CEU's

The American Institute of Architects

Continuing Education Systems
AIA/CES Registered Provider Program Summaries
AEP is approved by IEMSI and AIA as certified face to face presenters, and we are eager to provide AIA credited Lunch & Learn and walk through presentations offered by the various manufacturers, we represent. Please contact us if you are interested in setting up a lunch & learn, and we will be glad to schedule a date that works with your calendar. These are the Continuing Education Programs available for your review: 

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CLADDING
Program: Simplifying Exterior Architectural Metal Feature Specifications
Provider: BOK Modern
Program #: CE-U89113
Length: 1 hour
Credits: 1 LU
HSW/SD: LU
Description: Discover how Exterior Architectural Metal (EAM) systems enhance building performance, aesthetics, and sustainability while streamlining installation. This course explores traditional, pre-engineered, and custom solutions, guiding you through product selection, installation methods, and their role in meeting green building standards. Gain valuable insights into how EAM systems improve efficiency and elevate modern design.
Learning Objectives:
  • Define the role of exterior architectural metal systems (EAM) in buildings and identify the different types of EAM systems.
  • Explore how EAM systems impact the performance and aesthetics of buildings and their significance in architectural design.
  • Delve into the wide range of product offerings in the EAM category and discover the difference between traditional installations, pre-engineered and custom solutions.
  • Assess different product options and installation methods and their impact on system design.
  • Discuss the sustainability benefits of installing EAM systems that contribute to green building standards.

Recognized Associations: AIA, LA CES, and 47 licensing boards
AIA Program Number: CE-U89113
This course qualifies for Professional Engineer (PDH) credit.
Reference: CEU Events course page

Program: Architectural Mesh Systems / Design Freedom & Functionality
Provider: Cambridge Architectural
Provider #: J845
Program #: CA0507
Length: 1 hour
Credits: 1 LU hour
HSW/SD: HSW/SD
Description: This course explores woven metal fabric – used historically as a utilitarian industrial product - as a new architectural material that provides valuable functionality in addition to stunningly unique aesthetics.
Learning Objectives:
  • Learn about architectural mesh's origins and history to the present day
  • Learn the variety of architectural functions that mesh serves
  • Learn about three major components of an architectural mesh system
  • Learn why and how to specify an architectural mesh system
  • Learn about the many sustainable or green attributes of architectural mesh
  • Learn how architectural mesh compares in cost to alternative architectural products
Program: Specifying Fiber Cement Wall Systems
Provider: Ceraclad
Provider #: T207
Program #: 38870771
Credits: 1HSW/LU
HSW/SD: HSW
Description: Best Practices for Modern Buildings
Learning Objectives:
  • Understand the differences between different kinds of fiber cement claddings, including available texture and coating options, and identify ways in which fiber cement can contribute to sustainability goals
  • Discuss the lifetime costs of fiber cement and other cladding materials
  • Describe updates to energy code as it related to the exterior wall assembly and the advantages and disadvantages of different attachment methods for fiber cement through continuous exterior insulation
  • Explain what types of fire tests are required by the code for facades with fiber cement, including walls with exterior insulation
Program: SwissPearl Fiber Cement Panel/Rainscreen
Provider: Cladding Corp
Provider #: 404108179
Program #: 40400002
Length: 1 hour
Credits: 1 LU|HSW
Description: What does an engineered solution look like within the context of a drained and back-ventilated rain- screen (DBVR) wall assembly? What are the benefits of a DBVR wall? What are some of the predomi- nant system design considerations that are essential in a properly designed DBVR rainscreen wall? This presentation will discuss a fully integrated approach to rainscreen walls that begins with the outer skin of the wall and ends with the inner waterproofing of the wall. The presentation will present some of the common issues and problems with improper rainscreen wall design and highlight the scientific prin- ciples and elements required to ensure a properly designed DBVR wall assembly. Those who participate in the program will gain a greater understanding of critical elements of designing a DBVR wall and gain experience the knowledge of how to address each element in a holistic and integrated way.
Learning Objectives:
  • LEARNING OBJECTIVE 1: Understand the History and Evolution of Rainscreen Walls.
  • LEARNING OBJECTIVE 2: Describe the Layers of a Rainscreen Wall.
  • LEARNING OBJECTIVE 3: Identify Rainscreen Façade Materials
  • LEARNING OBJECTIVE 4: Analyze Predominant Design Considerations and Trends for a Drained and Back-Ventilated Rainscreen (DBVR) Wall Assembly
  • LEARNING OBJECTIVE 5: Determine the Engineering Requirements for Fire Safety and Thermal Performance of a DVBR
Program: Using HPL Compact Panels for DBV Wall Systems
Provider: Fundermax
Program #: FMX2021HPL
Length: 1 hour
Credits: 1 LU/HSW
Description: This course is designed to help architects and designers understand what HPL Compact is and the benefits of using this material as cladding in rainscreen systems. The program covers how the product is manufactured, its applications in exterior construction, design considerations, installation details, code compliance, sustainability, and the basics of rainscreen design and function.
Learning Objectives:
  • Understand how HPL compact panels are manufactured and how they are classified according to EN 438.
  • Recall the performance and aesthetic benefits of HPL compact cladding and describe some HPL compact panel installation methods.
  • Understand the history of rainscreen construction and the benefits of using this method in exterior wall design.
  • Describe how a Drained and Back-Ventilated rainscreen functions, its design requirements, and its components.
Program: Mounting High Pressure Compact Laminate Facades
Provider: Fundermax
Program #: FMX2020HPL+
Length: 1 hour
Credits: 1 learning unit
HSW/SD: HSW
Description: This course is designed to educate architects and designers about the mounting system options and material choices for High Pressure Compact Laminate Facades. We will learn what HPL compact is and the benefits of using this material in façade construction, as well as the components needed, and the different mounting methods used to construct rainscreen façades. We will also cover the basics of code compliance in relation to HPL compact assemblies.
Learning Objectives:
  • Understand the material choices for HPL mounting systems
  • Know the different systems and the aesthetic options that can be achieved with each HPL mounting system type
  • Have a working knowledge of airflow and drainage requirements for HPL panel systems
  • Understand the attachment options for Continuous Insulation when integrated with HPL mounting systems

