2021 Callie Walton's Work Portfolio by Callie Walton Gallemore

CALLIE VANLEAR WALTON’S ARCHITECTURAL LIGHTING DESIGN WORK PORTFOLIO 2015-2021

CALLIE VANLEAR WALTON

ARCHITECTURAL LIGHTING DESIGN INTERIOR DESIGN

CALLIE WALTON

CONTACT Washington, DC 704-661-5178 cvwalton97@gmail.com EDUCATION Bachelor of Science in Interior Design Texas Christian University Fort Worth, Texas 2015 - 2019 GPA: 3.6 Minor in Architectural Lighting Design Texas Christian University Fort Worth, Texas 2015 - 2019 Semester Abroad Lorenzo de’ Medici Florence, Italy January 2018 - May 2018 EXPERTISE Adobe Creative Suites AGI32 AutoCAD Bluebeam Hand Drafting 3D Modeling Sketching Hand Rendering Microsoft Office Suite Revit SketchUP & Enscape Vray & 3ds Max

PERSONAL SKILLS Self - Motivation Communication Ability to Work Under Pressure Time Management Adaptability Problem Solving Creative & Critical Thinking

EXPERIENCE

ASSOCIATIONS

George Sexton Associates – Washington, DC Graduate Architectural Lighting Designer / July 2019 – Current

Illuminating Engineering Society – Washington, DC Section 7 IES Member / November 2020 – Present

• Becoming more involved in the design and production for world-class museums, commercial and residential projects by completing tasks such as: -Analyzing and selecting lighting from appropriate sources. -Utilizing software tools to produce architectural drawings. -Creating and working with models, mock-ups, and prototypes. -Participating in client communication and traveling for meetings and site visits to ensure that the lighting installations and controls are in compliance with the design documents.

Fisher Marantz Stone – New York, NY Architectural Lighting Design Intern/ June 2018 – August 2018

• Participated and collaborated with team members in all phases of a Lighting Design project. • Assisted in developing Lighting Design solutions for domestic and international projects. • Independently executed and designed the task lighting for FMS’s office renovation by evaluating an Intern Project consisting of building daylighting models (AGI32), computing /analyzing calculation points (AGI32), researching fixture alternatives, reviewing and assembling fixture samples with their compatible dimmers and drivers, and constructing mock ups • Updated and completed Lighting Design documentation for projects including: -Lighting Layouts (AutoCAD) -Lighting Details (Bluebeam) -Light Fixture Schedules (Excel) -Lighting Control Specifications (InDesign; AutoCAD; Bluebeam) -Light Fixtures with Photometric Webs & Aiming Diagrams (Photoshop; AGI32)

• Actively engaging in various programs, presentations, and events related to lighting that are educational, engaging, informative, and highlight current standards and trends in the industry. • Participating in study groups in preparation for the National Council on Qualifications for the Lighting Professions (NCQLP) exam.

International Interior Design Association / Texas Christian University Campus Center IIDA Member/ Previous IIDA Student Treasurer / August 2016 – Present

• Provided an exchange of ideas for program events that promoted interaction between the lighting and interior design industries. • Undertook, stabilized, and ensured funding for all financial expenses toward program activities and events that facilitated involvement with local design professionals

National Society of Collegiate Scholars - Texas Christian University NSCS Member / September 2015 – May 2019 Lorenzo di Medici: Art and Design Exhibition - Florence, Italy Art is in the Square Nominee / May 12, 2018

• An event showcasing the collaboration of the artistic achievements from the culturally diverse LDM students within the historical center of Florence.

Existing Building Building’s Site Location Gensler - Washington, DC Interior Interior Design Intern / June 2017 - August 2017

Berklee Colleg

• Implemented appropriate storage systems for library materials utilizing AutoCAD • Met with vendors to review new products; coordinated presentations with clients • Assisted designers in selecting finishes for interiors; ordered samples 606 W 15th St, Austin, TX 78746

Circulation

T h e So u n d Br ea ki n g Mo v e men t : Emp o w e r i n g Cr e a t iv e I n d i v i d u a l s i n t h e J o u r n e y t o Se l f Ex pr e ss io n THESIS STATEMENT: Soul strings embodies a communal laboratory for musical discovery and

Geometry

artistry, promoting the power of music through interactive experiences and real relationships that develop and transform the current model of collaboration, education, and performance.

DESIGN NARRATIVE:

Sound-Breaking: “breaking” implies innovation — something new, something iconoclastic, something that hasn’t been done before. “Sound” is a metaphor for a strong, stable institution. Sound-Breaking is what recording studios hope to be, both literally,

“ARCHITECTURE APPEARS FOR THE FIRST TIME WHEN THE SUNLIGHT HITS A WALL.”

- LOUIS KAHN

CONTENTS

01 RESIDENTIAL LANDSCAPE LIGHTING

02 U R B A N E X T E R I O R L I G H T I N G

03 GOVERNMENT F A C I L I T Y L I G H T I N G

W O R S H I P A R E A L I G H T I N G

05 RESIDENTIAL LANDSCAPE L I G H T I N G

06 WORKPLACE L I G H T I N G

07 R E T A I L L I G H T I N G

DAY L I G H T I N G D E S I G N

LIGHTING FOR RESIDENTIAL LANDSCAPE

HIGH PROFILE CLIENT - RESIDENTIAL GARDEN DESIGN INITIATIVE: To provide a soft naturalistic glow of light in a residential garden with light fixtures that can hold both halogen and LED light sources. DESIGN CHALLENGE: The lack of an existing RCP was our first challenge in this project. Due to the COVID restrictions, we were unable to go on site and take field measurements, so our team had to come up with other ways to determine field measurements. Finding a suitable fixture to house both halogen and LED lamps was our next challenge because halogen light sources are outdated and not provided by most lighting manufacturers.

WEST GARDEN EXISTING LIGHTING HARDWARE

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EXISTING LIGHTING HARDWARE

Uplight Fixtures

UPLIGHT FIXTURES

TREE MOUNTED WIRING AND LIGHTS

B JUNCTION BOXES Wiring

TREE MOUNTED WIRING AND LIGHTS

WIRING

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WIRING

WEST GARDEN HIGHLIGHT ANNUALS AND PERENNIALS

UPLIGHT TREES

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TREE MOUNTED WIRING AND LIGHTS

HIGHLIGHT TERRACE AND PATIO

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PATHWAY LIGHTING

PATHWAY LIGHTING HIGHLIGHT ANNUALS AND PERENNIALS

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UPLIGHT TREES

WIRING

RG-1: TREE-MOUNTED DOWNLIGHT FOR HORIZONTAL ILLUMINATION

WEST GARDEN PROPOSED LIGHTING PLAN

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L I G H T I N G F O R U R B A N E X T E R I O R S & W I L D L I F E C O N S I D E R AT I O N S

AMAALA WELLNESS RESORT & SPA The Areas of our involvement will be the following: • Exterior Landscape • Hotel Suites • Building Facades

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Beaches that face the open sea are considered to be turtle nesting habitat. Special consideration must be given to the lighting adjacent to these beaches.

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In turtle nesting zones it is important to eliminate and minimize all lighting. Lighting in areas that are adjacent and visible from these zones should be carefully controlled and when visible from these zones emit light in the long wavelengths (“warm”)

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The lighting will be subtle and minimal, complementing the natural beauty of the site at night and enhancing the sense of wonder that can be found in nighttime light.

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Starting with the zodiacal light of the night sky, the lighting design will add only the light that is necessary to the landscape to make the resort accessible for guests at night.

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The artificial exterior lighting at Amaala seeks to set a new benchmark for resort lighting.

