As an architect in a constantly changing environment, continuing education classes are an important part of gaining new knowledge and skills, while maintaining credentials. Continuing education system (CES) classes are offered through providers that have been approved by AIA/CES. Metal Architecture has put together an overview of some of the manufacturers and associations that offer AIA/CES approved classes. More classes and information can be found online at www.metalarchitecture.com/ articles/magazine-features/continuing-education.aspx.
3A Composites USA Inc.
Aluminum Composite Material-Modern Architectural Cladding
Credits: 1 LU
Details: This course gives architects a chance to learn about the unique composition of aluminum composite material (ACM), allowing it to be formed into complex shapes for cladding building designs, along with its manufacturing and coil-coating processes. Paints and finishes, along with ACM installation systems will be reviewed.
Offered: in-person
For more information: Tom Seitz, director of sales and marketing, Alucobond, 3A Composites USA, Tom.Seitz@3AComposites.com.
American Architectural Manufacturers Association
The Aluminum Advantage in Fenestration
Credits: 1 LU/HSW
Details: Gain a better understanding of the versatility of aluminum in fenestration applications; the strengths of aluminum in the selection of fenestration products; aluminum’s sustainable characteristics and the benefits of using aluminum in sustainable projects; and advantages of aluminum in relation to design and performance
Offered: in-person and online
Specifying Windows and Doors Using Performance Standards
Credits: 1 LU/HSW
Details: Gain a better understanding of the evolution of window and door standards and code references; using the standard to specify product type, performance level and key performance attributes; special requirements for different window and door types; and using the short form specification
Offered: in-person and online
Introduction to Unit Skylights for Daylighting of Commercial Buildings
Credits: 1 LU/HSW
Details: Gain a better understanding of daylighting design strategies and benefits; complementing daylight with electric lighting design and controls; energy savings potential and analysis; and key specification issues
Offered: in-person and online
For more information: pubstore.aamanet.org/pubstore/productResults.asp?Action=CE
ATAS International Inc.:
Test Methods Related to Metal Roofing-the test and the reality!
Credits: 1.0 LU/HSW
Details: Learn about the types of metal roof panels and their performance capabilities and understand the test methods established for metal roof systems. Recognize proper code requirements for metal roof systems and discover how actual field performance of products relates to test methods and procedures.
Energy Efficient Building Envelope Technology
Credits: 1.0 LU/HSW and 1 GBCI CE Hour
Details: Discover how metal cladding on roofs and walls can contribute to a sustainable building initiative, and also about photovoltaic systems for metal roofing, cool metal roofing, above sheathing ventilation (ASV) and transpired solar collectors.
Transpired Solar Collectors
Credits: 1.0 LU/HSW
Details: An introduction to solar heating and fresh air ventilation system. Learn about function, heating season benefits, cooling season benefits, important design considerations, ventilation, orientation, wall area, components and installation, case studies and government incentives.
Understanding Metal Roofing
Credits: 1.0 LU/HSW
Details: Learn about the history of metal panels in the construction industry, characteristics and type of metals used for roof panels, finish coatings, low slope roof systems (hydrostatic), steep slope roof systems (hydrokinetic), hybrid systems, related systems, related components and details to complement roof design.
Plant tour of a facility, which manufactures building envelope components from metal
Credits: 1.5 LU/HSW
Details: Participants in this factory tour will experience first-hand the processes in which metal components for the building envelope are manufactured.
Plant tour of a metal coil coating facility
Credits: 1.5 LU/HSW
Details: Participants in this plant tour will experience first-hand the processes involved in the coating of metal coils.
For more information: www.atas.com/services/aia-ces-seminars
All Weather Insulated Panels (AWIP):
Insulated Metal Panels: Uniting Energy Efficiency with Design Versatility
Credits: 1 LU/HSW
Details: Provides an overview of Insulated Metal Panel (IMP) systems in terms of their performance characteristics, profiles, testing/approval requirements, along with the design and installation considerations that are required to facilitate a successful installation.
