Retail Lighting Design Capabilities by SmithGroup

RETAIL

LIGHTING DESIGN CAPABILITIES

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Design Capabilities

TABLE OF CONTENTS INTRODUCTION 01 DESIGN PROCESS

TOOLS & METHODS

SUSTAINABILITY & DAYLIGHTING

COMPUTATIONAL PARAMETRIC DESIGN

LIGHTING DESIGN AWARDS

LIGHTING DESIGN PUBLICATIONS

PROJECTS 20

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SMITHGROUP

SmithGroup is one of the largest architecture, engineering and planning firms in the U.S. With a staff of over 1300, we specialize in the healthcare, workplace, higher education, and science & technology sectors. Our integrated practice offers depth in all disciplines serving the built and natural environment, including architecture, engineering (civil, structural, mechanical, electrical and plumbing), landscape architecture, urban design, and environmental science. SmithGroup project teams deliver high performance, environmentally responsible places and buildings that are designed to the highest standards. Our design solutions are recognized for their innovation, close attention to owner objectives, and sensitivity

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to project context. We work closely with our clients to transform their vision and mission into built form. Founded in 1853, we know the meaning of longevity, integrity and adaptability. Today, as a multidisciplinary design firm, we continue to grow in the U.S. and internationally. SmithGroup clients benefit from the technical expertise, creativity, and high level of quality that our integrated practice brings. As one of the nation’s leading sustainable design firms, SmithGroup has long been in the forefront with innovative strategies for resource efficiency. In fact, sustainable design has always been central to our corporate culture and sense of professional

responsibility. Given our dedication to environmental stewardship, we incorporate sustainable design solutions into all our projects and have adopted the rigorous energy targets of the Architecture 2030 Challenge. We provide expertise in best practices for a host of sustainable design strategies. These include adaptive re-use, energy recovery and green roofs, as well as sustainable site development, ecological restoration, and stormwater management, just to name a few. Our portfolio touts numerous “firsts” in LEED certified buildings. We designed the world’s first Platinum-rated building, Chesapeake Bay Foundation Headquarters, Annapolis, Maryland; the first Platinum-rated Federal Building, National Renewable Energy Laboratory’s Science & Technology Facility, Golden, Colorado; and the first triple Platinum-rated project, Christman Company headquarters, Lansing, Michigan.

ACHIEVEMENT IN EXCELLENCE SmithGroup is currently ranked #22 overall by Architect, the magazine of the American Institute of Architects.

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SMITHGROUP LIGHTING DESIGN LIGHTING DESIGN INTRODUCTION Building upon its history as a leader in the lighting design industry, SmithGroup’s Lighting Design practice was re-established in the Detroit office in 1997 to provide a valued specialty service as an integral component of the architectural design process. The Lighting Design group supports SmithGroup offices nationwide, and independently serves as a consultant to outside clients, providing specialized solutions to challenging architectural environments. Our expertise enriches the design fabric of projects ranging in size from residential to large-scale corporate, and includes diverse project types such as museum, stadium, and historic renovation. Our broad capabilities offer invaluable insight to diverse projects, while providing the same level of quality that is the hallmark of our work. SmithGroup has been recognized for its consistent design excellence and is among the most highly honored lighting design teams in recent years, winning repeated local, regional, and international awards. SmithGroup earned lighting designs highest honor, the coveted International Illumination Design Award - Edwin Guth Memorial Award of Distinction, which “honors extraordinary achievement in lighting design.” We have also been awarded with the International Association of Lighting Designer’s Award of Excellence and Architectural Lighting’s Light & Architecture Outstanding Achievement Award. Our work has also been featured in many national and international publications, gracing the covers of magazines such as Interior Design and Lighting Design + Application.

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DESIGN PHILOSOPHY We realize the critical role that lighting design plays in evoking emotions in architecture. In response, we strive to raise awareness within architecture by using lighting design to clarify perception of the built environment. We believe in the creation of environments that contribute to the birth of emotions. Human perception is the open canvas onto which we lay an arrangement of components with the distinct objective to trigger a reaction, passive or active. We integrate design solutions that establish coherent results across disciplines. By blending the art and science of lighting, we develop and deliver seamless solutions whose boundaries of form and function interweave effortlessly. We assume an active role to promote lighting as a crucial component in our surroundings. The clarity of our lighting solutions is the result of commitment to our clientâ&#x20AC;&#x2122;s aspirations and is the assurance that our solutions will embody the essence of their vision.