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ALX-1

ALX-4 ALX-4

ALX-4

ALX-2

ALX-4

ALX-3

ALX-4

ALX-1

ALX-4

ALX-1

ALX-3

ALX-4

ALX-1

ALX-4

ALX-4 ALX-4

ALX-3A

ALX-1 ALX-4

ALX-4

ALX-4 ALX-4

ALX-3

ALX-3A

ALX-2 ALX-4

ALX-4 ALX-4 ALX-4 ALX-4

ALX-4

ALX-2

ALX-4

ALX-1 ALX-1

ALX-4

ALX-2

ALX-4

ALX-3

ALX-2 ALX-4 ALX-4

ALX-2

ALX-4

ALX-4 ALX-4

ALX-1

ALX-3

ALX-3A

ALX-4

ALX-2

ALX-4 ALX-4

ALX-1

ALX-3

ALX-1

ALX-4 ALX-4

ALX-4

ALX-4 ALX-1

ALX-3

ALX-2

ALX-4

ALX-2

ALX-4 ALX-4

ALX-4

ALX-1

ALX-4

ALX-3

ALX-4

ALX-4 ALX-4

ALX-2

ALX-4

ALX-1

ALX-4

ALX-1

ALX-4

ALX-1

ALX-3

ALX-4 ALX-4 ALX-2

ALX-2

ALX-4

ALX-4 ALX-4

ALX-1

ALX-3

ALX-4

ALX-2

ALX-4

ALX-3

ALX-4

ALX-1 ALX-1

ALX-4

ALX-3A

ALX-2

ALX-2 ALX-4

ALX-4

ALX-4 ALX-4

ALX-1

ALX-3

ALX-4

ALX-4 ALX-4

ALX-3

ALX-4

ALX-1

ALX-4 ALX-4 ALX-4

ALX-4 ALX-4

ALX-4

ALX-1

ALX-3

ALX-2 ALX-4

ALX-4

ALX-4 ALX-4

ALX-4

ALX-1

ALX-3

ALX-1

ALX-4

ALX-4 ALX-1 ALX-4

ALX-1

ALX-4

ALX-3

ALX-4

ALX-3A

ALX-4 ALX-4

ALX-4

ALX-1

ALX-3

ALX-3A

ALX-4

ALX-4 ALX-4

ALX-2

ALX-4

ALX-2 ALX-1

ALX-3A

ALX-4

ALX-2

ALX-4

ALX-1

ALX-3

ALX-4

ALX-4A ALX-4

ALX-4

ALX-2

ALX-4

ALX-1

ALX-3

DESIGN CHALLENGE: Due to the coastal location of the project, our lighting solution had to accommodate all wildlife considerations and meet all code requirements of the area.

ALX-4 ALX-4

ALX-2

ALX-4

ALX-1

ALX-4

ALX-1

ALX-3A

ALX-2

ALX-4

ALX-3

ALX-4

ALX-1

ALX-1 ALX-1

ALX-3

ALX-4A

ALX-2

ALX-1

ALX-4

ALX-3

ALX-4

ALX-2 ALX-4

ALX-2

ALX-3

ALX-3A

ALX-4

ALX-2

ALX-1

ALX-2

ALX-4 ALX-4

ALX-1 ALX-3

ALX-4A

ALX-4

ALX-1

ALX-3A

ALX-3 ALX-3

ALX-3A

ALX-3

ALX-3A

ALX-1

ALX-3

ALX-1

ALX-3

ALX-1

ALX-3

ALX-3A

ALX-3

ALX-3A ALX-1

ALX-3

ALX-3A

ALX-3

ALX-3A

ALX-3 ALX-1A

ALX-3

ALX-1A

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-3A

ALX-3

Longitude 131, Uluru, Australia

ALX-3

ALX-2

4.7

ALX-3

ALX-2

ALX-4

Beaches that face into the coves (Nabateen, Puro, Azure and Hijaz coves) are not considered turtle nesting beaches. However, artificial lighting associated with development in these areas may still impact neighboring sea-facing nesting beaches.

ALX-3

ALX-3A

ALX-3A ALX-3A

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-3 ALX-3A

ALX-3A

ALX-3

ALX-3A

ALX-3A ALX-1A

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-1A

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-1A

ALX-3

ALX-3A

ALX-3A ALX-3A

ALX-3

ALX-3 ALX-3

ALX-3A

ALX-3A ALX-3A

ALX-3A

ALX-3

ALX-3A

ALX-3

ALX-3A ALX-3

ALX-3A

ALX-1A

ALX-3A

ALX-3A ALX-3A

ALX-3A

ALX-3A ALX-3A

ALX-3A

ALX-3A ALX-3A ALX-3A ALX-3A

ALX-3A

ALX-3A ALX-3A

Six Senses, Fiji

Como Cocoa Island, Maldives

ALX-3A

ALX-1A ALX-3

ALX-1A

ALX-3A

ALX-3A ALX-3A

ALX-3

ALX-3A

ALX-3A ALX-3A

ALX-3

ALX-2

ALX-3

ALX-1

ALX-3

ALX-2

ALX-3

ALX-2

ALX-2 ALX-2

Wildlife at Amaala

ALX-3

ALX-2

ALX-3 ALX-3

ALX-3

ALX-1

ALX-2

ALX-2 ALX-2

ALX-3

ALX-2

ALX-2 ALX-2

ALX-1

ALX-2

ALX-3

ALX-1

ALX-3

ALX-2

ALX-3

ALX-3 ALX-2

ALX-2

ALX-3

ALX-1

ALX-3

ALX-2

2 – Wildlife Considerations

ALX-3 ALX-3

ALX-3

ALX-2 ALX-3

2.1

ALX-1

ALX-1 ALX-3

ALX-2

ALX-1

ALX-3

ALX-2

ALX-3

19-086.002 Amaala Wellness Core | 17 December 2020

ALX-3

ALX-3 ALX-3

ALX-2

19-086.002 Amaala Wellness Core | 17 DECEMBER 2020

Amanera, Dominican Republic

ALX-3

ALX-3 ALX-2

DESIGN INITIATIVE: To provide and deliver a sustainable, integrated architectural lighting solution for the exterior landscape, interior hotel suites, and exterior building facades in the Amaala Wellness Resort & Spa, located in Saudi Arabia on the coast of the Red Sea. The lighting design for Amaala aims to preserve the night sky above the Red Sea, adding in only necessary lighting to demonstrate the understanding of nighttime at the Wellness Core. The concept for the site lighting is for a family of Dark sky compliant high-performance road and path lighting to control the light only where it is needed and limit the amount of lighting equipment required.

Chiva Som, Thailand

ALX-3

ALX-3 ALX-3

ALX-2

ALX-2 ALX-2

ALX-3

o Dark Skies o Wildlife Consideration o Controlling Artificial Light o Exterior Illumination Criteria o Garden Lighting o Luminaire Specification

ALX-3

ALX-2

ALX-2 ALX-2

ALX-3A

ALX-3

4.1

2 – Wildlife Considerations 19-086 WELLNESS CORE - SAUDI ARABIA 2.1

(US) Road Lighting : Traffic Road

Th lan th

Wildlife at Amaala

Beaches that face the open sea are considered to be turtle nesting habitat. Special consideration must be given to the lighting adjacent to these beaches.

RP-8-18

Table 26.2 | Exterior Illuminance Recommendations Recommended Maintained Illuminance Targets (lux)b, c ,d

2 3 4 5 6 7

Applications and Tasksa

Horizontal (Eh) Targets

Vertical (Ev) Targets

Visual Ages of Observers (years) where at least half are

Notes

<25

25-65

Category

>65

<25

25-65

Gauge Category

19-086.002

lighting.