Offered: Online through AEC Daily
Citadel Architectural Products:
MCM102: Metal Composite Material (MCM)
Credits: 1.00 LU/HSW
Details: The updated program provides an overview of metal composite panels, as well as comprehensive technical information on Citadel’s MCM systems.
Offered: In-person or online through AEC Daily
For more information: (800) 446-8828
Chicago Metallic:
Designing with Metal Ceilings
Credits: 1 LU/HSW
Details: Participants will learn about the development of commercial ceilings in the U.S., the construction and finish options for metal ceilings, the applicable ASTM standards regarding metal ceilings (corrosion, acoustics and life safety), and product applications for different project types.
Offered: in-person
Seismic Requirements for Suspended Ceiling Systems
Credits: 1 LU/HSW
Details: The presentation will discuss commercial building components, seismic activity and risks in the U.S., how earthquakes have affected suspended ceilings, U.S. seismic codes, and the primary issues involved in designing ceiling components and installation methods for commercial buildings in seismic areas.
Offered: in-person
For more information: Contact info@chicagometallic.com or call (800) 323-7164.
C.R. LAURENCE:
Architectural Railing
Details: Looks at the different types of architectural railings, along with typical applications and installation options, along with code compliance and strength and testing data.
Aluminum Framed Storefronts
Details: Looks at the components, glazing options, assembly, installation and typical applications of center glazed, front load and multi-plane aluminum-framed storefronts.
For more information: Brad Thurman, director of sales and marketing for strategic accounts,
(213) 309-3628, or brad_thurman@crlaurence.com
Drexel Metals
Understanding Metal Roofing Engineering and Test Requirements
Details: The seminar takes an in-depth look at the laundry list of testing requirements a metal roof manufacturer must go through in order to ensure products perform in their intended environment and application. The architect will learn each test definition, specific test agency and their required tests, how these tests are relative to the building code and how to differentiate between what’s marketing and what is real world fact.
For more information: (888) 321-9630
Dri-Design:
Metal Rainscreens: Single-Skin Panels for the PER Assembly
Credits: 1 LU/HSW
Details: This course provides a comparison of exterior metal cladding systems and takes an in-depth look at fossil fuel reduction, testing, specifications and detailing of single-skin metal panel systems as used in a Pressure-Equalized Rainscreen
(PER) application.
Offered: Online through Architectural Record’s Continuing Education Center
Englert:
E101: Architectural and Structural Painted Metal Roof Systems
Details: Familiarizes architects with the various materials and applications for painted metal roofing. The one-hour credit unit reviews the different coatings used on metal roofing and the advantages and disadvantages of each. The program also reviews the different types of standing seam metal roofing profiles and explores the difference between architectural and structural panels and the applications for snap lock and mechanically seam versions of these profiles.
The session depicts CAD drawings showing typical flashing and installation details associated with standing seam along with photography of commercial and residential projects.
E102: Best Practices for Metal Roof in a High Wind and Hurricane Environment
Details: The course underscores how proper installation techniques and materials can save lives and millions of dollars. The one and one and half hour versions of this unit provides an in-depth look at what goes right and what goes wrong with metal roofs in high wind and hurricane conditions. Supported by more than 60 close up photos, CAD drawings and illustrations, the presentations starts with a brief historical review of hurricane activity in the Southeastern U.S. and demonstrates how roofs performed and failed in Category Three, Four and Five hurricanes.
The unit offers detailed solutions to help a roof sustain the toughest wind conditions featuring real roofing conditions supported by close up photography and engineering analyses to emphasize what went right and what went wrong on buildings within hundreds of feet of each other.
E103: Architectural and Structural Re-Roofing: Metal as a Solution
Details: Focuses on the options of retrofit roofing including case studies of buildings all over the U.S. Whether you are considering retro-framing or a pre-engineered building retrofit, the unit shows how metal roofing materials can be the logical solution. Supported by photography and high quality CAD drawings, the one-hour credit presentation shows how metal can be used for architectural and structural applications including metal shingle and standing seam. The unit walks the architect through every step of a retrofit project with full color photography of the retrofit structural understructure framing systems.
