Kuiken Brothers Company Inc. Building Supplies, Lumber, Hardware, Kitchens NewsFormsAbout Us
Search Our Site
HomeProducts & ServicesMouldingsKitchens & BathsKB Elmwood Supply (Commercial)ArchitectsEventsMembers OnlyContact Us

Review Your Bill

Join Members Only

Join E-Newsletter
Contractor Connection
ArchitectsMouldings AIA/CES Credits
Andersen Windows & Doors
Bluelinx
  BPB America, Inc.
BPB America, Inc
On-Line courses
Cedar Shake & Shingle Bureau
Certainteed
  Dixie Pacific
  Fypon
  HB&G
Jeld-Wen, Inc.
Marvin Windows & Doors
National Gypsum Company
  Trustile Doors

 

 
Architects > AIA/CES Credits
Architects > AIA/CES Credits

AIA/CES Credits

Looking for AIA/CES Credits and Product Updates? If you are interested in having someone follow up with you, fill out your contact information and check the Registered Providers and topics that interest you. Scroll down to the bottom of the page to submit the registration form. We will put you in contact with those providers as soon as possible (usually within 2-3 days). 

For immediate assistance, please contact Ryan Mulkeen at Kuiken Brothers Company – rmulkeen@kuikenbrothers.com or (201) 652-1000.

Submit Selections by Filling Out The Following Contact Information and Choosing from the List of Registered Providers Below (scroll down):

*Name:

*Company Name:

*Email:

*Address:

*City:

*State/Province:

*Zip Code:

*Telephone:

*Would you like to subscribe
to our e-newsletter?

yes no

*How did you hear about
Kuiken Brothers?

*How would you like us to contact you?

email Phone call

Comments / Questions:

* indicates required field
Andersen Windows & Doors
  • Credits Earned: One LU (HSW credit)
  • Description: Topics covered will include The types of safety glazing, The test standards for safety glazing, The IBC code requirements for Safety Glazing and Stopped Glazing
  • Credits Earned:  One LU (HSW credit)
  • Description: This presentation will answer questions regarding :
    What “ impact resistance “ and “ opening protection “ mean; Where protection is required; What methods of protection can be used; How materials are tested
    How wind loads are determined
  • Credits Earned:  One LU (HSW credit)
  • Description: Participants will learn how to answer basic design questions regarding wind loads, building codes and product performance ratings.
  • Credits Earned:  One LU (HSW credit)
  • Description: The following four key performance factors will be reviewed :
    U- Factor; Solar Heat Gain Coefficient; Visible Light Transmission; Air Leakage

Back to Top | Submit Selection(s)

BlueLinx
  • Credits Earned: One LU (HSW credit)
  • Description: Why engineered lumber, where and how it's used, construction details, how it's sized.

Back to Top | Submit Selection(s)

BPB America, Inc
  • Credits Earned:  One LU (HSW credit)
  • Description:  An interactive presentation of manufacturing methods, materials, and applicable ASTM Standards that will enhance understanding of aesthetic, acoustical, and budgetary issues.

Back to Top | Submit Selection(s)

BPB America, Inc On-Line courses
  • Credits Earned:  1.00 LU (HSW credit)
  • Description:  Provides an overview of fire-resistant ceiling and wall assemblies, Including ASTM and UL standards, design considerations, installation, and performance characteristics of ceiling panels, wall panels and suspension systems.
  • Credits Earned:  1.00 LU (HSW credit)
  • Description:  Provides an overview of sound control and acoustics including ceiling attenuation, speech privacy, and open plan acoustics, along with a discussion of acoustical ceiling and wall systems for commercial applications.
  • Credits Earned:  1.00 CEU (HSW credit)
  • Description:  Explore the manufacturing methods, materials and applicable ASTM Standards that will enhance understanding of aesthetic, acoustical, and budgetary issues of acoustical ceiling and wall systems.
  • Credits Earned:  1.50 LU (HSW credit)
  • Description:  Provides an overview of building envelope science, including principles of design, construction considerations, types of framed wall assemblies and advantages and disadvantages of various wall sheathing substrates.