Outer urban or rural residential areas

Urban areas, residential and commercial with high levels of nightLighting time activity should address the street-adjacent pedestrian or bike way pavement in underpasses. (street sidewalks in

Underpass-street-adjacent

underpasses). Eh @grade; Ev @5' AFG in at least the two primary directions of travel. The face is defined by an imaginary vertical plane oriented perpendicular to the primary direction of travel. Illuminances on both sides of this plane are assessed. Coordinate illuminance criteria with observers' ages and high, medium, or low activity level.i

The target for Amaala is E2 and E1 as outlined in the Master Plan Report. Beaches will be considered E0 129 PLAZAS See Table 34.2 | Retail Illuminance Recommendations/CENTERS, OUTDOOR/Plazas and Town Squares 130

POOLS, OUTDOOR

See 28 | LIGHTING FOR HOSPITALITY AND ENTERTAINMENT

RESIDENTIAL EXTERIORS

See 33 | LIGHTING FOR RESIDENCES

RETAILING, OUTDOOR

See 34 | LIGHTING FOR RETAIL

ROADWAYS

See IES RP-8 | Roadway Lighting for criteria for these vehicular-based tasks.

ROUNDABOUTS

See IES DG-19 | Design Guide for Roundabout Lighting for criteria for these vehicular-based tasks.

TUNNELS

See IES RP-22 | IESNA Recommended Practice for Tunnel Lighting for criteria for these vehicular-based tasks.

132 133 134 135 136 137 138 139 140 141

Gauge

Lighting should address street-distant pedestrian or bike way pavement (paths and walkways including pedestrian- and Areas of medium ambient brightness Urban residential areas bike-exclusive bridges and underpasses). Eh @grade; Ev @5' AFG in at least the two primary directions of travel. The face is Street-distant defined by an imaginary vertical plane oriented perpendicular to the primary direction of travel. Illuminances on both Areas of high ambient brightness sides of this plane are assessed. Coordinate illuminance criteria with observers' ages and high, medium, or low activity

128

131

>65

Lighting should address the street-adjacent pedestrian or bike way pavement (sidewalks). See PEDESTRIAN AND BIKE Areas with intrinsically dark landscapes; National WAYS/Underpass-street-adjacent for discussion related to sidewalks adjacent to streets in underpasses. E h @grade; parks or residential areas strict ontwo light Street-adjacent Ev with @5' AFG in atlimits least the primary directions of travel. The face is defined by an imaginary vertical plane oriented trespass. Roads usually perpendicular unlit to the primary direction of travel. Illuminances on both sides of the plane are assessed. Coordinate E2 Areas of low ambient brightness illuminance criteria with observers' ages and high, medium, or low activity level.i 

E3 126

Vertical (Ev) Targets

Visual Ages of Observers (years) where at least half are

<25

seriously and adversely affected by lighting. Outdoor pedestrian and The bike circulation paths. See 26.2.9 for discussion. A checklist of probable application tasks and PEDESTRIAN WAYS AND vision of human residents and usersforiswhich adapted to areas follows illuminance criteria should be established. BIKE WAYS total darkness, and they expect to see little or no

E1 125

Areas where the natural environment will be

MAJOR STREET: That part of the roadway system that serves as the principal network for through-traffic flow. These routes connect areas of principal traffic generation Road lighting is designed to make other vehicles and important rural roadways entering and leaving the city. They are often known as and obstructions visible. Roads are illuminated to a Amaala arterials, Wellness Core | 17 DECEMBER thoroughfares, or preferentials. They 2020 are sometimes subdivided into primary and brightness level (luminance) which silhouettes oncoming secondary; however, such distinctions are not necessary for the purposes street lighting. These routes primarily serve through-traffic and secondarily provide access to abutting vehicles or obstructions. Roads are classified as follows: property. COLLECTOR A road servicing between major and local streets. These are street ME1 STREET: Motorways used mainly traffic movements within residential, commercial, and industrial areas. ME2 for Carriageways with interchanges They do not handle long, through trips. Collector streets may be used for truck or bus ME3 Dual and Single Carriageways movements and give direct service to abutting properties. ME4 Rural Roads LOCAL STREET: Local streets are used primarily for direct access to residential, ME5 industrial, Link Roads and Non-Classified Roads commercial, or other abutting property. They make up a large percentage of Non-Classified Roads the totalME6 street system but carry a small proportion of vehicular traffic. ALLEY: A narrow public way within a block, generally used for vehicular access to the rear The Wellness Route and Primary Roads would fall into of abutting properties. ISOLATED TRAFFIC CONFLICT AREA: A traffic conflict area is a part of a road system where this classification scale. an increased potential exists for collisions between vehicles.

Horizontal (Eh) Targets Visual Ages of Observers (years) where at least half are

Notes

GSA uses SLL, CIE, and IESNA definitions for Roadway and Pedestrian Paths to develop the lighting criteria, target lux levels and uniformity for road 11.3.1 STREET CLASSIFICATIONS lighting at Amaala.

The remainder of the roads, cycle and foot paths would be considered Subsidiary Roads. Subsidiary Roads are defined as access roads, residential roads and pedestrian areas. Lighting of subsidiary roads enables pedestrians

PEDESTRIAN WAYS AND BIKE WAYS

128

4.1

Gauge

124

Exterior Lighting Concept Design

19-086.002 Amaala Wellness Core | 17 DECEMBER 2020

>65

Gauge Category

Th rep en illu zo the

5.1

Garden lighting should allow for activities in the evening. Artificial light should vary based on the character of each garden. In addition to visual interest, the lighting needs to provide safety. All lighting in the gardens should adhere to 4 – Design Criteria dark sky criteria. Exterior Lighting Concept Design

4.7

Garden lighting evening. Artific character of eac interest, the lig lighting in the g criteria.

Exterior Lighting Concept Design

4 – Design Criteria 4.2 Roadway Illumination Criteria

Precedents and Benchmarks

Botanic

Ext

GSA thinks it is important to create a lighting vocabulary that is applied to the hierarchy of roadways the site. Exterioracross Lighting Concept Design Post mounted 4.0M luminaires will be staggered on opposite sides primary routes and at junctions of 4 –along Design Criteria secondary routes in accordance with the masterplan. Bollards at 1.0M height will be staggered on opposite 4.2 Roadway Illumination Criteria sides along secondary and tertiary routes to provide additional light fortopedestrian users. GSA thinks it is important create a lighting

vocabulary that is applied to the hierarchy of roadway and path lighting need to be fully shielded roadwaysAll across the site.

and Dark Sky compliant.

ILLUMINATED FURNITURE

Post mounted 4.0M luminaires will be staggered on opposite sides along primary routes and at junctions of secondary routes in accordance with the masterplan.

Explora Atacama, Chile

Type will be staggered Spacing on opposite Height Bollards at Road 1.0M height sides alongWellness secondary and tertiary15M routes to provide Route 4.0M additional light for Route pedestrian users. Primary 30M 4.0M

LOW GLARE PATH LIGHTING

Position Alternating Alternating 20M All roadwaySecondary Route and path lighting need to be fully 0.9M shielded Alternating and Dark Sky compliant. Tertiary Route 10M 0.5M One Side Foot Path n/a 0.5M As Needed

Como Maalifushi, Maldives

Road Type

Wellness Route Primary Route

Secondary Route Tertiary Route Foot Path

Spacing 15M 30M 20M 10M n/a

Height 4.0M 4.0M 0.9M 0.5M 0.5M

INDIRECT AND DIFFUSE LIGHTING TO VISITOR CENTRE

Position Alternating Alternating Alternating One Side As Needed

5.2

Magic G

Exterior Lighting Concept Design Post mounted 4.0M luminaires will be staggered on opposite sides along primary routes and at junctions of secondary routes

Amangiri, Utah, USA

Bollards at 0.9M height will be staggered on opposite sides along secondary routes

19-086.002 Amaala Wellness 17 DECEMBER 2020 Bollards at 0.9M height will be staggered Post mounted 4.0M luminairesCore will be|staggered

Anantara Al Jabal Al Akhdar, Oman

on opposite sides along primary routes and at junctions of secondary routes

on opposite sides along secondary routes

Bollards at 0.5M height will be located on one side of the tertiary roads. Bollard height and spacing vary based on path use and location for pedestrian ways. Bollards at 0.5M height will be located on one side of the tertiary roads. Bollard height and spacing vary based on path use and location for pedestrian ways.

