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Synthetic Slate Roofing Tiles
Synthetic slate roofing tiles are an attractive option in the premium roofing tiles market. This is demonstrated in an overview of the plusses and minuses of three popular premium roofing products: slate, cedar shake, and synthetic slate tiles. The course then looks at key aspects of how synthetic slate tiles are produced, from the raw materials, to the molding technologies, to the way colored tiles are packaged. The course continues with a brief review of the evolution of synthetic slate performance from the earlier days of plastics technology, focusing on developments in both color stability and how a tile's shape contributes to wind performance. Numerous aspects of the installation process are reviewed so that the designer can be aware of such considerations as ambient temperature guidelines, considerations pertinent to fire ratings, and how colors get arranged on the roof. This section continues with information about exposure and roof performance, and some of the more important roof accessories. Finally, the course reviews how these tiles can contribute to green performance and some standard features of warranties.
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Principles of Attic Ventilation
Participants will be provided an examination of the year-round benefits of attic
ventilation. Participants will be equipped to evaluate and discern the types of ventilation
products and how to design and specify optimal ventilation systems.
attic performance. Participants will understand the interrelationships between roofing, ventilation and
insulation systems within an attic; how they interact and how they must be integrated into an efficient system.
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New Dimensions in Asphalt Shingles
Participants will be provided with an overview of asphalt shingles; their composition, quality
issues, design considerations, and color and style trends. Participants will be able to evaluate
and discern shingle quality, proper installation, and roof system design.
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Designing with Vinyl Siding
This program has been developed to provide architects and design professionals with an overview of vinyl siding and accessories. It will assist design professionals in discerning the appropriate use of vinyl siding with respect to design and historical considerations, quality issues, proper installation techniques and manufacturing processes.
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Fiber Cement Siding: Traditional Aesthetics
This program has been developed to provide an overview of fiber cement siding and accessories. It will assist design professionals in discerning the appropriate use of fiber cement siding with respect to design and historical considerations, quality issues, proper installation techniques and manufacturing processes.
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Introduction to Decking and Railing Systems
This program has been developed to provide architects and engineers with an introduction to two types of synthetic decking and railing materials for residential and light commercial applications: composite lumber and vinyl (polymeric) systems.
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Windows: An Inside View
A program developed that helps design professionals to identify key elements of window selection and
design, window performance requirements, energy efficiency considerations, component and
construction considerations and minimum requirements for installation.
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Low Slope Bituminous Roof Systems
A program designed to provide an over view of Bituminous Membrane roofing systems.
At the end of this program the participants will be able to define low slope roofs, describe the different
types of low slope bituminous roof systems, identify basic design considerations for low slope roof
systems and identify material performance standards and code approvals for roofing materials.
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Building Material Basics: Vinyl 101
A course that provides the history of vinyl including manufacturing processes, applications, case studies and technology.
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Low Slope Roofing Insulation Using Polyisocyanurate
Participants will learn the background and current best practices of insulation in low slope roofing applications, with specific focus on polyisocyanurate- the most prevalent form of low slope roofing insulation today. They will learn the terminology and application basics of low slope insulation and gain an understanding of how and when polyisocyanurate is used.
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Procedures for successful Built-Up Asphalt Roofing and Repairs
This course focuses on the successful application of the three most common kinds of asphalt roofing, and the numerous deficiencies that affect roofing systems. It also reviews the principles, best practices, and common failures of built-up roofing (BUR) and modified bitumen systems. The course then goes into detailed procedures for repairing BUR and modified bitumen roofing using standard preventive maintenance techniques.
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Cellular PVC Trim: Design and Installation Possibilities
Cellular PVC Trim: Design and Installation Possibilities
- After completing this course, you will be able to:
State a definition of cellular PVC trim and describe the two leading processes for making cellular PVC.
Identify typical instances of nine standard applications of cellular PVC trim to enhance the appearance of a home.
Describe installation practices such as cutting, shaping, fastening, and painting using cellular PVC.
Describe how bending cellular PVC trim works as a design option, and how it is accomplished.
Describe two leading approaches to certifying "green" homes.
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Modified Asphalt Roofing Techniques and Repairs
This course focuses on the successful application of modified asphalt roofing. It also reviews the key functional differences by the two types of modified asphalt, guidelines for the most common kinds of application and the ten representative problems associated with modified asphalt roofs and appropriate repair functions.
