EwingCole Lighting Design

LIGHTING DESIGN

ARCHITECTS ENGINEERS INTERIOR DESIGNERS PLANNERS

Lighting has the capacity to support the architectural integrity of a space, evoke an emotional response, and invoke unique, personal experiences.

Our Philosophy We believe in the power of light, both in its natural and artificial form. Light creates an architectural story playing multiple roles in the creative process. Not only is lighting an integral component of the visual design, but it also plays the part of narrator - telling the story of the space. It transforms the static into kinetic - adding form, contrast, and color to invoke a unique and personal experience.

Our Approach EwingCole’s Lighting Group strives to create unique and thoughtful design solutions that help communicate our client’s mission and enhance the built environment. We work with our clients to find innovative ways to integrate lighting technologies that are impactful, that maintain quality of a space, and enhance operational flexibility. We also look to captivate building occupants through the incorporation of natural light to balance artificial illumination.

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United Therapeutics Corporation | Corporate Headquarters awards: Philament Section Award IES Philadelphia

LIGHTING DESIGN LEADERSHIP

CHRISTY ROGERS, PE, LC, LEED AP DIRECTOR OF LIGHTING DESIGN, ASSOCIATE

Christy is a senior electrical engineer and lighting designer with a focus in Sports, Entertainment and Higher Education projects. Her specialties in lighting design, lighting control, and energy analysis have provided clients with environments that improve visitor experiences, working conditions, and overall energy expenditures. By coupling engineering and design expertise, Christy creates visually compelling, integrated, and functional design solutions. She has led the lighting design efforts on many of the firm’s most notable and large-scaled projects. Christy holds a Bachelor of Architectural Engineering and a Master of Architectural Engineering with emphasis in Lighting/Electrical Design from Penn State University. Over the past 15 years, she has been recognized with numerous awards for her design work and is a frequent speaker at both regional and national conferences. She is actively engaged in the lighting design community, currently serving as President of the Illuminating Engineering Society, Philadelphia Section.

ANGELA MATCHICA, PE, LC, LEED AP DIRECTOR OF CULTURAL PROJECTS, PRINCIPAL

Angela Matchica is a Principal, Electrical Engineer, and Director of Cultural Projects at EwingCole.

She believes strongly in the collaborative design process and consistently works to incorporate high-quality lighting and electrical systems within the built environment. She has focused her career on cultural, academic, and high-efficiency buildings- understanding the importance of designing for flexibility, ease of use, and longevity. Angela’s passion for sustainable design pushes her to develop innovative techniques to minimize energy use and reduce the carbon footprint for long-term client success. She was the lead lighting designer for the firm’s largest net-zero-energy design project, incorporating methods to reduce the lighting power use and optimize daylight.

Angela is actively involved in the lighting community and presents at conferences and publishes articles on new technologies, lighting best practices for different building types, and net-zero design. Angela began her career in 2007 after completing her dual Master/Bachelor degree in Architectural Engineering from Pennsylvania State University.

RICHARD G. GARMAN, PE LIGHTING DESIGN PRINCIPAL

Rick is a senior electrical engineer who focuses on electrical power distribution and power generation for sports and entertainment venues, as well as healthcare, science & technology, corporate, education, cultural, and industrial projects. Rick also specializes in sports lighting design, energy efficiency and the design of solar power systems. He enjoys the integrated A/E design model and believes it brings value to his engineering designs. Rick has contributed to many notable projects and is also proud to have recently designed four net zero buildings that produce all their energy on-site through solar power generation. Rick has a Bachelor of Science from The Pennsylvania State University and joined EwingCole in 1996.

KYLE KAVANAUGH, PE LIGHTING DESIGN ASSOCIATE

As an Associate at EwingCole, Kyle oversees electrical engineering and lighting design in the Irvine office. He has a passion for sustainable designs and enjoys working on highly technical projects. Kyle has orchestrated the electrical design for many projects in the science & technology, healthcare, and government industries with recent designs in Cell Therapy manufacturing. He has designed Net Zero and LEED buildings and is an award winner for his lighting designs. With over 15 years of experience in electrical and lighting design, Kyle is licensed in multiple states and holds a Bachelor’s of Science in Electrical Engineering from the University of California, Irvine. He joined the EwingCole family in 2013.