4 – DesignLIGHTING Criteria AT TREEHOUSE

Solar Bollards for garden and landscape paths

There are several strategies for mitigating the visible light from the beach. A combination 4.6 Wildlife Criteria could be used to protect nesting turtles from light adjacent to the beaches. There are several strategies for mitigating the visible

19-086.002 Amaala Wellness Core | 17 December 2020

Ext

light from the beach. A combination could be used to protect nesting turtles from light adjacent to the beaches.

LIGHTING TO WATER RILLS

1. Lower the elevation of the residences so ces so they are not visible from the beach they are not visible from the beach Indirect and diffuse lighting to Visitor Centre

Low glare path lighting

Moon lighting effects from tree rings

Board walk and bridge lighting

5.4

Childre

Ext 2. Create a berm between the residences and nesting beaches.

GOBO LIGHTING PATTERNS

nces and nesting beaches.

5.3

3. Design an operable louvered wall that is closed during nesting season to eliminate view of residences.

that is closed during nesting season to eliminate view of residences.

4. Plant vegetation to block view of residences. Add window films to restrict artificial lighting

19-086.002 Amaala Wellness Core | 17 DECEMBER 2020 Illuminated furniture

Lighting to water rills

BOARD WALK AND BRIDGE LIGHTING

esidences. Add window films to restrict artificial lighting

ore | 17 DECEMBER 2020

MOON LIGHTING EFFECTS FROM TREE RINGS Gobo lighting patterns Lighting at treehouse

Desert

facilitate nesting and wayfinding for turtles and act as a

Amaala aims to be a cultural destination in addition destination art installation. The design of the artwork to being a luxury wellness destination. High profile would be in conjunction with the Amaala wildlife consulArt Installations can in themselves be destinations for cultural tourists. tants and the Amaala design team. GSA proposes that Amaala commissions an artist of Sea turtle hatchlings have an inborn tendency to move international calibre to design an art installation that will in the brightest direction and do not depend on lunar facilitate nesting and wayfinding for turtles and act as a light to lead them seaward. A strategic water-based destination art installation. The design of the artwork would be in conjunction with the Amaala wildlife consulart installation can contribute to the orientation of the tants and the Amaala design team. sea turtles leading them seaward to help protect this

Design/Art Installation

endangered species and at the same time creating visual Recommendation: Keeping in mind the naturalist intrinsic concept Sea turtle hatchlings have an inborn tendency to move interest for Amaala guests. in the brightest direction and do not depend on lunar of the resort, Amaala should commission an artist of international light to lead them seaward. A strategic water-based art installation can contribute to the orientation of the calibre to design an art installation that will facilitate nesting and sea turtles leading them seaward to help protect this endangered species and at the same time creating visual interest for Amaala guests. way finding for turtles and act as a destination art installation. The Exterior Lighting Concept Design Exterior Lighting Concept Design design of the artwork would be in conjunction with the Amaala 5 – Garden Lighting 5 – Garden Lighting wildlife consultants and the Amaala design team. 5.5

Art Lighting - Installation

Amaala aims to be a cultural destination in addition to being a luxury wellness destination. High profile Art Installations can in themselves be destinations for cultural tourists.

Exterior Lighting Concept Design

5 – Garden Lighting 5.5

2 Amaala Wellness Core | 17 DECEMBER 2020

17 DECEMBER 2020

Art Lighting - Installation

Amaala aims to be a cultural destination in addition to being a luxury wellness destination. High profile Art Installations can in themselves be destinations for cultural tourists. GSA proposes that Amaala commissions an artist of international calibre to design an art installation that will facilitate nesting and wayfinding for turtles and act as a destination art installation. The design of the artwork would be in conjunction with the Amaala wildlife consultants and the Amaala design team.

19-086.002 Amaala Wellness Core | 17 DECEMBER 2020

Sea turtle hatchlings have an inborn tendency to move in the brightest direction and do not depend on lunar light to lead them seaward. A strategic water-based 19-086.002art installation can contribute to the orientation of the Amaala Wellness Core | 17 DECEMBER 2020 sea turtles leading them seaward to help protect this endangered species and at the same time creating visual interest for Amaala guests.

GSA proposes that Amaala commissions an artist of international calibre to design an art installation that will facilitate nesting and wayfinding for turtles and act as a destination art installation. The design of the artwork would be in conjunction with the Amaala wildlife consultants and the Amaala design team. Sea turtle hatchlings have an inborn tendency to move in the brightest direction and do not depend on lunar light to lead them seaward. A strategic water-based art installation can contribute to the orientation of the sea turtles leading them seaward to help protect this endangered species and at the same time creating visual interest for Amaala guests.

5.5

GLARE CONTROL AND UNIFORMITY Restricting Light - Lighting can be controlled by limiting its use and the time it is on. Through the use time clocks and motion detectors that limit the amount of time that artificial light is on at night we can control exterior lighting to avoid sky glow and glare which also accommodating to energy efficient guidelines and offering clarity for guests in their perception of the night.

Art Lighting - Installation

Exterior Lighting Concept Design

Sea turtle hatchlings have an inborn tendency to move in the brightest direction and do not depend on lunar light to lead them seaward. A strategic water-based art installation can contribute to the orientation of the sea turtles leading them seaward to help protect this endangered species and at the same time creating visual interest for Amaala guests.

5 – Garden Lighting

Sea turtle hatchlings have an inborn tendency to move in the brightest direction and5.5 do Art Lighting - Installation not depend on lunar light to lead them seaward. Amaala aims to be a cultural destination in addition to being a luxury wellness destination. High profile Art Installations can in themselves be destinations for cultural tourists.

George Sexton Associates ©2020 A strategic water-based art installation can contribute to the GSA proposes that Amaala commissions an artist of orientation of the sea turtles leading them seaward to help protect international calibre to design an art installation that will facilitate nesting and wayfinding for turtles and act as a this endangered species and at the same time creating visual destination art installation. The design of the artwork would be in conjunction with the Amaala wildlife consulinterest for Amaala guests. tants and the Amaala design team. George Sexton Associates ©2020

Exterior Lighti

6 – Lightin

Sea turtle hatchlings have an inborn tendency to move in the brightest direction and do not depend on lunar light to lead them seaward. A strategic water-based art installation can contribute to the orientation of the George Sexton Associates ©2020 sea turtles leading them seaward to help protect this endangered species and at the same time creating visual interest for Amaala guests.

6.4 ALX-4

- 0.5M BOLLARD - 360˚ DISTRIBUTION

Intersection Area Illuminance (Lux) Average=12.62 Maximum=56.7 Minimum=0.7

- VARIOUS SPACING (NO UNIFO - SINGLE SIDED LAYOUT

6.4 Footpaths ALX-4 0.5M BOLLARD 360˚ DISTRIBUTION VARIOUS SPACING (NO UNIFORMITY REQUIREMENTS) SINGLE SIDED LAYOUT

Architectural lighting will provide the image of the Wellness Core at night. The striking shapes of the Palace and Village should be carefully illuminated to define the architecture with shielded, concealed lighting sources, minimizing sky glow and consider-ing the needs of the wildlife at Amaala.