Back to Top | Submit Selection(s)

Cedar Shake & Shingle Bureau (CSSB)
  • Credits Earned:  Two LU (HSW credit)
  • Description:  The CSSB will provide product knowledge enabling the architect to design accurate replications by achieving the following:
  • Credits Earned:  One LU (HSW credit)
  • Description:  The CSSB will provide knowledge of coatings and finishing and how they relate to Western Red and Alaskan Yellow cedar shakes and shingles enabling the architect to accurately choose the correct coating type for a specific product.

Back to Top | Submit Selection(s)

Certainteed
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Identify solutions for attic problems; Identify how codes/requirements and geographic zones affect attic systems, materials and insulation; Identify the role of insulation for optimal energy efficiency and comfort; Identify the characteristics of effective attic ventilation in different climates; Identify the components of the roof and deck system; Describe how shingles affect the attic system.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Describe the history of siding; Define key vinyl siding terms; Identify common siding/soffit styles and accessories; Identify vinyl siding product variables to achieve the optimum look; Identify important installation considerations when designing with vinyl siding; Identify the materials and manufacturing process used to produce and quality assure vinyl siding.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Identify the integrated principles of the exterior wall systems approach; Identify codes and requirements for different geographic areas; Describe the systems approach to controlling water vapor; Identify the applications of insulation in wall systems; Describe the importance of framing and sheathing materials for comfortable and energy efficient homes; Identify the impact of windows on exterior wall design; Describe the importance of caulking, flashing, and gaskets for air infiltration and rain management.
  • Credits Earned:  1.00 LU
  • Description:  At the end of this course, you will be able to identify: The composition of an asphalt shingle; The different types of asphalt shingles and their applications; The challenges in roofing design and the materials available as solutions; The major categories of shingle styles; Important asphalt shingle warranty considerations.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Identify the year-round benefits of proper attic ventilation; Describe how ventilation works; Identify the most common types of attic ventilation; Determine attic ventilation requirements.
  • Credits Earned:  1.00 LU
  • Description:  Describe the history of fiber cement siding; Identify design applications for fiber cement siding; Identify product variables that achieve an optimum look; Identify the materials and manufacturing processes used to produce and assure quality of fiber cement siding; Identify important installation components when installing fiber cement siding.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Identify types of synthetic decking and railing systems; Identify the benefits of synthetic decking and railing systems; Describe typical wood alternative applications for different environments; Identify synthetic decking and railing systems performance characteristics; Identify test methods used for decking materials; Describe the application of building codes, regulations, and design values compliances for composite and vinyl decking and railing systems.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: Define low slope roofs; Describe the evolution of roofing product technology; Describe the different types of low slope bituminous roof systems; Identify basic design considerations for low slope roof systems; Identify typical low slope roof system recommendations and guidelines; Identify the material performance standards and code approvals for roofing materials according to ASTM, UL, and FM.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to: State the definition of a low slope roof; Describe each of the three basic components of a low slope roof assembly; Describe one or more of the key technical developments in the evolution of self adhering (SA) modified bitumen roofing systems; Describe each of the three layers that make up a SA modified bitumen system; Describe two ways that a two-layer system can be installed; Describe the six-step process for installing a three-layer system.
  • Credits Earned:  1.00 LU
  • Description:  After completing this course, you will be able to identify: Key elements of window selection and design; The main factor in window structural requirements; Window performance requirements; Window energy efficiency considerations; Important window component and construction considerations; Minimum requirements for window installation and finishing.
  • Credits Earned:  1.00 LU
  • Description:  After completing this module, you will be able to: Explain the production history of vinyl; Define the vinyl manufacturing process; Describe how vinyl is processed as an end-product.
  • Credits Earned:  1.00 LU
  • Description:  At the end of this course, you will be able to: Determine historical milestones to understand the fundamental nature of sound waves; Apply the properties of sound in real-life situations; Describe the sound transmission loss and how to measure it; Define sound absorption and how to measure it; Explain the principles of noise control; Define the three-step noise control solution; Describe the benefits of insulating ductwork; List five noise control mistakes to avoid.
  • Credits Earned:  1.00 LU
  • Credits Earned:  1.00 LU
  • Credits Earned:  1.00 LU
  • Description:  After completing all three parts of this course, 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.

