDPIPE 1007.3: maintain minumum egress stair width minimum 48” between hand rails

2 HR. MASONRY

1007.6.1: 30“ x 48” refuge area for wheel chair space *1007.3.2“ areas of refuge not necessary in buildings with automatic sprinklers

1007.9: Signage indicating special accessibility provisions shall be provided 1008.1.1.1 maintain minumum clearance door width 32” 1009.8: There shall be a floor or landing at the top and bottom of each stairway. The width of landings shall not be less than the width of stairways they serve

ARCHITECTURE PORTFOLIO

2016

UP UP

ELECTRIC ROOM UP

BOILER ROOM

ELECTRIC ROOM

BRIANA GILLIN

BASEMENT SCALE 1/16” = 1’0”

BACKUP GENERATOR

FIRE PUMP

BOILER

BOILER ELECTRICAL PACKAGE UNIT

AUXILARY EQUIPMENT

ELECTRIC ROOM SCALE 1/4” = 1’0”

BACKUP

6 FLOOR 4 EGRESS

HVAC

MEMORIAL HALL

TOILET ROOM

75’

ELEC. CL.

’ 91

COAT CL.

49’

RESTORATION LABORATORY

WASH ROOM

06 COMPREHENSIVE STUDIO - STUDYING MECHANICAL, ELECTRICAL , & PLUMBING

’ 56

OUTDOOR MEDITATION

Spotlight Linear Light

2016

DN UP

8’ Radiaus Sprnkler

Inlet

BRIANA GILLIN

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

ARCHITECTURE PORTFOLIO

Outlet