Footpaths

Pedestrian typ area Illuminance (Lux) Average=12.08 Maximum=51.8 Minimum=0.2

19-086.002 Amaala Wellness Core | 17 DECEMBER 2020

L I G H T I N G F O R G O V E R N M E N TA L B U I L D I N G S

HIGH PROFILE CLIENT: GOVERNMENTAL BUILDING

MOCK UP #1: BF COVE CONDITION

PROCESS:

The Areas of our involvement will be the following: • BF Conference Room Cove • JM Conference Room Cove • Men’s Restroom Cove

Tested the fixture tile and valance so that we could determine how to cut the light off right beofre the molding where the curved ceiling turns into a flat plane.

DESIGN INITIATIVE: To provide and replace the existing cove lighting with updated LED fixtures that have color tuning capabilities for use in different events. DESIGN CHALLENGE: Due to COVID restrictions, part of the design team was not able to visit the site and take the measurements needed to build the mockups. Once more field measurements were provided, ceiling details were modified and/or added to improve the accuracy of the mockup. The cut off from the sight line angle was very important in all conditions and therefore studied thoroughly. Each room’s main source of lighting came from the cove, so finding a fixture that not only met the small profile dimensions due to the sight line restrictions, but also met the requirements for high output and color tuning capability was a challenge. BF Conference Room Cove -Test the fixture tile and valance so that we can cut-off the light after the molding appears on the ceiling. -Study shadow areas on the opposite wall of the above the view cut-off line, if any.

REFER TO DRAWING 2 Studied the shadow areas on the opposite side of the wall above the view cut-off line, if any.

EXISTING COVE CONDITION

MOCK UP #2: JM COVE CONDITION

JM Cove Sketch Onsite

EXISTING COVE CONDITION

MOCK UP #3: MEN’S RESTROOM COVE CONDITION

PROCESS: Restroom Cove Sketch

JM Conference Room Cove - The mock-up should end at the molding on the ceiling. - Study the placement of the fixture inside the cove - Study shadow areas on the opposite wall of the above the view cut-off line, if any. Men’s Restroom Cove -Study the placement of the fixture inside the cove to conceal it’s view as well as to provide an even distribution inside. EXISTING COVE CONDITION

PROCESS: Alcove Sketch Onsite

FINAL FIXTURE SPECS LiteControl: SAE201 Adjustable Concealed Cove

LiteControl: 15L LED Concealed Cove

LEDLinear: XOOLINE Hydra White IP40

LIGHTING FOR WORSHIP CENTERS

GOOD SHEPHERD CATHOLIC CHURCH

GOOD SHEPHERD CATHOLIC CHURC

The Areas of our involvement will be the following: • Renovated Narthex • Chapel • Exterior Building

CHAPEL LIGHTING PLAN - LEVEL P01 & P

DESIGN INITIATIVE: To provide the interior and exterior lighting for a newly renovated chapel in Alexandria, VA. Define the visual hierarchy by highlighting important areas of the church such as the apse, location of the choir, and stage to help strengthen the lighting plan.

2A 2 GOOD SHEPHERD CATHOLIC CHURCH CHAPEL LIGHTING PLAN - LEVEL P01 & P02

DESIGN CHALLENGE: Low clearance ducts and HVAC systems became 2 1 an issue during the design documentation stage 2 of the project. The mechanical systems caused many overlapping conflicts with our lighting layout, so our team had to find a lighting solution that involved a new fixture specification with a shallower 1 housing. Due to the high ceilings of a chapel, finding a retrofit fixture with enough output to provide sufficient lighting from a mounting height 2A ofGOOD approximately 25’-0” was a challenge. SHEPHERD CATHOLIC CHURCH 2A 2A HORIZONTAL LIGHTING

1 2A 2A

1 1

GOOD SHEPHERD CATHOLIC CHURCH DAYLIGHT

1 GOOD SHEPHERD CATHOLIC CHURCH

VERTICAL ILLUMINATION

2 CHURCH GOOD SHEPHERD CATHOLIC HORIZONTAL LIGHTING

GOOD SHEPHERD CATHOLIC CHURCH VERTICAL ILLUMINATION

2 2

3 3

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

2A 3

VOLUMETRIC

DECORATIVE/ SPARKLE

VER

HOR

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

HORIZONTAL ILLUM. ON CHOIR

HOR

HORIZONTAL ILLUM.3ON CHOIR VOL

VOLUMETRIC

DECORATIVE/ SPARKLE

DEC

Clerestory Detail

1 3

2 2

GOOD SHEPHERD

CHAP

Chapel Area General Lighting

Exterior Lighting Uplighting Facade

Chapel Area Washing The Back Wall of The Apse 1

L I G H T I N G F O R H O S P I TA L I T Y 21’

A°

(#49) SQ-115A-40 1.74%

23’-6” FFE 23’-6”

21’

PACKAGE ROOM

SQ-115A CEILING MOUNTED LUMINAIRE

SCALE: 1-1/2" = 1'-0"

B°

PACKAGE ROOM

21’ LOUNGE

0 DEGREE (PERPENDICULAR TO WALL)

LOUNGE

0 DEGREE (PERPENDICULAR TO WALL)

0 DEGREE (VERTICALLY DOWN)

SQ-115B WALL MOUNTED LUMINAIRE

FFE 23’-6”

23’-6”

23’-0”

CAFE

LOUNGE

1.5%

0 DEGREE (VERTICALLY DOWN)

SQ-115B WALL MOUNTED LUMINAIRE

LOUNGE

23’-0”

23’-3”

23’-6” 2%

FFE 23’-6”

23’-6” FFE 23’-6”

0.8%

FFE 23’-6”

21’

PLAN: SQ-115B ORIENTATION REF. ANGLE SCALE: 1-1/2" = 1'-0"

ELEVATION: SQ-115A TILT REFERENCE ANGLE SCALE: 3/8" = 1'-0"

PLAN: SQ-115B ORIENTATION REF. ANGLE SCALE: 1-1/2" = 1'-0"

23’-6”

FFE 24’-2”

ELEVATION: SQ-115A TILT REFERENCE ANGLE

5.84%

SCALE: 3/8" = 1'-0"

24’-0” 24’-6 1/2”

RETAIL

RETAIL RETAIL

RETAIL

24’-7”

25’-6”

21’

7 NORTH PASSAGEWAY

PASSAGEWAY - COMPOSITE PLAN

JAMES CORNER FIELD OPERATIONS

NORTH PASSAGEWAY LIGHTING PLAN

ELEVATION: SQ-115B TILT REFERENCE ANGLE SCALE: 3/8" = 1'-0"

25’-6”

PASSAGEWAY - 13’ CLEAR PATH PASSAGEWAY - GRADING PLAN 7 SOUTH PASSAGEWAY LUMINAIRE ORIENTATION & TILT DIAGRAM KEY SCALE: N.T.S.

SQUARE 696 I WASHINGTON, D.C. - PASSAGEWAY LANDSCAPE SQUAREDESIGN 696 I WASHINGTON, D.C. - PASSAGEWAY LANDSCAPE DESIGN

JAMES CORN

2 (#1) SQ-115B-40

0 DEGREE (HORIZONTAL PLANE)

B°

(#1) SQ-115B-40

B°

0 DEGREE (PERPENDICULAR TO WALL)

SCALE: N.T.S.