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The Evolution of Footing Forms
A course designed to aid in the utilization of systems and materials for proper foundation design.
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Vinyl Fence Systems
A program designed to aid in the utilization of materials for proper fence systems.
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The Use of Self Adhering Systems in Low Slope Roofing
Participants will gain a clear understanding of self-adhering roofing systems, including how these systems have developed, how they are made, and how they are installed. The participants will get a background in the systems, an understanding of correct application, and insight into how the products and industry continue to develop.
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Meeting ICC Standards for Vinyl/ Composite Railing Systems
This course is designed to educate the participant about the International Code Council (ICC) origins, goals and certification process.
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Acoustic Ceiling Panels for Spaces Where Acoustics Matter
The main goal of this course is for the learner to be better able to address the selection of acoustic panels in spaces where better-than-normal acoustic performance can significantly improve the quality of the occupants' activities: - Office spaces
- Educational spaces
- Healthcare facilities
The course begins with a mini-case study of the design of a conference room,reviewing the basic design goal,acoustic considerations,some of the standards used to evaluate acoustic performance,and one kind of acoustic panel that has the required properties to accomplish the goal.The next module reviews in more detail some basic acoustics, three key acoustic performance standards,and three common materials used for acoustic tiles. The last three modules describe some of the relevant considerations that pertain to acoustic design in office,educational,and healthcare spaces respectively.Each module describes either accepted standards or research that provides a basis for guiding good design choices.
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HVAC Ductwork: Issues, Answers
This program has been developed to provide design professionals with a review of the types
of insulated ductwork available for air distribution systems. This course reviews the major
issues that must be addressed to design and specify cost-effective ductwork systems.
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Acoustics: Noise Control
A program that provides an overview of the fundamental nature of acoustics and noise control.
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Specifying Gypsum Board for Fire-Resistant Ceilings and Wall Assemblies
This course provides an overview of fire resistant ceiling and wall assemblies using Gypsum boards, including the two primary ASTM standards that apply. It also addresses issues pertaining to fire-ratings that must be considered when constructing ceiling, wall, and column assemblies. Common construction issues pertaining to separation walls are also covered. The course then goes into detail regarding recommended practices that should be followed when designing, shipping and storing, specifying, and building with gypsum board.
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Sustainable Design for Commercial Buildings Part 1: Principles
This course takes an extensive look at some of the principles behind the design or renovation of commercial buildings. Green building tends to emphasize efficiency, but, in addition, sustainability requires the creation of durable, self-sustaining systems over the long term.
The basics of integrated design are also discussed, explaining why integrated design is such a critical part of how green buildings get designed and built on time and within budget.
To provide insight into design choices, the course compares aspects of sustainable and standard design features for critical systems. To provide some guidance for renovation projects, the course discusses energy audits, indoor air quality, and maintenance issues.
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Sustainable Design for Commercial Buildings Part 2: Practices
The main objective of the Practices part of Sustainable Design for Buildings is to provide an extensive look at how the principles of sustainable design are applied in the design of a new or renovated building.
After a brief review of Part 1, the basics of sustainable design practice are reviewed:
- Energy efficiency, looking at insulation, ductwork, the building envelope, and green roofing.
- Water efficiency, plumbing systems and irrigation.
- Materials, durability, recycling, and interiors.
- Indoor Environmental Quality (IEQ), VOCs, and air quality systems.
- Advanced areas of sustainable design such as renewable energy and stormwater utilization.
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Sustainable Design for Homes Part 1: Principles
This course takes an extensive look at some of the principles behind the design or renovation of the sustainable home. Green building tends to emphasize efficiency, but, in addition, sustainability requires the creation of durable, self-sustaining systems over the long term.
The basics of integrated design are also discussed, explaining why integrated design is such a critical part of how green homes get designed and built on time and within budget.
To provide insight into design choices, the course compares aspects of sustainable and standard design features for critical systems. To provide some guidance for renovation projects, the course discusses energy audits, indoor air quality, and maintenance issues.
Full Course Details
Sustainable Design for Homes Part 2: Practices
The main objective of the Practices part of Sustainable Design for Homes is to provide an extensive look at how the principles of sustainable design are applied in the design of a new home or renovation project.
After a brief review of Part 1, the basics of sustainable design practice are reviewed:
- Energy efficiency, looking at insulation, ductwork, the building envelope, and roofing.
- Water efficiency, fixtures and irrigation.
- Materials, durability, recycling, and wood.