UNIVERSITY OF ARIZONA, NORTON SCHOOL OF FAMILY & CONSUMER SERVICES The facility houses roughly 70,000 GSF of classroom, teaching, administrative and faculty office and research space. The facility is envisioned to be an icon for the Norton School, reflecting its multicultural identity and diversity as a welcoming place for families, business and community members, faculty and students.Â

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DESIGN PROCESS

We view our interaction in the design process as a malleable exercise that engages both our clients and design team in a productive dialogue with the shared goal of establishing a platform for tangible solutions that exceed expectations. Often times the design character of architectural spaces or elements finds its roots in a metaphorical concept that provides a “reason for being”. By focusing on this conceptual design intent, budget and constructability constraints can be addressed without compromising the design. We view our expertise in lighting design as a valuable and integral component in shaping the visual nature of architectural environments. Through lighting, we affect the perception of spaces by understanding and implementing the following:

Hierarchy of brightness

Psychological response to light

Spatial recognition

Material behavior

Color theory

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Translating this understanding into more quantifiable measures grants the assurance that the final design meets the original intent while achieving established standards. A few of the parameters that guide our designs include:

Luminance

Illuminance

Contrast

Color rendering

Color temperature

Energy efficiency

It is this process of concept development supported by solid technical knowledge that energizes our designs, transforming them from concept to reality.

TOOLS & METHODS Critical to meeting the expectations of the lighting design concept is translation of concept to reality. To facilitate our design process, we utilize a number of techniques including computer based threedimensional model, physical mock-ups of special conditions, and lighting system budget estimates. These tools and methods eliminate guesswork and provide substantiation for our designs. We are proficient with various lighting calculation programs, including 3ds Max, our primary design tool that serves as our “pen and paper.” This powerful lighting program is one of the most advanced in the industry and affords us the following attributes and capabilities:

Precise lighting calculations

Physically accurate photometric distributions

Photorealistic visualization

Demonstrate lighting hierarchy

Aid selection of finishes and materials

Interior and exterior environments

Despite the accuracy of three-dimensional lighting analysis, we understand the limitations of computer modeling. We perform physical mock-ups to empirically study the interaction between light and materials. Through this “hands on” approach, we refine the lighting design by studying:

Perceived brightness

Color saturation

Glare

Material selection

Mounting details

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TOOLS & METHODS Final realization of a design concept requires careful analysis of both lighting system as well as cost. As a continuation of our design process we coordinate with general contractors and cost estimators to provide line item budget estimates for our lighting system. This exercise allows for:

Accurate pricing for difficult to estimate lighting systems

Quick identification of informed VE options

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Reduced required redesign

Consolidated overall budgets with third-party estimates

We strive to produce designs that meet our clients’ expectations and we embrace the accountability that this brings. The best compliment from our clients after project completion is “it looks just like you showed it!”

SUSTAINABILITY & DAYLIGHTING Sustainable design is an approach that focuses on the environmental, economic, health and productivity impacts of the built environment. SmithGroup strives to meet the most advanced measurement of sustainability as set by The Leadership in Energy and Environmental Design (LEED), the Living Building Challenge (LBC) and The 2030 Challenge standards. Achieving these goals requires collaboration across all project team disciplines, so we embrace a holistic design process that informs architectural gestures with data-driven analysis. Our expertise allows us to address lighting issues that affect sustainable design, including:

Energy efficiency

Utilization of daylight

Glare

Light pollution

Light trespass

Lighting control.

HVAC system peak load reduction

Interior daylight availability studies

3-D daylighting calculations and analysis

Annual glare analysis

Daylight harvesting control strategies

Photoelectric lighting control system design.

With our unique sustainability expertise and integrated design approach, we strive to produce designs that are responsible, pragmatic and creative to set the standard for future lighting design.