RETAIL

25’-0”

FLSL (FIXTURE LENS) 0 DEGREE (PARALLEL TO WALL)

FLSL (FIXTURE LENS) SQ-115A/B CEILING/WALL MOUNTED LUMINAIRE

ELEVATION: SQ-115BPLAN: TILT REFERENCE SQ-115A/B SPIN ANGLE REF. ANGLE SCALE: 3/8" = 1'-0"

SCALE: 1-1/2" = 1'-0"

0 DEGREE (HORIZONTAL PLANE)

C°

SQ-115A: Ceiling mounted 2 fixture (40 degree and 15 degree beam spreads) 4

LUMINAIRE ORIENTATION & TILT DIAGRAM KEY

JAMES CORNER FIELD OPERATIONS

SQUARE 696 I WASHINGTON, D.C. - PASSAGEWAY LANDSCAPE DESIGN

24’-6 1/2”

24’-6”

6.1%

SCALE: 1/4" = 1'-0"

LUXURIOUS

22’-11” LP

0 DEGREE (HORIZONTAL PLANE)

CAFE

C°

NORTH PASSAGEWAY LIGHTING PLAN SCALE: 1/4" = 1'-0"

COMFORTABLE

1.5%

A°

0 DEGREE CAFE (HORIZONTAL PLANE)

23’-0”

23’-3”

23’-6”

LOBBY

WALL

GYM / FITNESS

23’-0”

22’-7 1/2” LP

FFE 23’-6”

LOBBY

A°

JOYFUL

1.5%

PACKAGE ROOM

23’-2 1/2” 2%

1.5%

SQ-115B: Wall mounted fixture1 (40 degree and 15 5 degree beam spreads)

AUTHENTIC

B°

SCALE: 1-1/2" = 1'-0"

0 DEGREE (PARALLEL TO WALL)

SQUARE 696

GYM / FITNESS

PLAN: SQ-115A ORIENTATION REF. ANGLE

WALL

0 DEGREE (HORIZONTAL PLANE)

PLAN: SQ-115A ORIENTATION REF. ANGLE

LOBBY

SQUARE 696 I WASHINGTON, D.C. - PASSAGEWAY LANDSCAPE DESIGN

0 DEGREE (PERPENDICULAR TO WALL)

SQ-115A CEILING MOUNTED LUMINAIRE

GYM / FITNESS

6,225 SQ.FT

RETAIL

23’-0”

FFE 23’-6”

GYM / FITNESS

DESIGN INITIATIVE & CHALLENGES: To provide the lighting for an exterior passageway that connects all of the amenity spaces of the 3 apartment complex together. The lighting solution carefully articulates the ceiling, highlighting its dramatic form and ensuring this feature’s visibility from inside or outside. Each fixture is specified with a specific beam spread and mounted at a different angle, optimizing the light coverage on PASSAGEWAY - AREA the extruded panels.

MINDFUL

(#49) SQ-115A-40

0 DEGREE (HORIZONTAL PLANE)

0 DEGREE (PERPENDICULAR TO WALL) SEE DRAWING 5

Area of Involvement: • Exterior Ground Floor Passageway

22’-11”

0 DEGREE (HORIZONTAL PLANE) 0 DEGREE (PERPENDICULAR TO WALL) SEE DRAWING 5

INVITING

5 A°

SQUARE 696 APARTMENTS

SQ-115A/B CEILING/WALL MOUNTED LUMINAIRE

PLAN: SQ-115A/B SPIN REF. ANGLE SCALE: 1-1/2" = 1'-0"

CONCEPT RENDERING

09/02/2016

HANDEL ARCHITECTS

SQUARE 696 | WASHINGTON D.C.

BESPOKE

PASSAGEWAY - VIEWS

CLODAGH DESIGN

DECEMBER 20, 2017

SQUARE 696 I WASHINGTON, D.C. - PASSAGEWAY LANDSCAPE DESIGN

JAMES CORNER FIELD OPERATIONS

ALCOVE SEATING MEWS I RENDERINGS BY HANDEL ARCHI TECTS 6

CLODAGH DESIGN

NOVEMBER 08, 2017

ART WORKSHOP / EVENT SPACE

CAFE EXHIBITION / ELEVATOR LOBBY PROGRAM

09/02/2016

HANDEL ARCHITECTS

SQUARE 696 | WASHINGTON D.C.

LLP

SQUARE 696

WASHINGTON, D.C.

01/16/2018 6

LLP

SQUARE 696

WASHINGTON, D.C.

01/16/2018 7

PLAYFUL

NORTH PASSAGEWAY

SOUTH PASSAGEWAY

BOARD ROOM

ANTE ROOM

DINING ROOM

LIGHTING FOR WORKPLACE DESIGN

CONFIDENTIAL CLIENT - WORKPLACE

HHMI BOARDROOM

The Areas of our involvement will be the following: • Trustees Room • Conference/Dining Area • Ante Room DESIGN INITIATIVE: To provide an elegant and flexible lighting solution for a conference room suite. All lighting is dimmable and connected to a timeclock-based control system (scene set ups). Wall washers and adjustable fixtures highlight the important areas of the room and can be configured for various lighting schemes.

EXISTING PHOTOS

HH-1: Linear Cove Light HH-2: Luminous Ceiling Backlit Ecosense Slim Clove Cooledge Luminous Ceiling BOARD ROOM ANTE ROOM

DESIGN CHALLENGE: Our team redesigned the lighting with the existing ceiling tile and cove conditions per the client’s request. The existing cove condition was very intricate and did not appear consistent in its structure throughout each space. Many mockups HHMI BOARDROOM HORIZONTAL ILLUMINATION - LUMINOUS CEILING were completed in efforts to understand how to better control the light in this space.

HH-3, 4, 5: Recessed DL/WW/AA Edison Price 3 XTM Series

HHMI BOARDROOM

ANTE ROOM LIGHTING PLAN HH-6, 7: Pinhole DL/AA HH-8: Pinhole WW DINING ROOM Lucifer Lighting 2RP, 2RA Lucifer Lighting 2RA

ANTE ROOM 2

2&3Adjustable down light luminaires provide horizontal task / volumetric lighting

3 3

2 2

COVE CONDITION MOCK UP - BOARDROOM FIXTURE SPACING OPTION A - with mirrors 2 - ADJUSTABLE DOWNLIGHT LUMINAIRES PROVIDE HORIZONTAL TASK LIGHTING 3 - DOWNLIGHT LUMINAIRES PROVIDE VOLUMETRIC LIGHTING

CORNER CONDITION

OPTION B - without mirrors

The slim Cove Dim has a lot of flexibility in terms of spacing and could be extended up to 3.5”, but we have chosen a conservative estimate of 0” to 2”.

1 - WALLWASH LUMINAIRES HIGHLIGHT END WALLS 2, 3 - ADJUSTABLE DOWNLIGHT LUMINAIRES PROVIDE HORIZONTAL TASK/ VOLLUMETRIC LIGHTING

HHMI BOARDROOM VOLUMETRIC - COVE LIGHTING

COVE CONDITION MOCK UP - DINING ROOM

Moving the fixture more towards the back wall of the cove and keeping it at a 38° helped maintain the light outside the cove on the ceiling while also reducing the shadow in the back corner.

1 - Wall wash luminaires highlight end walls

There are lucifer downlights that prevent the fixture from moving any further back than 6.75” in reference to the back wall, we decided to make this our max dimension and then 5.75” as our min dimension (for fixtures that aren’t blocked by the downlight and are able to move a little farther back – but not too far back so we can avoid any inconsistent lighting effects that are visible from the ground.)

FIXTURE SPACING

View from below: The slim Cove Dim has a lot of flexibility in terms of spacing and could be extended up to 3.5”, but we have chosen a conservative estimate of 0” to 2”.

