An Ideas Based Practice

Sustainable Design

Overview

Sustainable – or “green design” – seeks to reduce the consumption of non-renewable resources, minimize waste, and create healthy, productive environments. An integrated, holistic approach, sustainable strategies can be applied at every stage of the building life cycle, from initial site selection and building design through construction and operations, to final decommissioning.

Sustainable design principles seek to:

  • optimize site potential
  • protect and conserve water
  • minimize non-renewable energy consumption
  • enhance indoor environmental quality
  • use environmentally preferable products
  • optimize operational and maintenance practices.

The U.S. Green Building Council has codified these principles in the Leadership in Energy and Environmental Design (LEED) rating system. LEED was created to define “green design”, establishing a national standard of measurement that recognizes achievement in integrated, whole-building design practices by calculating performance points in five categories. Based upon total points earned, a building can attain LEED certification at one of four levels.

Cannon Design’s focus on sustainability long predates LEED, however, and we have been designing green buildings for over three decades. In the 1970s, before the first energy crisis, we routinely incorporated energy recovery measures into building systems design. In the 1980s, we designed innovative systems for an all-glass building that was hailed as the most efficient office building in the world – consuming just one third of the energy used by conventionally designed structures of similar size and function. In the 1990s, we were commissioned by the New York State Energy Office to author the state’s Guidelines for Energy Efficient Building Rehabilitation, a publication honored with one of the first Progressive Architecture awards for research.

We are the only firm whose work has been honored with two Owens-Corning Energy Conservation Awards. The Occidental Chemical Center became one of the first buildings to receive the prestigious Energy Star, a joint citation by the U.S. Department of Energy and Environmental Protection Agency honoring building designs that demonstrate excellence in energy performance. The Center for Environmental Science and Technology Management at SUNY Albany received Consulting-Specifying Engineer’s Integrator Award, a national citation honoring innovation in architectural-engineering design. Most recently, a second Energy Star recognized our work on the corporate campus of Ecology and Environment, an internationally known environmental consulting firm.

Cannon Design’s commitment to sustainable design and development is a reflection of our core values and dedication to client service. Our “single firm, multi-office” (SFMO®) practice approach enables us to focus the full capabilities of our staff to meet client needs, drawing resources from any of 15 regional centers nationwide. Over 100 of our professionals are now LEED-accredited, forming a multidisciplinary core group that represents all facets of building design and delivery.

From the outset of a project, we strive to establish close relationships with our clients to ensure a continuing dialogue focused on design quality, cost parameters, operational considerations and schedule requirements. We employ a highly interactive, collaborative design approach and routinely team with our in-house cost estimating group, applying value engineering analysis to ensure we recommend the most cost effective technologies. Since sustainable design strategies can yield substantial cost savings over the building life cycle and many of today’s technologies carry little or no cost penalty, these skills and talents inform and add value to our work.

As a member of the U.S. Green Building Council, Cannon Design has embraced and seeks to foster the spirit of innovation, experimentation and creativity needed to achieve new levels of sustainable design. We strive to create environments that are a thoughtful response to their program mission, physical setting and functional purpose, seeking the optimal balance of cost, environmental and societal benefits. Our success stems directly from our commitment to client partnering, to design excellence, and to the creation of environments that enhance human culture and improve the quality of life. This is Cannon Design’s legacy and our vision.

Energy Modelling

By using the latest in BIM software in conjunction with a powerful suite of software applications, Cannon Design can predict how a building concept will perform and operate once built – maximizing quality and encouraging innovation while minimizing the environmental footprint.

Our process enables our clients to understand how the building will perform and Cannon Design’s professionals to make well-informed design decisions quickly. Using the information generated by our suite of analysis tools, our clients can:

  • Consider the consequences of different design options
  • Assess their risks by exploring “what if?” scenarios throughout the design process
  • Improve building performance and occupant satisfaction
  • Reduce capital and operating costs
  • Minimize the environmental impact of building design, construction and operation

“The greatest opportunities for saving costs over the life of a building occur at the beginning of the design process,” states The American Institute of Architects Energy Design Handbook.

Energy modeling is an effective tool that can be used at any stage of the design process, from concept to completion and throughout the building life cycle.

LEED Certification

Cannon Design is a member and active leader of the United States Green Building Council (USGBC), the Canadian Green Building Council (CaGBC), and the Cascadia Region Green Building Council. We are committed to the principles of sustainability in the design and execution of our operations and our work. Cannon Design embraces the LEED (Leadership in Energy and Environmental Design) certification program as the benchmark for sustainable buildings and aspires to design all of its projects to the highest possible level of LEED certification. Our projects are benchmarked against the LEED guidelines and when established as a project goal by the client and project team, we pursue LEED certification from the US Green Building Council. Our portfolio includes LEED certified projects across a variety of building types as well as numerous others still in design and construction registered for future certification with the USGBC. Consistent with the Guiding Principles of our Vision and commitment to the conservation of resources, protection of the environment and leadership in sustainable design, over 100 of our staff in multiple disciplines are LEED Accredited Professionals. All Cannon Design professionals will be LEED Accredited by the end of 2008.