Daylighting design improves sustainability by offsetting the demand for artificial lighting, increasing building energy efficiency, improving worker productivity and increasing worker satisfaction. We offer the unique ability to perform accurate daylighting studies that investigate various design strategies while collaborating with the project team to produce a fully integrated solution. Our analysis offers:

Massing, orientation and program optimization

Façade integration and optimization

Climate-based annual solar load simulations

Passive solar heating strategies

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COMPUTATIONAL PARAMETRIC DESIGN The digital age is revolutionizing the design process and SmithGroup is leading the charge. Having been one of the first major firms to adopt Building Information Management (BIM) software, SmithGroup continues to develop and implement innovative work flows using state-of-the-art technology.

Features of computational parametric work flows include:

We utilize customizable computational tools within parametric platforms such as Grasshopper for Rhino and Dynamo for Revit. These tools enable advanced data-driven engineering analysis to move at the speed of design and be tailored to meet unique project challenges.

We understand that engineering should inform but not dictate design. Our computational parametric work flows are constructed so engineers and architects work in partnership towards improved performance without sacrificing design quality.

Real-time explorative analysis

Iterative design solving

Algorithmic optimization

Net Gain: 100% | Bad Solar: 100% | Good Solar: 100%

Net Gain: 71% | Bad Solar: 93% | Good Solar: 108%

View: 100% | Glare Potential: 100%

View: 157% | Glare Potential: 44%

Net Gain: 115% | Bad Solar: 131% | Good Solar: 143%

Net Gain: 54% | Bad Solar: 78% | Good Solar: 95%

View: 153% | Glare Potential: 44%

View: 157% | Glare Potential: 44%

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LIGHTING DESIGN AWARDS PHOENIX SKY HARBOR AIRPORT TERMINAL 3

WESTERN MICHIGAN UNIVERSITY CAMPUS DINING FACILITY

Illuminating Engineering Society Awards

Award of Excellence, 2018

Award of Merit, 2017

MUSEUM OF THE BIBLE

GENERAL MOTORS DESIGN DOME

Illuminating Engineering Society Awards

Award of Excellence, 2018

Award of Merit (Interior), 2016

GENERAL MOTORS DURANT-DORT FACTORY ONE

DETROIT ATHLETIC CLUB EXPERIENCE

Architectural Engineering Institute Awards

Illuminating Engineering Society Awards

Best Overall Project and Lighting Systems Design Award of Excellence, 2018

Award of Merit, 2016

AYIA NAPA MARINA & RESORT DEVELOPMENT

DETROIT MEDICAL CENTER (DMC) SINAI GRACE HOSPITAL RENOVATION & ADDITION

Architectural Engineering Institute

Illuminating Engineering Society Awards

Award of Excellence, 2017

Award of Merit, 2016

GENERAL MOTORS DESIGN DOME

HOLY CROSS SILVER SPRING BED TOWER EXPANSION

Illuminating Engineering Society Awards

Award of Merit (Control Innovation), 2017

Award of Merit, 2016

UNIVERSITY OF MICHIGAN CLEMENTS LIBRARY

OAKLAND UNIVERSITY ENGINEERING CENTER

Illuminating Engineering Society Awards

Award of Merit, 2017

Award of Merit, 2016

PORTA DI ROMA CENTRO COMMERCIALE

MICROSOFT TECHNOLOGY CENTER MISSISSAUGA, ONTARIO

Illuminating Engineering Society Awards

Award of Merit, 2017

Award of Excellence, 2015

UNIVERSITY OF PENNSYLVANIA STEPHEN A. LEVIN NEURAL & BEHAVIORAL SCIENCES BUILDING

MICROSOFT TECHNOLOGY CENTER MOUNTAIN VIEW

Illuminating Engineering Society Awards Award of Merit, 2017

Illuminating Engineering Society Awards Award of Merit – IESNA, 2015 AL Lighting & Architecture Design Award Best Use of Color, Architectural Lighting, 2015

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LIGHTING DESIGN AWARDS FBI PATRICK V MCNAMARA BUILDING RENOVATION Illuminating Engineering Society Awards Award of Merit, 2015