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

VOLUMETRIC

SPARKLE

One of the fixtures was able to overlap by 1” at the corner, so we made the conservative decision to only allow the fixtures to align at the corner as our “max dimension.”

CORNER CONDITION

EXISTING PHOTOS

HHMI BOARDROOM HHMI BOARDROOM BOARD ROOM

DINING ROOM

OPTIONBOARD A - with mirrors ROOM LIGHTING DIAGRAM

2 - ADJUSTABLE DOWNLIGHT LUMINAIRES PROVIDE HORIZONTAL TASK LIGHTING

ANTE ROOM

BOARDROOM

LIGHTING DIAGRAM BOARDBOARD ROOMROOM LIGHTING DIAGRAM

HHMI BOARDROOM

OPTION B - without mirrors

1 - WALLWASH LUMINAIRES HIGHLIGHT END WALLS

3 - DOWNLIGHT LUMINAIRES PROVIDE VOLUMETRIC LIGHTING1

2, 3 - ADJUSTABLE DOWNLIGHT LUMINAIRES PROVIDE HORIZONTAL TASK/ VOLLUMETRIC LIGHTING 1 1

1 2

BOARDROOM COVE FIXTURE DETAIL

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

VOLUMETRIC

SPARKLE

2 1

4 1

HHMI BOARDROOM EXISTING PHOTOS

1 1

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

VOLUMETRIC

SPARKLE

DINING ROOM 1

DINING ROOM LIGHTING PLAN - OPTION A

Retain ceiling grid and change tiles +

OPTION A - Retain ceiling grid and change tiles 3 + retain ceiling cove

OPTION A - Retain retain ceiling cove ceiling grid and change tiles + retain ceiling cove

1 - Wallwash luminaires highlight end

1 - WALLWASH LUMINAIRES HIGHLIGHT END WALLS

1 - WALLWASH LUMINAIRES HIGHLIGHT END walls. WALLS

2 - DOWNLIGHT LUMINAIRES PROVIDE HORIZONTAL TASK LIGHTING

DINING ROOM COVE 2 FIXTURE DETAIL

HHMI BOARDROOM

DINING ROOM

2 - Downlight luminaires provide 1 VERTICAL ILLUMINATION 1 VERTICALLUMINAIRES ILLUMINATION 2 - DOWNLIGHT horizontal task lighting. PROVIDE HORIZONTAL2TASK LIGHTING HORIZONTAL ILLUMINATION 2 HORIZONTAL ILLUMINATION 3 Cove luminaires provide volumetric 3 - COVE LUMINAIRES PROVIDE VOLUMETRIC 3 the VOLUMETRIC on ceiling. 3lighting VOLUMETRIC LIGHTING ON THE CEILING

3 - COVE LUMINAIRES PROVIDE VOLUMETRIC LIGHTING ON THE CEILING

4 SPARKLE SPARKLE

3 2

VERTICAL ILLUMINATION

HORIZONTAL ILLUMINATION

VOLUMETRIC

SPARKLE

VERTICAL ILLUMINATION

L I G H T I N G F O R R E TA I L

LOUIS VUITTON - DUBAI The Areas of our involvement will be the following: • Women’s and Men’s Clothing • VIP Suites • Luggage DESIGN INITIATIVE: To focus all the adjustable fixtures on site for the grand opening of the Louis Vuitton Store, located in Dubai. DESIGN CHALLENGE: Our retail team of 4 designers had 9 days to focus the entire store. Due to the high pressure of a grand opening event, final locations of the merchandise were constantly within the store. Staying organized and aware of constant modifications to the focusing plan were key factors in providing our client with the most high-end lighting brand/aesthetic and completing the project on time.

READY TO WEAR DEPARTMENT - SHOES

LUGGAGE VIP SUITES - UPPER FLOOR

SECOND ENTRANCE

JEWELRY DEPARTMENT

MEN’S FASHION DEPARTMENT

L I G H T I N G F O R E X T E R I O R S - D AY L I G H T I N G * * I N - P R O G R E S S

1730 Pennsylvania Avenue - Lightwell

1 - DAYLIGHT CALCULATIONS LIGHT WELL #1

LIGHT WELL #1

The Areas of our involvement will be the following: • West Interior Lightwell • East Interior Lightwell DESIGN INITIATIVE: To provide a naturalistic lighting effect on three interior walls of a lightwell located adjacent to a commercial workplace building. Creating a mounting solution that allows the fixtures to be hidden from the adjacent terrace while also highlighting the interior walls will create the impression that more daylight is reaching the office space. DESIGN CHALLENGE: The lightwell adjoins 2 adjacent buildings, one of which we are able to mount fixtures on.

LIGHT WELL #1

ELEVATION 01 (REFERENCE ELEVATION 01 FOLDER IN DAYLLIGHT STUDY) ELEVATION 01 (REFERENCE ELEVATION 01 FOLDER IN DAYLLIGHT STUDY)

JUNE 21 8:00am

JUNE 21 12:00pm

JUNE 21 6:00pm

JUNE 21 8:00am

JUNE 21 9:00am

JUNE 21 10:00am

JUNE 21 11:00am

JUNE 21 12:00pm

JUNE 21 1:00pm

JUNE 21 2:00pm

JUNE 21 3:00pm

JUNE 21 4:00pm

JUNE 21 5:00pm

JUNE 21 6:00pm

JAN 26 11:00am

1 - CALCULATIONS WITH SELECTED FIXTURE

REFERENCE PLAN

JAN 26 11:00am

REFERENCE PLAN

20-052 1730 Pennsylvania Avenue - Lightwells

.9 .3 .0 .5 .7 .1 .8 .2 .4 376985.6 30.3

30.0

29.9

28.9

30.5

29.7

29.2

27.1

27.3

30.5

.7 .2 .9 .1 .0 .8 .3 .531.4 46578.4

31.7

29.7

28.3

28.8

28.4

26.9

25.8

25.0

33.5

31.0

30.2

28.2

25.3

24.7

24.5

24.4

23.6

22.6

24.9

35.6

33.6

30.2

27.9

25.1

22.9

21.4

21.5

20.8

.4 .8 .3 .2 .5 .9 .0 .6 456789.1

27.5

24.4

22.0

19.7

18.6

18.0

18.6

18.5

18.6

32.1

31.3

27.5

24.3

21.0

19.0

16.8

15.3

15.0

15.4

15.1

15.0

28.9

26.3

24.2

21.6

18.9

15.7

13.4

12.6

11.5

24.5

22.5

19.8

16.9

13.3

10.9

10.2

9.6

22.9

21.0

18.8

15.5

12.8

10.0

8.4

7.8

21.9

21.5

19.0

16.1

13.1

10.3

7.4

6.6

21.3

21.1

19.7

16.6

13.2

10.4

7.9

5.5

21.3

20.4

17.5

13.6

10.5

20.7

17.1

.8 1.4 .6 .7 .1 .9 .0 .5 .3.8 3718654.2

3.7 4.1 3.9 3.5 3.3 3.4 3.6 4.0 4.7 5.7 7.1 9.1 11.5 12.7

.8 .1 .3 .2 .5 .7 .9 .0 123.4

.8 .2 .5 .6 .7 .9 .0 .3 1234.4

.4 .5 .2 .8 .3 .6 .1 .7 0124563.9

21.8

19.5

Filename: 21_0301_20-052 WEEF color tuning study in 1st Lightwell - Round 2.AGI Luminaire Schedule Symbol Qty 2 8 1 2 2 3