For more information, contact:
Joseph Polak CSI
Architectural Engineered products
3524 Foot Hills Drive
Weatherford, TX 76087
(817) 600-2074

joepolak@myproductrep.com
www.myproductrep.com

Program: The Evolution of Wood Grains on Aluminum Extrusions
Provider: For Me Design
Credits: 1.0 AIA LU w/ HSW credits
Description: This course will follow the evolution of wood grain technologies on aluminum extrusions.
Learning Objectives:
  • 1) Participants will understand the Versatility of features gained from aluminum-based wood options compared
  • to alternative types of wood-look materials.
  • 2) Participants will learn how aluminum blends Efficiency with Sustainability.
  • 3) Participants will learn the different finishing techniques and their Designability and Constructability.
  • 4) Participants will understand the benefits that come with vertical integration and how this can be financially beneficial.
Phone: 630-355-4040
Program: Specifying High-Performance Standing Seam Metal Roofing
Provider: Kalzip Inc
Program #: AIAKAL 102A
Length: 1 hour
Credits: 1 learning unit
HSW/SD: HSW
Description: The seminar offers practical advice and guidance on the fundamentals of standing seam roofing and cladding. Tackling pertinent issues faced by specifiers and design teams the presentation focuses on key stages of the project, providing clear direction, both technically and commercially, through the various stages of specification, design, delivery, and installation.
Learning Objectives:
The seminar will give specifiers a blueprint to work from, enabling them to make more informed decisions about their roofing specification, by understanding the correct application of standing seam roofing products and systems. After completion of this course, attendees will have a more in-depth knowledge of the following areas:
  • Project product capabilities
  • Metal roofing history
  • Modern roll forming processes
  • Panel types & design options
  • Available materials & finishes
  • Typical details & assembly
  • Role of the installer
  • Key specification points
Program: HD Finishes
Provider: Maibec Dizal
Provider #: 404108832
Length: 1 hour
Credits: 1 CEU / HSW
HSW/SD: HSW
Description: Learn about the latest digital print design ideas in the cladding industry and how they make a building envelope more sustainable.
Learning Objectives:
  • Relay how to optimally design with HD printed material with intention of adding to constructability and simplicity.
  • Relay the benefits of HD Printing as a finish on recyclable materials.
  • Distinguish between modern siding options utilizing advanced finishing methods.
  • Define sustainability and recognize the three pillars of sustainability: Economic, Environmental, and Social.
Program: Light Interference Color Stainless Steel
Provider: Millennium Forms
Provider #: 404108846
Program #: AIAMF 1024
Length: 1 hour
Credits: 1 Learning Unit
HSW/SD: HSW
Description: This program will provide a brief introduction to stainless steel and the electrochemical coloring process of stainless steel known as light interference color (LIC).
Learning Objectives:
  • Evolution of metals in construction and architecture
  • Understand Light Interference Color (LIC) and the process by which it is created
  • Application and Limitations
  • LIC characteristics & the effect of viewing angles, light conditions and material finish on color
Program: Evolution of Engineered Stone Cladding
Provider: Omnis
Provider #: 404109088
Program #: PRUSACESAIA01
Credits: 1.0 AIA LU w/ HSW credits
HSW/SD: HSW
Description: This course will follow the evolution of the engineered stone rainscreen panel and investigate its impact on sustainable, versatile, and constructible design.
Learning Objectives:
  • Participants will be able to define Sustainability and identify how engineered stone panels contributes to the three pillars of sustainability: Economic, Environmental, and Social Sustainability.
  • Participants will understand the Versatility of features gained from engineered stone panels and how they relate to more traditional panel offerings.
  • Participants will learn the various methods of designing with engineered stone panels and its Constructability.
  • Participants will be able to identify the Compatibility of engineered stone panels with their own design philosophies.