The unit also provides life cycle costing comparisons between metal and other materials, including first coats, loan dollars, periodic maintenance estimates and future reproofing needs. And it addresses other retrofit concerns such as fire ratings, wind and uplift resistance, hail resistance and code considerations.
E104: Metal Roof Coatings: 50 Years of Development
Details: is the most comprehensive review of metal roof coatings ever presented in the industry. This one-hour credit unit focuses on several different types of metal roof coatings, including their composition, features, benefits and weaknesses-all supported by references to performance testing.
It also investigates the relationship between cool metal roof coatings and the LEED program-specifically Credit 7.2 for roofs that reduce the heat island effect.
The presentation concentrates on the three components of coatings-resin, pigments and solvents-and reviews the coil coating process. It examines the three primary resins used for coil coating exterior metals-polyesters, silicone-modified polyesters and polyvinylidene fluoride-and their strengths and weaknesses and discusses the testing that paints undergo to determine performance characteristics. The session also reviews the three concerns facing metal coatings including fading, chalking and loss of gloss retention. And it reviews in detail the differences between LEED and Energy Star standards for evaluating cool roof coatings including solar reflectance, thermal emittance and the Solar Reflectance Index (SRI) used to measure the effectiveness of roofing materials. The unit rounds out with a look at emerging coating technologies.
E105: Metal Roofing and the Environment: Staying on top for the future
Details: This course provides a technical overview of how cool roof, solar building integrated photovoltaics (BIPV) and solar thermal technologies can be integrated to optimize energy efficiencies. It discusses the specifics of each technology and how a metal roof provides both the critical platform and the shelter for renewable energy from the sun providing power through solar electric and domestic hot water and heat through solar thermal technology. It also reviews the environmental and financial advantages of integration.
E106: Metal Roofing as a Platform for Comprehensive Sustainable Design Solutions: Durability, Resource Conservation, Energy Efficiency Gains and Integrated Renewable Energy Production and Water Conversation Options
Details: This one-hour credit course provides guidance on how metal roofing can become an integrated solution in the process of designing more sustainable structures. Learn about metal roofing attributes in terms of durability, resource conservation, life cycle savings and also as a platform for building integrated systems for renewable energy production and water conservation strategies. The program identifies how metal roofing can be used as a design strategy to enhance the sustainability of your overall design and help the building to qualify as a green building through Energy Star designation and potential LEED credits. It also provides a basic understanding of rainwater harvesting systems as a water conservation strategy.
Firestone Building Products:
Introduction to Architectural Metals
Metal has many benefits in the design of a building. It provides visual beauty, and it is strong, lightweight, and durable. There are options for every budget, look, function, and scale, and it’s a great choice for sustainability. This course explains the four base metal types-steel, aluminum, natural metals, and stainless steel-and the unique attributes each can bring to a building project. It also provides foundational knowledge on the two types of wall panel systems-barrier and rainscreen-as well as the four metal wall panel options.
Metal Roofing Systems
There are several options available for steep slope metal roofs, but how do you choose the best option for your building? This course is designed to answer exactly that question. Learn about the types and finishes of metal, and the systems available to meet your building’s needs. This course will also answer specific questions about oil canning, warranties, and the importance of proper attachment for metal flashings on low slope roofs.
Metal Wall Panels: Design to Delivery
Successfully installing metal wall panel systems begins in the very start of the design stage. This course will walk through each step-from how a panel goes from a drawing to a reality. Collaboration and teamwork are key from the beginning. Learn how you can contribute to your team of designers, contractors, and manufacturers.