Back to Top | Submit Selection(s)

Dixie Pacific, Inc
  • Credits Earned:  1.00 LU
  • Description:  A study of the correct proportion of the orders of architecture and how they relate to column size and style and a review of different column material options. Learning Objections: Using Vignola's standard's from 1562 for the correct proportion of the Tuscan, Doric, Ionic, Corinthian and Composite orders of columns, the participant will be able to determine the correct order of columns needed for the desired application to achieve a classical architectural design. Using project specification requirements for interior or exterior applications and structural needs and style design, the participant will be able to evaluate and select the appropriate column material for a successful column installation.

Back to Top | Submit Selection(s)

Fypon
  • Credits Earned:  1LU Hour
  • Description:  A review of material types available for exterior trims with an emphasis on the advantages of PVC material.
  • Credits Earned:  1LU Hour
  • Description:  A review of material available for interior and exterior trim designs with an emphasis on the advantages of urethane millwork.

Back to Top | Submit Selection(s)

HB&G
  • Credits Earned:  1 HSW
  • Description:  The course objective covers how traditional millwork elements, made out of wood, are being replaced with new synthetic materials. We will explore how the new technology associated with the synthetic materials, make it the clear alternative over wood. The course will also briefly touch on the history of the column and American Architectural history, as it relates to traditional millwork. At the completion of the AIA endorsed presentation, we will introduce our synthetic product line and the many benefits of using HB&G millwork materials.

Back to Top | Submit Selection(s)

Jeld-Wen, Inc.
  • Credits Earned:  1.00 LU (HSW credit)
  • Description:  Understand the basic of molded, flush and carved doors (construction, components, etc. Learn about fire ratings, ADA compliance and other options available in these products. Explore ways to incorporate the overall building design into the door pattern through use of new routering technology.
  • Credits Earned:  1.00 LU (HSW credit)
  • Description:  Understand the basics and the benefits of engineered stile & rail door construction. Learn how to use the exposure coefficient and select the appropriate door material. Explore the technology behind composite materials. Have a better understanding of the design flexibility & energy efficiency options available with wood and fiberglass doors.
  • Credits Earned:  1.00 LU (HSW credit)
  • Description:  A look at windows in historic buildings and the detail surrounding them. Identify key characteristics of these windows and explore ways to incorporate these features into current design.
  • Credits Earned:  1 LU (Jeld-Wen quiz gains one more hour credit) (HSW credit)
  • Description:  This program will provide a review of glazing types within the industry, wood preservatives and the history of wood parts and best usage, review product innovations, and assess and review metal coatings and exterior finishes. Also included will be the correct installation for windows and doors.

Back to Top | Submit Selection(s)

Marvin Windows & Doors
  • Credits Earned:  1 HSW credit
  • Description:  Contains information on AAMA specifications and how to compare them. Also, explains the tests that a product must pass to be labeled AAMA 2605-02, details and explanation on why finishes fail, and describes how you can achieve a more durable finish than typical 70% Kynar.
  • Credits Earned:  1 LU
  • Description:  MDS (Marvin Design System) is a window and door design and product specification tool that works with CAD. Within the software, units can be added to a project database which allows modifications such as hardware, jamb extensions, casing options, divided lites, custom sizing, and much more.
  • Credits Earned:  1 HSW Credit
  • Description:  The move towards sustainable practices and environmental friendly design has rapidly advanced. Learn more about LEED, EnergyStar, NFRC and advancements in the fenestration industry that can help your designs qualify for one of the over 40 national, local and regional green home building programs. This class is developed by Integrity Windows and Doors.
  • Credits Earned:  1 HSW Credit
  • Description:  Interested in why hurricanes are driving code development, IRC, IBC, IECC, construction solutions and specifications. This class is dedicated to the need for storm-resistant products.
  • Credits Earned:  1 HSW Credit
  • Description:  Explains the development of fiberglass and the pultrusion process, its properties and the characteristics of alternative materials in enhancing a home's design. This class is developed by Integrity Windows and Doors.
  • Credits Earned:  1 HSW Credit
  • Description:  Covers the importance of building products acoustical performance and product ratings. This presentation will cover sound transmission loss, acoustical ratings, and how to achieve the best ratings for a buildings location and use.
  • Credits Earned:  1 HSW Credit
  • Description:  Explains the benefits of natural light being used in building construction. After breaking down the elements of sunlight, the presentation will show how to control it using various glazing options and offering some key design solutions to maximize the light brought into a room or building.
  • Credits Earned:  1 HSW Credit
  • Description:  Provides an introduction to glass and glazing, covers energy-efficiency, security and safety, and some very interesting aesthetic options.
  • Credits Earned:  1 HSW Credit
  • Description:  Overviews the safety glazing requirements in the International Building Codes (IBC) (2003). This presentation explains the history of safety glazing code requirements, their evolution, major window and door safety glazing requirements, what types of glazing can be used to meet standards, and testing and labeling requirements to meet code.
  • Credits Earned:  1 HSW Credit
  • Description:  Window performance standards are confusing and can be difficult to explain. Understanding Integrated Performance Standards can help control projects cost through proper product selection. This presentation will help explain the Integrated Standard and how it pertains to specifying product.
  • Credits Earned:  1 HSW Credit
  • Description:  Covers all the basics about how windows and doors lose or gain heat, what makes a window energy-efficient, how frame materials perform differently, how to measure a window's performance, and how to specify the right window.