Materials Analysis

Cannon Design takes a life-cycle approach to materials analysis, employing a selection process that fully integrates clients’ requirements for functionality, quality, and sustainability.

After ascertaining clients’ specific product performance and sustainability objectives, we evaluate an array of products along multiple dimensions, including recycled content, volatile organic compound (VOC) content, biodegradability, potential for future reuse, energy efficiency, cost, durability, and quality. In determining sustainability of products, we also evaluate the sustainable practices of the products’ manufacturers, seeking locally extracted and manufactured materials, low-energy manufacturing practices, and manufacturer-issued material conservation policies and warranties.

Potential product choices are thoroughly analyzed and collaboratively reviewed with clients to determine final selections and to quantify their contribution to the project’s overall sustainable design profile.

Integrated Design

Sustainable design is now established as an integral process requiring input from all project stakeholders in the design, construction and operations sequence of new building development. Meeting sustainability targets is now often a regulatory requirement – and one likely to become more significant in the future. As pioneers in the field, Cannon Design’s thoughtful building systems design strategy sets a high standard for environmental performance.

We play a vital role in enabling our clients to commission environmentally responsible buildings. We analyze the environmental impact of building design options from the conceptual design phase throughout the project and often into the post-occupancy period. Using advanced modeling techniques, we evaluate the energy performance of design alternatives and decisions. We use the world leader in rating systems, LEED, as the basis of design for every project, regardless of certification requirements. We make extensive use of the proper balance of passive energy control strategies in concert with appropriate applications in state of the art building systems technologies. Our project-appropriate, integrated building system design solutions result in an energy-efficient, safe and productive interior environment.

Punit Jain, LEED

Punit Jain, LEED

With nearly two decades of experience in the practice of architecture, Jain has been involved in a variety of project types and project roles. As Cannon Design’s sustainable design coordinator, he promotes high-performance design through LEED accreditation, conducting training for the firm’s professionals, and championing sustainable design practices. Jain was recently appointed to the National Board of the United States Green Building Council (USGBC) — the originator of the LEED system and one of the most influential institutions in the sustainable movement. Jain serves as a visiting critic for the schools of architecture at Washington University and the University of Illinois at Champaign, Urbana. He is a frequent presenter at major industry forums including Labs 21, the Sierra Club, the Missouri Biotechnology Association, and USGBC, where he also serves as president of the St. Louis chapter.

Christopher Rowe, MAIBC, LEED, MRAIC

Christopher Rowe, MAIBC, LEED, MRAIC

Vice President

Known for his progressive architectural leadership of innovative, sustainably designed civic and community projects, Chris Rowe spearheaded the development of the Vancouver Island Technology Park, Canada’s first LEED Gold certified facility and a BOMA Earth Award winner. Currently, Rowe is sustainable design leader for the Richmond Speed Skating Oval, signature venue for the 2010 Winter Olympics, and design leader on the Pacific Sport Institute at Camosun College, a comprehensive sports facility being designed to a LEED Gold standard. A recipient of the Royal Architectural Institute of Canada Medal, Rowe has chaired the City of Victoria’s Advisory Design Panel and Public Art Advisory Committee. He is active as a charrette facilitator for Canadian municipalities, served as co-executive editor of ArchitectureBC, and currently teaches at the University of British Columbia School of Architecture. Rowe is active in the Cascadia Region Chapter of the USGBC and CaGBC, and is a member of the founding Board of Trustees of the Vancouver Island Branch of the Cascadia Chapter.

John M. Swift, Jr., PE, LEED

John M. Swift, Jr., PE, LEED

With over 20 years of experience in mechanical systems design and construction, John Swift is responsible for advancing Cannon Design’s engineering practice, leading strategic initiatives throughout New England as well as serving as a national design leader. Current work includes a 140,000 sf Student Recreation Center targeted for LEED Gold certification for Worcester Polytechnic Institute; a 400,000 sf Biotechnology Research Laboratory for the King Faisal Specialist Hospital in Riyadh, Saudi Arabia; and a net-zero-energy Lower School Building at the Bullis School in Potomac, MD.

Swift is a member of the American Society of Heating, Refrigeration and Air-Conditioning Engineers (ASHRAE), the National Fire Protection Association, and the American Society of Hospital Engineers. He is the editor of the ASHRAE GreenGuide, the vice-chair of ASHRAE TC 2.8 Building Environmental Impacts and sustainability, and the chair for the proposed ASHRAE SPC 191 Standard on Water Efficiency. He is an NIH reviewer for the recent ARRA laboratory funding submissions and was on Massachusetts Governor Deval Patrick’s Net Zero Energy Task Force. A well-recognized speaker in professional forums, Swift presented “Air Distribution Strategy Impact on Operating Room Infection Control” and “The ASHRAE GreenGuide: One Means of Establishing a Link Between Sustainable Design Practitioners” at the CLIMA 2007 – WellBeing Indoors Conference in Helsinki, Finland.

jswift

Energy Modeling

By using the latest in BIM software in conjunction with a powerful suite of software applications, Cannon Design can predict how a building concept will perform and operate once built – maximizing quality and encouraging innovation while minimizing the environmental footprint.