CARL SPEROFF IV, PE, LC LIGHTING DESIGN ASSOCIATE

Carl combines his training in architectural engineering with his artistic vision to create engaging, unique, and energy efficient designs. He applies his philosophy of using both aesthetically pleasing and environmentally friendly lighting at various healthcare facilities, effectively blending his passion for lighting with his knowledge of controls and power distribution to create efficient, integrated designs.

New York Football Giants | Legacy Club at MetLife Stadium

LIGHTING DESIGN STRATEGIES Daylight Integration

a focus on creating an ideal sense of place and decreasing

Integration of a daylighting strategy is a critical

energy consumption.

component to ensure a desirable work environment while minimizing electricity use from artificial lighting systems.

Custom Light Fixture Design

We use daylight modeling software during the design

Our integrated design team works with a broad spectrum

process to inform the energy model and help

of clients in a variety of industries. Each client is unique,

make decisions about building interiors.

and each project often brings with its own vision and perspective. Our team works directly with manufacturers

Simulation Modeling

to develop custom lighting fixtures that are tailormade to

We take a purpose-driven approach to lighting design to

complete any space.

meet our clients’ aesthetic and energy saving goals. We use

Lighting Controls

computer simulation modeling to optimize and assess our

Design strategies that reduce or shift peak energy demand

design solutions to produce the best possible outcome with

are often very attractive from a life-cycle cost standpoint, especially when the local utility rate includes high demand

charges. Smart building control systems pay a critical role

- Net Zero/high-performance lighting

in managing electricity demand, reducing energy costs

- Lighting controls

and minimizing the built environment’s carbon footprint.

- Daylight integration and energy conservation analysis

Our integrated team works with clients to create lighting

- Computer simulation modeling and daylight analysis

systems that respond to occupancy patterns and determine

- Custom lighting fixture design

a demand-controlled strategy that reduces energy costs.

- Lighting system integration with building management controls for smart-building operation

Complete Lighting Design Services:

- Construction administration services including programming coordination, fixture aiming, and tuning

- Architectural lighting - Exterior lighting integration and master planning

CASE STUDY

SMITHSONIAN INSTITUTION DAVID H. KOCH HALL OF FOSSILS – NATIONAL MUSEUM OF NATURAL HISTORY WASHINGTON, DC The Smithsonian National Museum of Natural History is home to the Institution’s collection of dinosaur fossils. Major renovations in the 1960s, 80s, and early 2000s, dramatically altered the appearance and unique character of Dinosaur Hall and museum administrators sought to bring it back in a meaningful and responsible way. Prior alterations concealed a skylight above the hall, obstructing natural light and altering the feel of the gallery. EwingCole’s renovation uncovered the skylight and surrounding exterior windows, restored decorative plasterwork, and upgraded the museum’s aging infrastructure with modern technologies. Each of the museum’s main halls are now open and inviting. Prior to the renovations you always felt like you were in an artificial setting, but so much of the museum’s story is about Earth’s broader ecosystem. The spaces have remarkably changed.

They feel more expansive and alive.

PROJECT INTENT Managing light sources in a museum is critical to the aesthetic of the exhibit design, the care of the priceless collection materials, and the integration of the museum’s character.

Since it’s 1910 opening, the Smithsonian National Museum of Natural History’s main halls were bathed in natural light, showcasing its prehistoric specimens in full view.

The museum’s skylights remained prominent features of the structure throughout most of the 20th Century. Since the 1960s, however, the David H. Koch Hall of Fossils – Deep Time, formally known as Fossil Hall, had undergone several significant renovations, which drastically altered its appearance and concealed the Beaux-Arts designed hall’s enormous skylight, leaving some of the museum’s most

early light modeling and material investigation set the

notable specimens in the dark.

stage for managing light levels throughout the design and construction phases.