UNIVERSITY OF MICHIGAN SOUTH QUADRANGLE RENOVATION Illuminating Engineering Society Awards Award of Merit, 2015

DETROIT METROPOLITAN AIRPORT MCNAMARA TERMINAL FOUNTAIN BAR Illuminating Engineering Society Awards Award of Merit, 2015

GATEWAY COMMUNITY COLLEGE INTEGRATED EDUCATION BUILDING Illuminating Engineering Society Awards Award of Merit, 2013

CHANDLER CITY HALL Internation Association of Lighting Designers Awards Lighting Design Excellence – Exterior Facade & Landscape Lighting, 2012 Illuminating Engineering Society Awards Paul Waterbury Award Special Citation, Art Scrim, 2011 Illuminating Engineering Society Awards Award of Merit, Art Scrim, 2011 Illuminating Engineering Society Awards Award of Merit, Council Chamber Lighting, 2011 Illuminating Engineering Society Awards Award of Merit, Energy & Environmental Design, 2011 Illuminating Engineering Society Awards Award of Merit, Exterior Lighting Design, 2011

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CRANBROOK ART MUSEUM & COLLECTIONS BUILDING AL Light & Architecture Design Award Architectural Lighting, 2012 Illuminating Engineering Society Awards Award of Merit, 2012

HENRY FORD INNOVATION INSTITUTE Illuminating Engineering Society Awards Award of Merit, 2012

MICROSOFT TECHNOLOGY CENTER WASHINGTON, DC Illuminating Engineering Society Awards Award of Merit, 2012

MICROSOFT TECHNOLOGY CENTER SOUTHFIELD Illuminating Engineering Society Awards Award of Merit, 2011

MICHIGAN STATE UNIVERSITY, OWEN HALL REFURBISHMENT Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2010

ARIZONA STATE UNIVERSITY, TAYLOR PLACE RESIDENCE HALL Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2010

INDIANA UNIVERSITY, PURDUE UNIVERSITY, CAMPUS CENTER Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2009

UNIVERSITY OF ARIZONA, NORTON SCHOOL OF FAMILY & CONSUMER SCIENCES Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2009

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LIGHTING DESIGN AWARDS DISCOVERY COMMUNICATIONS INC., CORPORATE HEADQUARTERS

POMONA COLLEGE SMITH CAMPUS CENTER

Illuminating Engineering Society Awards

International Illumination Design Award of Merit, 2004

International Illumination Design Award of Merit, 2008

Richard Kelly Grant Award of Merit – New York, 2001

DETROIT WATER & SEWERAGE DEPARTMENT, ADMINISTRATION BUILDING LOBBY

DETROIT ATHLETIC CLUB, FAÇADE LIGHTING International Association of Lighting Designers Award of Excellence IALD, 2006 AL Light & Architecture Design Awards Outstanding Achieve Award – Architectural Lighting, 2006 Illuminating Engineering Society Awards

Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2004

MCNAMARA TERMINAL/NORTHWEST WORLD GATEWAY, PASSENGER TUNNEL Illuminating Engineering Society Awards

International Illumination Design Award of Merit, 2006

International Illumination Design Award – Edwin Guth Memorial Award of Distinction, 2003

VISTEON VILLAGE, CORPORATE HEADQUARTERS

Annual Archi-Tech Awards

SOURCE Awards

First Annual Archi-Tech AV Award, 2003

Commercial Winner – Cooper Lighting, 2007

Consulting-Specifying Engineer Awards

Illuminating Engineering Society Awards

ARC Award of Excellence, 2003

International Illumination Design Award of Merit, 2007

FORD FIELD, DETROIT LIONS STADIUM

SMITHGROUP, OFFICE RELOCATION

Illuminating Engineering Society Awards

International Illumination Design Award of Merit – IES, 2003

International Illumination Design Award of Merit, 2006

Illumination Design Award – Michigan IES, 2003

Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2000

CENTRAL MICHIGAN UNIVERSITY, COLLEGE OF HEALTH PROFESSIONS, GLOBAL VIDEO CONFERENCE ROOM Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2004