For more information: firestonebpco.com/education-training/workshops-seminars/bpu-online-education-courses/
Flexability Concepts:
Creating Custom Curves: Adding Interest to Architectural Designs
Presented By: Frank Wheeler, Flex-Ability Concepts
Credits: 1.0 LU/HSW
Details: Provides an overview of conventional methods of framing curves in wood and steel, as well as new methods of framing using flexible track systems. Discusses options for wall coverings and trims for curved surfaces.
Offered: Online through AEC Daily
The Garland Co. Inc.:
Design Applications for Standing Seam Metal Roofs
Credits: 2 LU
Details: This two-hour class provides an overview on standing seam metal roofs used in the commercial roofing market. What’s the best fit for your location? Participants will have a thorough understanding of the basic principals to follow when preparing a specification for standing seam metal roofs. Also, some basics of wind uplift, material differences, paint finishes, etc. will be discussed.
Offered: In-person
For more information: Contact you local Garland Representative
Low-Slope Metal Edge System
Credits: 1 LU/HSW
Details: Become knowledgeable with your Metal Edge System and the testing methods that go along with it. Participants will gain an understanding of the primary function of low-slope metal edge systems as well as proper design, testing, and specification methods to ensure secure, functional, and code-compliant systems. They will become knowledgeable in the various ANSI/SPRI ES-1 testing methods and how they apply to each component of the metal edge systems. Participants will also learn how to apply the ES-1 Test results in addition to learning how to correctly specify them.
Offered: In-person
For more information: Contact you local Garland Representative.
Guardian Industries
Principles of Glass Selection for Facades: From Rendering to Reality
Credits: 1 LU
Details: This interactive program discusses the foundations of the glass selection process and explores the aesthetic options available to meet project design and performance requirements.
Offered: Online through Architectural Record’s Continuing Education Center
The Use of Laminated Glass in Architectural Design
Credits: 1 LU
Details: This one-hour interactive presentation provides an overview of different types of laminated glass, manufacturing methods, major applications and key benefits.
Offered: Online through Architectural Record’s Continuing Education Center
The Evolution of Glass and High-Performance Coatings
Credits: 1 LU
Details: This one-hour interactive presentation provides an overview of the basics of glass and its manufacturing process. It discusses various types of low-E technologies available in the market and defines relevant energy terms.
Offered: Online through Architectural Record’s Continuing Education Center
Glass in Today’s Architecture
Credits: 1 LU
Details: This course offers an overview of the basics of glass and its manufacturing process, including
- The flat glass manufacturing process
- Glass substrates (types) and sizes
- Glass fabrication processes
- Basic performance terminology and different applications
Offered: Online through Architectural Record’s Continuing Education Center
For more information: www.sunguardglass.com
Hunter Douglas Contract
Considerations and Applications of Wood Ceilings
Credits: 1.00 HSWand1 GBCI CE hour(s) for LEED Credential Maintenance
Details: This class will describe the application of simulated wood products for interiors and ceilings, including engineered wood and metal substrates, and their benefits to sustainable design.
The course will also compare the environmental and health impacts of traditional and engineered wood solutions with composite wood-look materials including films, profile wrapped veneers, and powder coating on metal, wood, and plastic substrates. It will also highlight key criteria for ceiling material selection, including fire safety and fire ratings, as well as such IEQ factors as acoustics, light reflectance, toxicity, and durability/performance.
After taking the CEU, architects or design professionals will be able to evaluate wood-look and other ceiling systems in terms of their green-building benefits, such as recycled materials, light weight, good acoustics, and low VOC content.
Offered: Online through Architectural Record’s Continuing Education Center
For more information: http://continuingeducation.construction.com/article.php?L=73&C=1075
Kawneer Co. Inc.
Basics of Aluminum Framing
Credits: 1 LU/HSW
Details: This technical program discusses the proper application and selection of storefront framing systems and their appropriate components. A review of common storefront nomenclature plus structural loading and anchorage is included.