How Taught: This course is taught by certified representatives, using PowerPoint, as a lunch and learn the course. The instructor will record attendance on AIA documents A/V Needs A PC laptop-compatible projector.
Target Audience: All levels of design and project architects, specifiers, interior designers, owners, and other design professionals. The ideal audience size can be 10-40 people.
Facilitator Qualifications: All Architectural sales representatives have undergone extensive training in the design and installation of the various architectural products and systems.
Costs: The course is free of charge.
Expiration Date: This course is available for AIA/CES credit

Program: Continuous Insulation vs. Cavity Insulation
Provider: OX Engineered Products
Program #: OXAIA201
Length: 1 hour
Credits: 1 learning unit
HSW/SD: HSW
Description: This course will review an in-depth breakdown of the current uses of insulation in wall assemblies. The attendees will learn more about the differences in the use of cavity insulation versus the use of continuous insulation installed on the exterior of the building sheathing. Discussion points to include the changes of the current energy codes and the requirements for the use of continuous insulation in the majority of future projects. The participant will be able to better evaluate their current wall assemblies and understand the requirements that are dictated by current codes.
Learning Objectives:
  • Participants will be able to better understand the differences between wall assemblies built with cavity insulation, continuous insulation, and a combination of the two.
  • The participants will review in detail the reasons why the new energy codes are requiring the use of continuous insulation and how they can better use this knowledge in providing quality wall assemblies for their clients.
  • The participants will better understand how the use of continuous insulation will help eliminate moisture that builds within wall assemblies.
  • The participants will discuss current and future R-Values of wall assemblies and the added value of continuous insulation in these assemblies.

Key Words: Building codes, Moisture management, Energy Conservation, Air Infiltration, Continuous Insulation, Wall Assemblies
HSW Topics Covered: Building systems, Construction Documents, Design, Environmental, Materials & Methods
Topic Area: Codes and Standards
Course Format: Instructor-led face-to-face

Program: Rigid Insulation Product Knowledge and Uses
Provider: OX Engineered Products
Program #: OXAIA401
Length: 1 hour
Credits: 1 learning unit
HSW/SD: HSW
Description: This course will review an in-depth breakdown of the current uses of rigid insulation in the construction industry. The attendees will learn more about the differences of rigid insulation products and the recommended uses of each product type. Discussion points to include the changes of the current energy codes and the requirements for the use of continuous insulation in the majority of future projects. The participant will be able to better evaluate their current building assemblies and understand the requirements that are dictated by current codes.
Learning Objectives:
  • Participants will be able to better understand the differences between types of rigid insulation and their properties.
  • The participants will review in detail the reasons why the new energy codes are requiring the use of continuous insulation and how they can better use this knowledge in providing quality building assemblies for their clients.
  • The participants will better understand which type of rigid insulation to use in different assemblies throughout their structures.
  • The participants will discuss current and future R-Values of building assemblies and the added value of continuous insulation in these assemblies.

Key Words: Building codes, Moisture management, Energy Conservation, Air Infiltration, Continuous Insulation, Rigid Insulation
HSW Topics Covered: Building systems, Construction Documents, Design, Environmental, Materials & Methods
Topic Area: Codes and Standards
Course Format: Instructor-led face-to-face

GLASS
Program: Optimizing Daylight with Dimensional Materials
Provider: Okalux North America
Provider #: 40107852
Program #: 300100C
Length: 1 hour
Credits: 1 learning unit
HSW/SD: HSW
Description: This program addresses and describes various glazing options for maximizing daylight, controlling solar heat gain, maximizing visibility and view, minimizing reflections, controlling glare, and optimizing energy efficiency.
Learning Objectives:
  • Understand how to utilize dimensional materials for controlling daylight and solar heating
  • Describe at least four major benefits to using dimensional materials in an insulated glass
  • Compare architectural techniques and glazing systems for daylight control
  • Understand the comparative benefits of high-performance architectural glazing system in such areas as energy efficiency, thermal gain, and indoor environmental quality

Method of Delivery: In Person
Cost to participants: None
Facilitator Qualifications: Cori Izsak Gale, Okalux North America Manager, has extensive knowledge of the glass industry
Joe Polak, Okalux North America Representative, building envelope specialist
Presenter’s contact information:
Email: coriizsakgale@okaluxna.com : Mobile phone number: 914 999-0332
Email: joepolak@myproductrep.com: Mobile phone number: 817 600 2074

For more information, contact:
Joseph Polak CSI
Architectural Engineered products
3524 Foot Hills Drive
Weatherford, TX 76087
(817) 600-2074

joepolak@myproductrep.com
www.myproductrep.com

Additional Programs

GreenCE is an online resource for design professionals who want to learn more about sustainable design, conservation, and LEED related topics. Our mission is to educate design professionals about environmental benefits, health benefits, and economic benefits when designing a structure. All courses on this website qualify for AIA's new SD credit. You will receive 1 AIA/HSW/SD LU.
www.greence.com