Label WEEF-230-W WEEF-230-S-NV WEEF-230-LS-VN-SCO WEEF-230-S-VN-SCO WEEF-230-S-N WEEF-230-LS-VN

Calculation Summary Label

CalcType

Lightwell 1_Side_1 Lightwell 1_Side_2 Lightwell 1_Side_3 Lightwell 1_Side_4 Lightwell 1_Side_5 Lightwell 1_Side_6 Lightwell 1_Side_7 Lightwell 1_Side_8

Illuminance Illuminance Illuminance Illuminance Illuminance Illuminance Illuminance Illuminance

Lighting Lighting Design Design Concepts Concepts Lightwell 1_Bottom Illuminance WEEF-230-S-N On Tilt: 25.106 Roll: 0 Spin: 0

17.1

WEEF-230-LS-VN-SCO On Tilt: 14.055 Roll: 0 Spin: 90

14.3

WEEF-230-W On Tilt: 49.533 Roll: 0 Spin: 0

SITE SITE PHOTOS PHOTOS

Description 667-3422 SYMMETRIC WIDE BEAM 667-3222 SYMMETRIC VARY NARROW BEAM 667-3228 +667-8119 LINEAR SPREAD VERY NARROW BEAM SHARP CUT 667-3228 SYMMETRIC VERY NARROW BEAM SHARP CUT OFF 667-3122 SYMMATRIC NARROW BEAM 667-3222 +667-8119 LINEAR SPREAD VERY NARROW BEAM

Units Fc Fc Fc Fc Fc Fc Fc Fc Fc

Avg 21.65 4.48 2.44 3.29 5.52 5.19 7.04 6.17 5.40

Max 35.6 17.1 5.7 5.7 11.8 8.8 9.2 22.6 9.5

Min 5.5 2.8 1.1 1.1 0.9 2.3 4.1 2.4 2.5

Avg/Min 3.94 1.60 2.22 2.99 6.13 2.26 1.72 2.57 2.16

LLF 0.630 0.630 0.630 0.630 0.630 0.630

Lum. Watts 56 56 56 56 56 56

Lum. Lumens 4971 5260 4253 4391 4909 4921

[MANUFAC] WE-EF USA WE-EF USA WE-EF USA WE-EF USA WE-EF USA WE-EF USA

Max/Min 6.47 6.11 5.18 5.18 13.11 3.83 2.24 9.42 3.80

FLC230 LED 667-3430 1/18

1.6 1.7 1.8 2.0 2.1 1.9 1.5 1.1

.5 .3 0.6 .1 .0 .2 .9 .8 .7.0 125897643.4

.4 .3 .5 .7 .2 .8 .1 .9 .6 756894.0

2.2 2.0 2.1 2.3 2.5 2.6 2.8 3.0 2.4 1.5

13.6

7.8

3.7 3.8 3.5 3.6 3.0 2.8 2.9 3.1 3.4 3.9 4.5 5.5 6.9 8.7 17.1

SITE PHOTOS SITE SITE PHOTOS PHOTOS 3.1 2.7 2.6 2.8 2.9 3.3 3.9 4.7 5.7 5.2 3.0

21.4

23.4

WEEF-230-S-NV On Tilt: 5.844 Roll: 0 Spin: 0

3.5 3.7 3.6 2.8 2.6 2.5 2.7 3.0 3.4 4.0 4.7 5.3 6.5 7.1 6.4

30.9

WEEF-230-S-NV On Tilt: 4.333 Roll: 0 Spin: 0 WEEF-230-S-NV On Tilt: 13.585 Roll: 0 Spin: 0 WEEF-230-S-NV On Tilt: 10.259 Roll: 0 Spin: 0 WEEF-230-LS-VN On Tilt: 32.604 Roll: 0 Spin: 90

25.3

4.9 5.8 5.7 5.4 5.1 4.7 4.2 4.0 4.1 4.5 4.8 5.6 6.7 7.6 8.5 7.9

33.8

25.4

27.0

WEEF-230-S-NV On Tilt: 10.33 Roll: 0 Spin: 0

Lighting Design Concepts Lighting Lighting Design Design Concepts Concepts

.4 .9 .1 .6 .0 .3 .5 .2 .7 8762534.8

28.5 WEEF-230-S-VN-SCO On Tilt: 14.607 Roll: 0 Spin: 0

5.6 6.2 6.3 6.9 6.7 6.4 6.0 5.7 5.4 4.8 4.9 5.1 5.2 5.5 5.8 6.5 7.6 8.8 9.5 7.9

.8 .6 .9 .2 .5 .7 .4 .0 .1 234567.3

31.5

29.6

6.7 7.9 8.4 8.1 7.2 6.0 4.6 4.7 4.8 5.0 5.4 5.7 6.1 6.5 6.8 7.1 7.6 7.3 5.2

.9 .5 .6 .7 .0 .8 .1 30.3 97865.3

WEEF-230-S-NV On Tilt: 13.568 WEEF-230-S-NV Roll: 0 On WEEF-230-LS-VN Tilt: 10.965 Spin: 0 On Roll: 0 Tilt: 23 Spin: 0 Roll: 0 Spin: 90

.7 .3 1.5 .6 .4 .0 .3 .7 .2 .9 .1.6 21786525.8

WEEF-230-S-N On Tilt: 9.232 Roll: 0 Spin: 0

6.4 6.5 6.9 7.6 7.7 7.3 5.0 3.7 3.5 3.6 3.8 4.0 4.3 4.7 5.1 5.6 6.1 6.8 6.6 6.0 4.5 2.5

29.1

WEEF-230-S-NV On Tilt: 7.972 Roll: 0 Spin: 0

.6 .1 .0 .5 .8 .2 .9 .7 .3 .4 246529.7

.6 .3 .7 .2 .1 .0 .4 .9 .5 3546.8 35.2

WEEF-230-S-VN-SCO On Tilt: 15.717 Roll: 0 Spin: 0

Lighting Design Concepts

WEEF-230-LS-VN On Tilt: 26.918 Roll: 0 Spin: 90

29.5

.2 .0 .3 .7 .9 .6 .8 .526.7 2345.4

22.6

WEEF-230-W On Tilt: 53.089 Roll: 0 Spin: 0

SITE PHOTOS

JUNE 21 3:00pm

FLOOR PLAN

During the spring and summer solstices, the interior walls of the lightwell are getting around 10fc towards the upper half and 3fc towards the bottom of the well.

Currently preparing for an on site mock up

Existing Photos of The Lightwell

JUNE 21 11:00am

JUNE 21 2:00pm

JUNE 21 5:00pm

JUNE 21 10:00am

JUNE 21 1:00pm

JUNE 21 4:00pm

JUNE 21 9:00am

LIGHT WELL #1

FLOOR PLAN

5.5

9.9

.8 .6 .7 .4 .2 .9 .5 12345.1

18.9

SELECTED FIXTURE & SPECS: Fixture Model: WEEF 230 (color tuning) Catalog Number: IO-180-FLC230-LED OPTICS USED linear spread, very narrow beam [VN] symmetric, very narrow beam [VN] symmetric, medium beam [M] symmetric, wide beam [W]

Penn. Ave.Penn. | 26 |FEBRUARY 20212021 2021 730 1730 Penn. Ave. Ave. 26 FEBRUARY | 26 FEBRUARY

17301730 Penn. Penn. Ave.Ave. | 26 FEBRUARY | 26 FEBRUARY 20212021

Description IP66, Class I. IK07. Marine-grade, die-cast aluminum alloy. 5CE superior corrosion protection including PCS hardware. Silicone CCG® Controlled Compression Gasket. Safety glass lens. One cable

Beam Type

symmetric, wide beam [W]

Light Source

LED-12/24W / 700 mA - 2700 K

CRI

REFERENCE PLAN

THANK YOU FOR YOUR CONSIDERATION!