Back to Top | Submit Selection(s)

National Gypsum Company On-Line Courses
  • Credits Earned:  One LU (HSW credit)
  • Description:  What are the different types of abuse and impact resistant gypsum boards available in today's construction market? Schedule this lunch lecture to find out. This presentation is a review and comparison of all the high abuse and high impact wallboard systems used on projects such as schools, correctional facilities, public buildings, airports, shopping malls, sports arenas.
  • Credits Earned:  One LU (HSW credit)
  • Description:  A step by step discussion of each of the 5 levels of drywall finishing, what level should be specified for a particular project and why. Understanding the difference between each level of finish can make the difference between a satisfied or unsatisfied client/owner. This presentation uses information from a Consensus Document of the Gypsum Association, CISCA, AWCI and PDCA.
  • Credits Earned:  One LU (HSW credit)
  • Description:  An in-depth discussion on cement board for interior and exterior uses. This presentation is a review and comparison of cementicious backer board or underlayment panels for use with ceramic tile, swimming pool and whirlpool decks as well as exterior sheathing and exterior soffit panels.
  • Credits Earned:  One LU (HSW credit)
  • Description:  That bright orange book on your shelf has a lot of great fire resistant information and is easy to use! Learn how to master the UL Fire Resistance Directory and use this resource in an effective and efficient way. We will take a basic look at this book and then drill down to examine fire rated designs and assemblies.
  • Credits Earned:  One LU (HSW credit)
  • Description:  This program takes an in-depth look at the many types of stucco systems available in today's market. In particular, we will look at a new system called "Cement Board Stucco Systems" which utilizes the cement board as an interior / exterior sheathing.
  • Credits Earned:  One LU (HSW credit)
  • Description:  Gypsum wallboard has been utilized in construction since 1917. It might be one of the most versatile building materials ever invented. But how many people really know gypsum, or perhaps you were afraid to ask the question. This interactive presentation will walk you through the basics of gypsum board and introduce you to the latest innovation of high performance products available in the marketplace.
  • Credits Earned:  One LU (HSW credit)
  • Description:  This program provides an overview of the gypsum industries position on recycled content of post consumer and post industrial materials used in the manufacturing process of gypsum board. The program will also describe the gypsumplants positions and an outlook for future synthetic gypsum sources around the country.

Back to Top | Submit Selection(s)

Trustile Doors
  • Credits Earned:  1 LU Hour, 2 LU Hours or 3 LU Hours (1 HSW)
  • Description:  A detailed overview of the stile and rail door construction method, its history of use in the United States and its important role in door design. The course will also provide a detailed understanding of Medium Density Fiberboard (MDF), its characteristics and use for stile and rail door applications.

 

Home | Products & Services | Promos & Events | Kitchens & Baths | Elmwood Supply (Commercial)
Members Only | About Us | Review Bill | Join e-newsletter | News | Forms | Contact Us

Site Design by Yellow House Graphic Design