Offered: In-person
Basics of Entrances and Hardware
Credits: 2 LU
Details: A program that discusses the many different applications for aluminum swing doors. Review of typical nomenclature for entrance doors. This program also explores the common criteria that building owners and architects typically look at before selecting a type of door and hardware for a project.
Offered: In-person
Components of a LEED Strategy in Division 8: Glass & Glazing
Credits: 1 LU/HSW
Details: This course will give attendees an overview of how standard architectural aluminum framing products offered in Division 8: Glass & Glazing can be a key element of a design team’s LEED strategy. Standard components offered in architectural aluminum framing products can be major drivers for potential points in three categories: Energy and Atmosphere; Materials and Resources and Indoor Environmental Quality. Total building construction costs and LEED strategies do not need to work against each other. A cost effective LEED strategy can be achieved in part by gaining an understanding of the proper application of many standard components and how they are best utilized.
Offered: Instructor-led webinar or web conference
Preventable Curtain Wall Failures
Details: Curtain wall systems are designed to protect the interior of a commercial building from the often harsh exterior environment. A curtain wall failure can be easy to resolve or lead to a lengthy and expensive remediation process. In many cases, curtain wall failures are caused by fairly simple errors that occur during the fabrication and installation process. These are errors that could easily be prevented by a wider awareness of how curtain walls perform and how to install them so they can perform as intended. All stakeholders in a commercial curtain wall project should have a high level understanding of the few errors that cause the majority of in-field failures. This presentation will highlight these errors so that all stakeholders will have a better understanding of what they should be looking for to ensure a safe and successful curtain wall application. This course qualifies for 1.0 HSW/LU hour.
Offered: Instructor-led webinar or web conference, or online through Building Design + Construction University
For more information: www.bdcuniversity.com/kawneer
When to Use Storefront or Curtain Wall Construction
Credits: 1 LU/HSW
Details: This course provides an overview of the differences between curtain wall and storefront designs and functions. System fabrication and installation, and water performance are also discussed.
Offered: Instructor-led webinar or web conference, or online through AEC Daily
Thermal Barriers in Aluminum Fenestration Systems
Credits: 1.0 LU/HSW
Details: This program explores design methods to improve thermal performance in window, curtain wall, and door systems by reducing heat and cold transfer through the glazing system. Understanding, recognizing, and using the thermal barrier options in aluminum fenestration systems allows architects not only to realize the benefits of properly leveraging the technologies available but also to maximize the connection between the interior and exterior environments.
Offered: In-person, instructor-led webinar or web conference, or online through Architectural Record’s Continuing Education Center
Hurricane Wind Loading and Impact Resistance
Credits: 1 LU/HSW
Details: This program is developed to provide a better understanding of the requirements for wind-borne debris protection. As coastal populations and development increase, the threat of injuries, deaths and damage to property during hurricanes and violent storms has intensified. A major cause of property damage and injury is the penetration of the building envelope by wind-borne debris. This program explores the standards to which protection products must be designed and tested.
When to Use Storefront of Curtain Wall
Credits: 1 LU/HSW
Details: This course provides a better understanding of the differences between storefront and curtain wall designs, functions, performance, cost and applications.
For more information: Contact the Kawneer Architectural Services Team (AST) or a local Kawneer Sales Representative.
Linetec:
Choosing Sustainable Finishes
Credits: 1 LU/SD/HSW credit
Details: This sustainable design presentation includes the informed selection of materials, products, and manufacturers to reduce environmental impacts and improve building performance.
Offered: In-person and online
Introduction to Coatings
Credits: 1 LU/HSW
Details: This program compares the field performance of architectural Kynar paint and anodize finishes. Application processes for a quality finish will also be discussed.
Offered: In-person and online
For more information: www.linetec.com/AIA-CES_on-line.html
MBCI:
Details: Offers a variety of courses through its Metal Institute, including:
- The Devil in the Detail: designing a roofing system for long-term performance.
- A Review of Metal Panel Warranties: understanding metal roof warranties throughout the industry.