BOLL FAMILY YMCA, NATATORIUM Illuminating Engineering Society Awards International Illumination Design Award of Merit, 2007

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PFIZER, CAFETERIA & EXECUTIVE CONFERENCE CENTER International Illumination Design Award of Merit – IES, 2002 Illumination Design Award – Michigan IES, 2002

JACKSON NATIONAL LIFE, CORPORATE HEADQUARTERS Illumination Design Award – Michigan IES, 2001

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LIGHTING DESIGN PUBLICATIONS "Let There Be Light" ARC Magazine, August/September 2018 “University of Pennsylvania” Architectural Lighting, July 2017 “Modern Classic” Mondo, July 2017 “Darc Award Selection” Mondo, September 2017 “General Motors Design Dome” Great Lakes by Design, July 2017 “Espressemente illy Cafe and Fountain Bar” Architectural SSL, April 2016 “2015 Design Awards Best Use of Color - Microsoft Technology Center” Architectural Lighting, July 2015 “Hobby Lobby Owners Break Ground on Bible Museum” Architectural Record, February, 2015 “Exterior Lighting” SNAP (Sweets News and Products), November/December 2013 “Saving Saarinen” Architectural Lighting, June 2012 “Microsoft Technology Center” Architectural Record, November 2011 “Future Leaders: The Next Generation of Lighting Luminaries” Lighting Design + Applications, December 2010 “Lighting Design Competition, Sankt Peter Church Frankfurt, Germany-Finalist” Professional Lighting Design, June - July 2010 “The Art of Lighting” Architectural SSL, November 2009 “LEDs Matriculate to College” Architectural SSL, February 2010 “World Class in a Small Town” Lighting Design + Application, January 2008 “A Question of Perception” Lighting Design + Application, November 2007 “Visteon Village” Illuminate, October 2007 “A Healthy Glow” Architectural Lighting, September/October 2007 “Pomona College Smith Center” FORM, September 2007 “Less Is More” Contract Lighting (cover), June 2007

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LIGHTING DESIGN PUBLICATIONS “Keep Pushing On” Architectural SSL, May 2007 “Discovery Communication Headquarters” Architectural SSL (cover), May 2007 “The Toughest Client” Lighting Design + Application, March 2007 “Detroit Athletic Club” Lighting Today, December 2006 “Office Illumination: Discovery Communications” Illuminator, November 2006 “A Bright Future for LEDs” Consulting-Specifying Engineer, October 2006 “The Complete Dinner or Something a la Carte?” Lighting Design + Application, October 2006 “Detroit Athletic Club” Architectural Lighting, July/August 2006 “Imagining the Future” Lighting Design + Application, January 2006 “Adding Up” Architectural Lighting, November 2005 “Office Max” Consulting-Specifying Engineer, October 2005 “Over & Out” Lighting Design + Application, October 2005 “Design Focus - SmithGroup Lobby” Architectural Lighting, September 2005 “LED’s Discovered” Architectural Lighting, June 2005 “Honor Roll - TV Doctors” Lighting Design + Application, February 2005 “Corporate Identity - Discovery Communications Headquarters” Professional Lighting Design, December 2004 “Hue So Fine” Contract, August 2004 “Lighting: Discovery Communications Headquarters” Architectural Record, August 2004 “Lite Show” Metropolis, May 2004 “Artificial Atmosphere” Werk, Bauen + Wohnen (cover), April 2004 “The Essence of Discovery” Building Design & Construction (cover), January 2004

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SMITHGROUP LIGHTING DESIGN

PROJECTS

DETROIT METROPOLITAN WAYNE COUNTY AIRPORT

FOUNTAIN BAR LIGHTING DESIGN CONCEPT MCNAMARA TERMINAL LOCATION Romulus, Michigan

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SIZE 1,485 gsf

Design Capabilities

CONSTRUCTION COST $1.9 Million

COMPLETION DATE 2014

Centrally located in Detroit Metropolitan Airport, the new Fountain Bar complements distinctive concourse features such as the adjacent namesake water fountain and evocative signature “Light Tunnel.” The coffee bar and lounge offer a graceful, bold signature to the Italian brand Espressamente Illy within the bustling McNamara Terminal, capturing a brand recognized internationally by its elegance and quality of offerings in coffee and fine foods. The architectural form symbolically represents a cloud that contextually sets this amenity as a destination point in the mile long concourse. Seamless integration of lighting and AV technologies offer an architectural composition of floating ribbons and multimedia. Born of the fountain’s expressive characteristics, the bar’s dynamic form enhances its immediate surroundings. LED elements delineate the interior volume and create a clear terminus for the user. Light emanates from

