Projects : by Service : Audiovisual/Multimedia


It’s all about the Network, Transport, Storage, Retrieval, Infrastructure, Audio, Video, Control, User Interface, Space Planning – Audiovisual/Multimedia is all about a lot of different things. Regardless of the application; Corporate Communication, Distance Learning, Education, Medical, Command and Control, C4I, the baseline questions are how is information disseminated across a building, campus or city, and then how is it accessed, stored and then ultimately retrieved for later use. In today’s world that information is more often than not a hybrid of audio, video and data all rolled in to one ‘packet’ of information.

Networked Multimedia

In many respects today’s audiovisual system has evolved to becoming a node on a well formatted and robust data network allowing for room build-out to occur as requirements evolve and funding permits.

Audiovisual/Multimedia is not just about a data network though in many applications of audiovisual/multimedia the data network has become the transport mechanism of choice and has replaced the ‘traditional’ point to point switching and distribution systems prevalent up until just a few years ago. With fairly recent significant improvements in the ability to encode and decode analog format signals while maintaining their integrity over distance, the data network has become the transport system of choice for most applications. Regardless of what that transport system may ultimately be, once the information gets to its final destination, the laws of physics still apply and the basic principles that brought audiovisual forward 40 years ago are still required. The Ergonomics of Visual Acuity, Aural Intelligibility, Human Factors of seating, reach and head rotation are some of the physical key components of a properly designed facility, all of which fall within SM&W’s audiovisual/multimedia expertise.

Digital Retrieval

As more and more information is required to be digitally mined and ultimately stored, digital retrieval systems make it possible to access the vast quantity of images, audio files, and full-motion video and traditional text documents from a catalogued database. There are several layers of design involved in implementing these systems. Not only does digital retrieval require an advanced multimedia network, it also requires a high-bandwidth, high-speed data network to process catalogue requests and route multi-megabyte information files, as well as an intuitive user interface to guide the users through the process.

Distance Learning

Through distance learning, a single instructor can provide instruction to a very large group of students beyond the confines of a classroom. Almost every classroom has the potential to become a distance learning center if the necessary infrastructure is provided.

There are several modes of providing distance learning, from full-blown dedicated television classrooms to a standard classroom outfitted with videoconferencing equipment. Often the instructor can operate the television technology directly, without assistance, while more complex facilities use a support technician. Either way, we recognize that teachers must be free to focus on teaching, not fumbling with technology. A properly formatted distance learning facility in conjunction with a robust digital storage & retrieval system can easily provide educational opportunities on a global, 24/7 ad-hoc basis on demand.

Network, Command & Emergency Operations Centers

With no question the requirements for Network, Command and Control as well as Emergency Operations are separate and distinct entities, each with its own unique requirements. Regardless of the ultimate application to a greater or lesser extent C4I (Command, Control, Communications, Computers and Intelligence) is fast becoming a baseline business requirement to maintain a competitive advantage. One important capability that C4I systems provide is situational awareness--information about the location and status of various assets and resources that often can be quite remote from the monitoring location.

Organizations now look beyond the basic conference room equipped with a wall chart and overhead projector, to a specialized environment. These specialty spaces are providing an invaluable decision making tool: the ability to view real-time high-resolution information from an extraordinarily wide range of sources, and to manipulate and display these images at an appropriate resolution and size as required by the source as well as the viewers. One of the prime benefits is that a group can comfortably focus on information normally contained on a desktop PC monitor with a high level of comfort and knowledge that all that need to be involved see the same information at the same time.

User Interface

Having all the information in the world stored and/or readily available is useless without the proper tools available to access that information. Throughout the project process it is incumbent upon the design team to develop a clear understanding of the users of these systems. As the understanding of the actual user requirements comes in to focus and the systems to be accessed are better understood, the appropriate content management and user interface systems can be developed. A touchscreen, a combination of a keyboard, mouse and large desktop display, a large format wall mounted control surface, Gesture Technologies, whatever it may become will all be driven by that clear understanding, with ultimate user control exercised via a well-developed graphic interface that will take the users intuitively through the complexity of control, from a single local source such as a DVD player to thousands of video & data feeds in a complex C4I environment.

Musical Instrument Museum

Location: Phoenix , Arizona
Architect(s): RSP Architects

The Learning and Knowledge Center, Stanford University School of Medicine

Location: Stanford , California
Architect(s): NBBJ

De Montfort University

Location: Leicester , England
Architect(s): De Montfort University Estates Team

George E. Bello Center for Information Technology at Bryant College

Location: Smithfield , Rhode Island
Architect(s): Gwathmey Siegel & Associates

Museum of Islamic Art

Location: Doha ,
Architect(s): I.M. Pei, Pei Cobb Freed & Partners Architects

The Isle Casino & Racing at Pompano Park

Location: Pompano Park , Florida
Architect(s): Cope Linder Architects, Interiors by Carey Jones Architects, Ltd.