- Standing Seam Metal Roofing: comparison between metal roofing materials and alternative roofing materials.
- Insulated Metal Panels: five distinct courses that explores the various benefits of using insulated metal panels, i.e.; how IMP’s contribute to LEED credits, fire resistance ratings of IMP’s, the sustainability and energy efficiency of IMP’s.
- Retrofit Roof Systems: two separate courses that provide an in-depth look into the retrofit roofing systems and their ability to both conserve and generate energy.
For more information: Contact your local sales representative, or visit www.mbci.com/metal_institute
McElroy:
Integrating Solar with Metal Roofing Systems
Details: Photovoltaic solar systems are growing in popularity and use. Whether utilizing crystalline or thin-film solar technologies, metal roofing systems are an excellent host substrate. The course instructor will provide details about solar and metal roofing integration, which will include: solar options including advantages and disadvantages, BIPV solutions, solar attachment methods and appropriate host roofing systems.
Offered: In-person
Metal in Architecture
Details: To help to gain a general understanding of the principles of metal roofing systems, including common profiles, manufacturing processes, good design practices and common pitfalls to avoid.
Offered: In-person
For more information: (800) 562-3576
Metal Construction Association
Metal Roofing: The Perfect Platform for Solar Technologies
Credits: 1 LU / HSW
Details: A new metal roof installed over an existing roof, or a roof retrofit, provide the opportunity to add a photovoltaic (PV) system to a roof. This course will cover the basics of metal roofing and photovoltaics, as well as the synergy between solar technologies and metal roofing. Performance and environmental benefits, life cycle costs and retrofitting opportunities will be discussed. It’s important for a building owner to consider the roof and a PV system together as a single asset, rather than as separate components of a roof. With that approach, the total cost of ownership over the life of the asset can be assessed.
Metal Roofs and Walls from A (Aluminum) to Z (Zinc)
Credits: 1 LU
Details: This course will give you an understanding of the different types of metal roof and wall systems used in commercial buildings. It will examine different roof slopes, wall configurations and materials and how they present design opportunities for architectural elements. The course will also discuss the sustainability of metal roof and wall systems, as well as their economic impact. The end of the course will focus on a study that compared metal roof systems to other types of products in terms of life cycle costs, maintenance costs and owner satisfaction.
Retrofit Re-Roofing with Metal Roof Systems: Bringing New Life to Old Buildings with Energy-Efficient Applications and Sustainable Products
Credits: 1 LU/HSW
This course is an overview of re-roofing using metal roofing supported by an engineered framing or sub-framing system, also known as retrofit. The course will cover typical applications for metal roof and wall systems during the retrofitting process, identify building characteristics in which metal can resolve retrofitting issues of utility and design and explain the overall benefits of metal roof and wall systems for existing buildings, including energy savings.
Offered: Online through Hanley Wood University
Metal Sales:
Getting to Net-Zero with Metal Roofing
Credits: 1 LU/HSW
Details: This program explores the role of metal roofing in achieving net zero. Beginning with a review of supply-side renewable energy options and identifying the attributes of a NZEB roof, this program introduces the metal roofing platform for integrating renewable energy strategies. Also discussed are the sustainable attributes of metal roofing.
Single-Skin Profiled Metal: The Sensible and Sustainable Wall Cladding Choice
Credits: 1 LU/HSW
Details: This course starts with a review of the evolution of exterior wall design and then focuses on back-ventilated rainscreen walls. Discussed are the anatomy of rainscreen walls and the available options in the outermost cladding elements. The course ends with short case study examples.
Retrofit Roof Replacement Systems
Credits: 1 LU/HSW
Details: This course will examine the use of metal roof systems in a building envelope retrofit when a roof replacement is necessary. It will cover typical applications for metal roof systems during a building renovation or re-purpose, identify key design considerations to address existing building characteristics and provide pointers for panel selection. Also highlighted are renewable energy options to consider and the overall sustainable benefits of metal roofing for existing buildings.