When planning and designing the 2019 renovation of the space, the design team decided to “uncover” these

Light levels allowable through the design were set

skylights and return a strong sense of daylight to the

during the feasibility study based on existing light levels

historic gallery.

within the Smithsonian’s sister halls. The design team determined that a maximum of 10 footcandles (FC), or 100

To do this responsibly, the design team first identified

lux, was enough to both illuminate the hall to adequately

what portions of the specimens were vulnerable to light

display the specimens while shielding them from harmful

damage. These specimens require care to preserve their

light radiation.

biological and geological material for both research and the enjoyment of future generations of museum visitors.

The team ultimately turned to a glazing system containing

The team also looked at how to create an environment

an advanced aerogel nanotechnology that serves as

where the public can enjoy some of the Smithsonian’s

both an insulator and light filter. We developed a custom

most important pieces. Lighting is used to showcase the

skylight glazing unit utilizing the aerogel technology. This

scale of the animals, the intricacy of their structure, and

material contains 90% air and is one of the lightest and

their context within a distant world. Finally, the team

most effective insulating materials currently available. It

identified a strategy to reduce energy use. The project was

both protects the biological and geological integrity of

a collaboration between lighting designers, engineers,

the specimens while regulating heat gain within the hall.

architects, exhibit designers, conservators, collection

This material mitigates both ultraviolet light and heat as it

managers, facility managers, and curators.

illuminates the gallery.

Since light was to be a prominent design element of the

Prior to the renovations, the space felt artificial. Controlled

restoration, designers needed to understand the potential

daylight now floods the hall for the first time in nearly

impact of daylight on the specimens. Using a complied list

two decades, the prehistoric specimens below remain

of resins, polymers and solvents typically used in museum

protected and the hall’s grandeur is restored. It’s soaring

mounting or specimen conservation efforts, we were able

ceilings, ornate moldings and sheer scale are once again

to analyze their sensitivity against varying light levels. That

available for the public to enjoy.

CASE STUDY

PHILADELPHIA PHILLIES CITIZENS BANK PARK PHILADELPHIA, PA In 1999, the Philadelphia Phillies decided they no longer wanted to share a stadium with the hometown football team. The goal for their new ballpark was to incorporate the best aspects of the great pre-war ballparks while providing modern amenities and making use of the latest technological advances in sports entertainment.

The 43,500-seat ballpark opened in 2004. Located in the Philadelphia Sports Complex, it creates an intimate, lasting, and entertaining baseball experience for fans.

The design, inspired by Philadelphia’s rich tradition of architecture and baseball, transforms an industrial site into an inviting streetscape.

PROJECT INTENT To heighten the visitor experience at Citizens Bank Park,

lighting sources, processing and server distribution and additional override key-switches.

EwingCole provided amenity upgrades, maintaining the Philadelphia Phillies’ home as a top tier stadium in Major League Baseball. One of the key improvements included upgraded sports and general LED lighting system.

Governing sports organizations mandate specific and consistent light levels across the playing area for every game. Meeting those levels requires coordination between the lighting fixtures and the lighting controls. Although

Large facilities like CBP have multiple end-users with divergent and mutually exclusive priorities with regard to lighting. The production team may want complex

the design team was coordinating with two separate manufacturers, fixtures and controls were specified as a complete working system.

programming and integration with third-party systems while the maintenance and operations departments want simplicity and clearly defined scopes of responsibility.

The control system needs to handle the base building lighting control as well as the Dynamic Sports Lighting.

The stadium needed a sequence of operations for the

EwingCole managed the design and procurement of the new LED sports lighting and control system for the Phillies that met functional goals of reliability and safety, ease of maintenance and high-quality television broadcast lighting with minimal glare to the players and spectators.

System reliability was the number one concern. While reliability is always important, with sports lighting and public entertainment venues in particular, the stakes are undeniably higher. Sporting events and live shows are scheduled long in advance and may be recorded or broadcast. A lighting failure is costly and potentially dangerous. To mitigate the potential of system failure, the design team employed a series of redundancies throughout the system such as additional normal power panels on

base building and programming direction or criteria for the Dynamic Sports Lighting. This installation included a DMX control system allowing dynamic lighting effects such as home run, strike-out and victory celebration features, creating an immersive in-game experience for spectators.