- Indoor Environmental Quality (IEQ), moisture, VOCs, and air quality systems.
- Advanced areas of sustainable design such as renewable energy and stormwater utilization.
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The Systems Approach to Designing a House: Part 1
- After completing all three parts of the series, you will be able to:
Explain why building science is both an art and a science
Identify one or more of the laws governing each of these house-system dynamics:
- The flow of heat
- The flow of air
- The flow of moisture
Describe one or more of the problems and solutions that arise in the house-system due to the dynamics of heat, air and moisture flow
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The Systems Approach to Designing a House: Part 2
- After completing all three parts of the series, you will be able to:
Explain why building science is both an art and a science
Identify one or more of the laws governing each of these house-system dynamics:
- The flow of heat
- The flow of air
- The flow of moisture
Describe one or more of the problems and solutions that arise in the house-system due to the dynamics of heat, air and moisture flow
Full Course Details
The Systems Approach to Designing a House: Part 3
- After completing all three parts of the series, you will be able to:
Explain why building science is both an art and a science
Identify one or more of the laws governing each of these house-system dynamics:
- The flow of heat
- The flow of air
- The flow of moisture
Describe one or more of the problems and solutions that arise in the house-system due to the dynamics of heat, air and moisture flow
Full Course Details
The Attic: Three Components, One System
A program designed to aid in the integration of components for moisture and thermal control that influence
attic performance. Participants will understand the interrelationships between roofing, ventilation and
insulation systems within an attic; how they interact and how they must be integrated into an efficient system.
Full Course Details
The Exterior Wall: A Systems Approach
This program guides the participant in an integrated approach, helping them to develop a plan in which
systems and materials work together. Proper design and installation of framing, sheathing, siding,
insulation, airflow retarders, and vapor retarders can provide a comprehensive solution to minimize,
if not eliminate, heat and moisture-related problems.
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Building Envelope Design for Moisture and Mold Control in Framed Wall Assemblies
This course focuses on those factors that contribute to both the presence and absence of moisture, and hence mold, in framed wall assemblies. It also reviews both the principles and practices that designers should be aware of when designing framed wall assemblies so that they can minimize the problems of moisture and mold. The course goes into detail on both the structural factors that pertain to preventing moisture problems in framed wall assemblies, and the advantages and disadvantages of eight kinds of wall sheathing substrates
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Acoustic Ceiling Panels for Spaces Where Acoustics Matter
The main goal of this course is for the learner to be better able to address the selection of acoustic panels in spaces where better-than-normal acoustic performance can significantly improve the quality of the occupants' activities: - Office spaces
- Educational spaces
- Healthcare facilities
The course begins with a mini-case study of the design of a conference room,reviewing the basic design goal,acoustic considerations,some of the standards used to evaluate acoustic performance,and one kind of acoustic panel that has the required properties to accomplish the goal.The next module reviews in more detail some basic acoustics, three key acoustic performance standards,and three common materials used for acoustic tiles. The last three modules describe some of the relevant considerations that pertain to acoustic design in office,educational,and healthcare spaces respectively.Each module describes either accepted standards or research that provides a basis for guiding good design choices.
Full Course Details
Synthetic Slate Roofing Tiles
Synthetic slate roofing tiles are an attractive option in the premium roofing tiles market. This is demonstrated in an overview of the plusses and minuses of three popular premium roofing products: slate, cedar shake, and synthetic slate tiles. The course then looks at key aspects of how synthetic slate tiles are produced, from the raw materials, to the molding technologies, to the way colored tiles are packaged. The course continues with a brief review of the evolution of synthetic slate performance from the earlier days of plastics technology, focusing on developments in both color stability and how a tile's shape contributes to wind performance. Numerous aspects of the installation process are reviewed so that the designer can be aware of such considerations as ambient temperature guidelines, considerations pertinent to fire ratings, and how colors get arranged on the roof. This section continues with information about exposure and roof performance, and some of the more important roof accessories. Finally, the course reviews how these tiles can contribute to green performance and some standard features of warranties.
Full Course Details
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Look for the fern icon next to courses that address sustainability in residential and commercial building. Also, visit BuildingResponsibly.com to learn about CertainTeed's commitment to building a greener environment.
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In addition to our on-line offerings, CertainTeed has over 30 in-person seminars given by our trained territory managers.
Please call 800-233-8990 or e-mail building-solutions@certainteed.com for more information
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