Our process enables our clients to understand how the building will perform and Cannon Design’s professionals to make well-informed design decisions quickly. Using the information generated by our suite of analysis tools, our clients can:

  • Consider the consequences of different design options
  • Assess their risks by exploring “what if?” scenarios throughout the design process
  • Improve building performance and occupant satisfaction
  • Reduce capital and operating costs
  • Minimize the environmental impact of building design, construction and operation

“The greatest opportunities for saving costs over the life of a building occur at the beginning of the design process,” states The American Institute of Architects Energy Design Handbook.

Energy modeling is an effective tool that can be used at any stage of the design process, from concept to completion and throughout the building life cycle.

LEED Certification

Cannon Design is a member and active leader of the United States Green Building Council (USGBC). We are committed to the principles of sustainability in the design and execution of our operations and our work. Cannon Design embraces the LEED (Leadership in Energy and Environmental Design) certification program as the benchmark for sustainable buildings and aspires to design all of its projects to the highest possible level of LEED certification. Our projects are benchmarked against the LEED guidelines and when established as a project goal by the client and project team, we pursue LEED certification from the US Green Building Council. Our portfolio includes LEED certified projects across a variety of building types as well as numerous others still in design and construction registered for future certification with the USGBC. Consistent with the Guiding Principles of our Vision and commitment to the conservation of resources, protection of the environment and leadership in sustainable design, over 100 of our staff in multiple disciplines are LEED Accredited Professionals. Consistent with the Guiding Principles of our Vision and commitment to the conservation of resources, protection of the environment and leadership in sustainable design, over 275 of our staff in multiple disciplines are LEED Accredited Professionals, and it is the goal of the firm to have all of our professionals LEED Accredited.

Materials Analysis

Cannon Design takes a life-cycle approach to materials analysis, employing a selection process that fully integrates clients’ requirements for functionality, quality, and sustainability.

After ascertaining clients’ specific product performance and sustainability objectives, we evaluate an array of products along multiple dimensions, including recycled content, volatile organic compound (VOC) content, biodegradability, potential for future reuse, energy efficiency, cost, durability, and quality. In determining sustainability of products, we also evaluate the sustainable practices of the products’ manufacturers, seeking locally extracted and manufactured materials, low-energy manufacturing practices, and manufacturer-issued material conservation policies and warranties.

Potential product choices are thoroughly analyzed and collaboratively reviewed with clients to determine final selections and to quantify their contribution to the project’s overall sustainable design profile.

Integrated Design

Sustainable design is now established as an integral process requiring input from all project stakeholders in the design, construction and operations sequence of new building development. Meeting sustainability targets is now often a regulatory requirement – and one likely to become more significant in the future. As pioneers in the field, Cannon Design’s thoughtful building systems design strategy sets a high standard for environmental performance.

We play a vital role in enabling our clients to commission “environmentally responsible” buildings. We analyze the environmental impact of building design options from the conceptual design phase throughout the project and often into the post-occupancy period. Using advanced modeling techniques, we evaluate the sustainability of design alternatives and decisions. We use the world leader in rating systems, LEED, as the basis of design for every project, regardless of certification requirements. We make extensive use of the proper balance of passive energy control strategies in concert with appropriate applications in state of the art building systems technologies. Our project-appropriate, integrated building system design solutions result in an energy-efficient, safe and productive interior environment.

Case Studies

Adelphi University
Adelphi University
Brigham and Women's Hospital
Brigham and Women's Hospital
California State University, Dominguez Hills
California State University, Dominguez Hills
Cannon Design
Cannon Design
City of Calgary
City of Calgary
City of Richmond
City of Richmond
City of Santa Monica
City of Santa Monica
Ecology & Environment, Inc
Ecology & Environment, Inc
Evanston/Skokie School District 65
Evanston/Skokie School District 65
Illinois Institute of Technology
Illinois Institute of Technology
National Cathedral School
National Cathedral School
Occidental Chemical Corporation
Occidental Chemical Corporation
Plymouth State University
Plymouth State University
Saint Louis University
Saint Louis University
Simmons College
Simmons College
State University of New York at Albany
State University of New York at Albany
State University of New York College at Oswego
State University of New York College at Oswego
Suffolk University
Suffolk University
University of Maine
University of Maine
University of Maryland
University of Maryland
University of Wisconsin, Oshkosh
University of Wisconsin, Oshkosh
University of Wisconsin, Whitewater
University of Wisconsin, Whitewater
Worcester Polytechnic Institute
Worcester Polytechnic Institute
Yale University
Yale University