In addition to the dynamic show capabilities, the system provided multiple scenes to align with the stadium’s ever-changing needs such as maintenance, security and numerous concert modes.

The final installation provided improved lighting levels and uniformities, minimized glare, and reduced energy consumption. The game-time setting reduced overall energy expenditures by nearly 60%, saving just over 800KW.:

CASE STUDY

MEMORIAL SLOAN KETTERING CANCER CENTER MSK - NASSAU NASSAU COUNTY, NY Memorial Sloan Kettering Cancer Center has devoted more than 130 years to exceptional patient care, innovative research, and outstanding educational programs. Their goal is to conveniently locate outpatient facilities so that their patients can receive MSKCC’s high quality of care closer to home. This new 127,000 sf building design is rooted in the farmers’ markets common to this area of Long Island, while the characteristics and textures of home provide the character and details within each space. Interior gardens and informal gathering spaces were created within infusion to provide visual interest to patients receiving treatment.

PROJECT INTENT To provide patients choice and distraction, and in response to the surrounding expanses of parking and suburban retail, the design concepts for this 127,000SF cancer center were rooted in the sensibility of smaller residential scale “rooms” bringing a more comforting personal scale to the care provided. The challenge was to provide a universal but distinct design; one that implemented the client’s

space is reminiscent of residential settings, whether it be the loft, den, veranda, or library. The themes for each room evolved from the amount of daylight entering the space and its openness to the exterior. The lighting design was tailored to each waiting area, with distinct decorative luminaires or lighting features highlighting each space.

Pendants were selected to match the finishes within a space.

design standards, created a calming patient environment, and provided a themed solution unique to the facility. The design needed to be energy efficient, low maintenance, and user- friendly. In circulation areas, client standard downlight, linear, and cove luminaires create wayfinding points and provide general illumination levels required for a healthcare facility. 3,500 sources strike a balance between abundant daylight and the residential feel of the space.

The veranda employs ample daylight and an illuminated ceiling; the den utilizes decorative sconces to create a cozy environment. Client standard downlights with custom painted reflectors match the ceiling or trim while addressing maintenance concerns. A networked, 0- 10V lighting control system provides zoned control throughout the facility. Each layer of light can be adjusted and tuned to the specific space requirements or time of day. Perimeter

Using LED sources and client standards reduced maintenance and attic stock and provided cost, space, and time savings for the regional facilities group. Each waiting

luminaires are controlled via photocell. LPD of 0.61 is 35% better than ASHRAE allowance and the project achieved LEED Silver rating.

Jefferson Health | Ambulatory Care Center awards: IES Philadelphia Section Award Illuminating Engineering Society Philadelphia Chapter

LIGHTING DESIGN CLIENTS Alcon American Red Cross Children’s Hospital of Philadelphia City of Hope Columbia University Cornell University Department of Defense Education Authority (DoDEA) Duke University Franklin Institute Illumina Jefferson Laboratories Johns Hopkins University Johnson & Johnson Kite Pharma LabCorp Lenovo Liberty Science Center Lincoln Financial Group Live Nation Memorial Sloan Kettering Cancer Center National Aeronautics and Space Administration (NASA) NAVFAC New York Football Giants New York Mets NewYork-Presbyterian Northwell Health Olympus America Pfizer Philadelphia Museum of Art Philadelphia Phillies Rosenbach Museum & Library SCA Americas Smithsonian Institution University of North Carolina University of Pennsylvania University of Pennsylvania Health System United States Army Corps of Engineers United States Department of Energy United States Military Academy United Therapeutics Corporation Veterans Administration (VA) Villanova University

Smithsonian Institution | West Court Café awards: Certificate of Merit for Interior Lighting Design Illuminating Engineering Society Philadelphia

Villanova University | Finneran Pavilion awards: Section Award for Lighting Control Innovation Illuminating Engineering Society Philadelphia Certificate of Merit for Lighting Control Innovation Illuminating Engineering Society International Certificate of Merit for Interior Lighting Design Illuminating Engineering Society

REGENXBIO | Headquarters awards: IES Section Award for Interior Lighting Design Illuminating Engineers Society Philadelphia Chapter

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