within, extending an invitation to share, socialize and connect. Careful highlights anchor the structure and delicately express the sophistication of the form. The organic composition provides a relaxing seating area overlooking the fountain and energizes the critical location of the bar along the mile-long concourse. Seventy-five new seats engage the travelers in a central destination for beverages and fine foods, while facilitating passenger interaction.

LIGHTING OBJECTIVES

Create a focal point in transitional area of airport terminal

Highlight the Illy brand through choreographed color and graphic elements

Complement formal elements of the nearby water feature smithgroup.com

GH+A DESIGN

DUCATI PILOT STORE LOCATION Bologna, Italy

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SIZE 525 gsf / 48 m2

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Design Capabilities

CONSTRUCTION COST $15/sf for lighting

COMPLETION DATE 2014

Ducati embodies the bold progressive, fervent, passionate and creative attitude of its followers. This retail venue prototype simply ratifies its identity framed within the velocity notion. SmithGroup Lighting Studio assisted GH+A Design in developing a sustainable, systematic and low-cost lighting system for Ducati’s European Store Prototype. The challenge consisted of creating a consistent image while allowing regional interpretation. The approach aims to articulate the motorcycle as a point of interest and symbol of the Ducati brand while allowing it to remain in the proper balance; secondary to the rest of the merchandise.

LIGHTING OBJECTIVES

Accentuate visual impact of motorcycle/brand identity

Reinforce prominence of merchandise

Utilize simplistic cost effective lighting system

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CORIO

PALAZZO DEL LAVORO LOCATION Torino, Italy

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SIZE 301,390 gsf / 28,000 m²

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CONSTRUCTION COST TBD

COMPLETION DATE TBD

SmithGroup Lighting Design Studio assisted GH+A with the repositioning of the 1961 landmark building into a sophisticated retail and entertainment complex, allowing the organic historic gestures to find rebirth in new form and operations. The newly proposed gross leasable area includes two levels of retail, restaurant, and market spaces with a third level containing an exhibit area, gardens and event space. The restoration project looks to re-energize the site and spearhead development in the surrounding neighborhood.

LIGHTING OBJECTIVES

Provide reverence to original design

Reinforce the organic nature of the iconic columns

Inform circulation through accent and highlight

Invigorate the night time contextual presence

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PORTA DI ROMA

RETAIL & ENTERTAINMENT COMPLEX LOCATION Rome, Italy

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SIZE 413,500 gsf / 38,415 m2

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Design Capabilities

CONSTRUCTION COST $9.67 Million

COMPLETION DATE 2015

SmithGroup Lighting Design partnered with Studio H2G to renovate Porta di Roma Centro Commerciale on the outskirts of historic Rome, Italy. The scope included renovating main concourse ceilings, floors, amenities, and providing storefront tenant criteria. Our team challenged the notion that mall concourses should be illuminated with high-ambient brightness from linear coves parallel to storefronts. Instead, we derived a solution that lessens ambient light levels, places the vertical brightness hierarchy at the store, and fosters movement across the concourse from store-to-store. This movement is encouraged by a deconstructed, layered ceiling of perforated planes and subtle cove highlights. The project renovation increased mall revenue and drastically reduced lighting power density.

LIGHTING OBJECTIVES

Renovate concourses to allow retail to be hierarchy

Integrate ceiling highlights that foster movement from store-to-store as opposed to existing linear ceiling coves

Reduce glare and visual brightness of functional direct lighting systems

Drastically reduce existing lighting loads while meeting industry recommended light levels

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smithgroup.com 313.983.3600 500 Griswold Street Suite 1700 Detroit, Michigan 48226