San Diego, CA

October 26, 2012

Credits Earned*:

5 AIA/CES LU/HSW Hours,

3 AIA/CES LU/HSW/ SD Hours,

2 GBCI CE Hours for LEED Professionals,

Complimentary lunch provided by Dryvit System, Inc.

Agenda

7:30 – 8:00 AM                     Registration

8:00-9:00 AM

Glazing with Acrylic Foam Structural Tape

1 AIA/CES LU/HSW Hour

Provider: 3M | Course: IMM08A

Presenter: Carl Piplick

•        Compare the different types of structural glazing and architectural panel application options

•        Describe the methods and standards by which acrylic foam tape for structural glazing is measured and why this is important to a project

•        Explain the advantages of using acrylic foam tape in terms of project installation, time and costs, architectural appearance, and structural performance

•        Discuss the proper installation process as well as design considerations when using acrylic form tapes for structural glazing and architectural panel applications.

9:10-10:10 AM

Sustainable Materials in Restrooms, Locker Rooms and Other Applications

1 AIA/CES LU/HSW/SD Hour

1 GBCI CE Hour for LEED Professionals

AIA Course Number:ISP10B - USGBC Course ID: 0090007573
Provider: InfoSpec, Inc.
Sponsor: Scranton Products

Presenter:  Leslie Thompson

·         Define and describe the material characteristics of High Density Polyethylene (HDPE).

·         Describe how HDPE recycled content reduces environmental impact.

·         List several ways HDPE materials offer both initial and long term improvements to the indoor air quality of any project.

·         Explain how responsible manufacturing is a critical part of any product’s life cycle assessment and give several examples of these environmental improvements over traditional manufacturing processes.

10:20 – 11:20 AM

Exterior Continuous Insulated Claddings for Energy Efficiency and

Architectural Diversity 

1 AIA/CES LU/HSW/SD Hour

1 GBCI CE Hour for LEED Professionals (GBCI Course ID: 0090005704)

Provider: Dryvit System, Inc. | Course: BL0002

Presenter: Robert Dazel

·         Deconstruct the "perceived" value of traditional insulation methods and reduced performance within framed wall assemblies and reconstruct new strategies for developing true "effective" insulation value and high performance.

·         Identify and define model energy code and green design standard's requirements for exterior continuous insulation.

·         Differentiate between "prescriptive"  R-value "performance"  U-factor wall design paths and recognize where continuous insulation must be integrated.

·         Discover the interrelationship between exterior insulated cladding and the use of continuous insulation to achieve energy efficient, cost effective and aesthetically pleasing design solutions.

11:30 – 12:30 PM                Lunch   Dryvit

12:30 – 1:30 PM

Steep Slope Stone Coated Metal Roofing Systems

1 AIA/CES LU/HSW Hour

Provider: InfoSpec, Inc.| Course: IMU07C

Sponsor:  Metals USA

Presenter:  Steve Kelchlin

•        Define stone coated Metal

•        Depict how stone coated Metal roofing is manufactured

•        Explain the benefits of stone coated metal roofing

•        Demonstrate new and innovative ideas to take into the design process for schools, hospitals and other commercial applications, and to help you through that process

•        Discuss how specifying stone coated metal roofing systems may contribute towards a project earning LEED certification

•        Describe how Stone Coated Metal Roofing Systems are energy efficient

·         & Energy Star qualified

·         Explain the cost benefits of Stone Coated Metal roofing systems

1:40 – 2:40 PM

Up Close and Personal with Hard Surfacing Materials – A Tour

1 AIA/CES HSW/SD Hour

Provider: InfoSpec, Inc. | Course: ICS06B

Sponsor: Cosentino

Presenter: Darin McNulty

·         This facility tour will better inform the designer about the various “Hard” surfacing materials that are available and how they have evolved.

·         This live course will provide a visual walking tour where individuals can actually interact with the raw materials and see how they are transformed into finished products.

·         Integrating key sustainable concepts such as water conservation, life cycle analysis indoor air quality and sustainable materials certifications., this course will compare and contrast both the aesthetic and physical properties of the various materials with other hard surfacing materials and illustrate how these attributes can greatly affect the end user, the project, and the environmental impact.