De Young Museum

Location: San Francisco , California
Architect(s): Herzog & DeMeuron, Basell; Fong & Chan

Atlas Performing Arts Center

Location: Washington , DC
Architect(s): CORE Architecture/Design

George Mason University Innovation Hall (Academic IV)

Location: Fairfax , Virginia
Architect(s): Cooper Robertson & Partners, Gauthier, Alvarado & Associates

New York City Office of the Chief Medical Examiner DNA Forensics Biology Laboratory

Location: New York , New York
Architect(s): Perkins Eastman

Rochelle High School

Location: Rochelle , Illinois
Architect(s): OWP/P

Discovery Communications Headquarters

Location: Silver Spring , Maryland
Architect(s): SmithGroup (basebuilding), Gensler (facilities planning and interiors)

Atlantic Health Jets Training Center

Location: Florham Park , New Jersey
Architect(s): Skidmore, Owings & Merrill

Georgia Institute of Technology, Technology Square

Location: Atlanta , Georgia
Architect(s): Thompson, Ventulett, Stainback and Associates

Woodside Theater

Location: Woodside , California
Architect(s): DES Architects and Engineers

Reliance Infocomm National Network Operations Center

Location: Mumbai ,
Architect(s): Ratan J. Batliboi

Dr. Martin Luther King Jr. Library

Location: San Jose , California
Architect(s): Gunnar Birkerts + DSA Architects, Carrier Johnson, Anderson Brule Architects

Chickasaw Nation Carl Albert Indian Health Facility

Location: Ada , Okalahoma
Architect(s): PageSoutherlandPage

Grand Lisboa, Macau

Location: Macau ,
Architect(s): Dennis Lau & Ng Chun Man Architects & Engineers

The Borgata Hotel & North Expansion

Location: Atlantic City , New Jersey
Architect(s): Bower Lewis Thrower Architects

Radio WPRB, Emma B. Bloomberg Hall

Location: Princeton , New Jersey
Architect(s): Michael Dennis & Associates

Hong Kong Jockey Club Drug InfoCentre

Location: Hong Kong ,
Architect(s): Architectural Services Department, Kingsmen (interiors), MET Studio Design Ltd. (exhibition design)

American Institute of Architects San Francisco Chapter Offices and the Center for Architecture + Design

Location: San Francisco , California
Architect(s): Quezada Architecture, San Francisco

H. Roe Bartle Hall Convention Center Expansion

Location: Kansas City , Missouri
Architect(s): HNTB

Technical Training Center, ExxonMobil Upstream Research Company

Location: Houson , Texas
Architect(s): PageSoutherlandPage

Loretta C. Ford Education Wing of Helen Wood Hall, University of Rochester

Location: Rochester , New York
Architect(s): King & King Architects, LLP

Hong Kong Science Park

Location: Hong Kong , China
Architect(s): Leigh & Orange Architects

Encore at Wynn

Location: Las Vegas , Nevada
Architect(s): Wimberly Allison Tong & Goo

Steven F. Udvar-Hazy Center National Air and Space Museum

Location: Chantilly , Virginia
Architect(s): Hellmuth, Obata + Kassabaum

Memorial Sloan Kettering Cancer Center

Location: New York , New York
Architect(s): Jeffery Berman Architects, Granary Associates, KMD Architects

Huawei Technologies Corporate Data and Command Center

Location: Shenzhen , China
Architect(s): RTKL


Location: Chicago , Illinois
Architect(s): Legat Architects

John R. Georgene M. Tozzi Electronic Business and Finance Center, University of Michigan Business School

Location: Ann Arbor , Michigan
Architect(s): University of Michigan

New York-Presbyterian Hospital/Weill Cornell Medical College Ophthalmology Center

Location: New York , New York
Architect(s): Polshek Partnership, Ballinger

Medical Institute for Neurodevelopmental Disorders (MIND), University of California, Davis

Location: Davis , California
Architect(s): Hammel Green and Abrahamson (HGA)

Howard Hughes Medical Institute, Janelia Farms Research Campus

Location: Ashburn , Virginia
Architect(s): Rafael Viñoly Architects

Bingham McCutchen LLP

Location: New York , New York
Architect(s): Milev Architects

Kent County Leighton Judicial Complex

Location: Warwick , Rhode Island
Architect(s): Hellmuth, Obata + Kassabaum

Singapore Discovery Center

Location: Singapore ,
Architect(s): Ralph Appelbaum Associates

Microsoft Technology Center

Location: Taipei ,
Architect(s): M Moser Associates

Mohegan Sun at Pocono Downs, Phase II

Location: Wilkes-Barre , Pennsylvania
Architect(s): James Murphy, JCJ Architecture

BorgWarner Inc. Worldwide Headquarters

Location: Auburn Hills , Michigan
Architect(s): Studio B

San Jose Civic Center

Location: San Jose , California
Architect(s): Richard Meier & Partners Architects

International Monetary Fund Headquarters I and II

Location: Washington , DC
Architect(s): Pei Cobb Freed & Partners, DBI Architects

Carnegie Hall, Judith and Arthur Zankel Hall

Location: New York , New York
Architect(s): Polshek Partnership Architects

Knight Equity Markets, L.P.

Location: Jersey City , New Jersey
Architect(s): Ted Moudis Associates

The Cathedral of Christ the Light

Location: Oakland , California
Architect(s): Skidmore, Owings & Merrill (Design Architect), Kendall/Heaton Associates (Architect of Record)

Dubai Healthcare City University Teaching Hospital

Location: Dubai ,
Architect(s): Ellerbe & Becket

California Nano Systems Institute (CNSI) at the University of California

Location: Los Angeles , California
Architect(s): Rafael Viñoly

Las Vegas Convention Center

Location: Las Vegas , Nevada
Architect(s): HNTB
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