For more information: www.metalsales.us.com/ms/resources/continuing-education
Metl-Span:
Insulated Metal Roof Panels: The Environmentally Smart Choice-DE
Credits: 1.0 LU/SD/HSW
Details: This program provides an overview of the performance properties of insulated metal roof panels, their characteristics, and how they compare to other roof systems. Attendees will also learn about applications of insulated metal roof panels in new and retrofit construction and their environmental impact in reference to green building rating systems.
Offered: In-person
Insulated Metal Wall and Roof Panels for Sustainability and Energy Efficiency-DE
Credits: 1.0 LU/SD/HSW, GBCI Approved for 1.0 General CE Hour
Details: Provides an overview of insulated metal wall and roof panels (IMPs) in terms of their material, finish, and construction life cycle, designed with features and benefits to enhance building performance, conserve energy and contribute to the sustainable built environment.
Offered: In-person
Mineral Wool Core Panels: Innovative Fire Resistant Wall Construction-DE
Credits: 1.0 LU/SD/HSW, GBCI Approved for 1.0 General CE Hour
Details: This program provides an overview of the performance properties of fire resistant, mineral wool core, insulated wall panels, in terms of fire resistance ratings, material, finish and construction life cycle. Code requirements, design specifications and environmental considerations are also discussed.
Offered: In-person
For more information:www.metlspan.com, or call (877) 585-9969.
Petersen Aluminum Corp.:
Cool Metal Roofing
Credits: 1.00 HSW/SD
Details: The cool metal roofs market is surging. In this course, you will learn the extent to which this increasingly popular roofing option can reduce cooling energy and lower peak energy demand in a building, as well as how to compare the thermal properties of various roofing materials. Also discussed are reflective pigments and their role in keeping a building cool. Pertinent codes, standards, incentive programs-all key considerations in specifying a roof-will be explained, as well as the ways in which cool roofs contribute to initiatives aimed at achieving zero net energy buildings over the next two decades.
Offered: Online
For more information: www.pac-clad.com/cool-metal-ceu-presentation/#/54/
RHEINZINK America Inc.:
Zinc in an Architectural Application
Credits: 1.00 LU/HSW/SD
Details: The hour-long presentation covers multiple topics including a brief history of zinc in construction, its characteristics, details of typical roofing and cladding systems, the patina process and environmental aspects and benefits.
Also included is an update on RHEINZINK’s rebranding of its classic “preweathered” finish now identified as prePATINA, plus an introduction to new product offerings including the PROTECT LINE, COLOR LINE and INTERIEUR LINE. The program concludes with a question and answer period.
Offered: In-person
For more information: Email info@rheinzink.com or call
(781) 729-0812
Technoform Bautec NA and Technoform Glass Insulation NA
The Future of High Performance Fenestration
Details: Starting with an overview of the energy drivers in the market, and a preview of the coming code requirements, the presentation then examines polyamide strip technologies available for thermally breaking aluminum frames, and how this can reduce energy costs.
Next up is the glass … various methods for improving the thermal performance of glass are discussed, plus improvement of insulating glass units through the use of warm edge spacers.
The summary shows how a combination of these technologies can meet the market requirements for a sustainable and high-performing window system.
Offered: Online
More information: www.glassinsulation.us/nc/news-events/news/newsId/868/
Tubelite Inc.:
* The In’s and Out’s of Architectural Aluminum Doors and Frames
* Green: Architectural Aluminum Products for Commercial Construction
* Integrated Façade Design-Daylighting
* Integrated Façade Design-U-values
Offered: In-person
For more information: www.tubeliteinc.com/aia-ces.html
Umicore Building Products USA Inc.:
Zinc Roofing and Wall Systems: The sustainable architectural metal of choice
Credit: 1 GBCI CE hour
Details: After reading and studying the article, architects will be able to:
- Differentiate among basic qualities of zinc as a sustainable building material compared to other architectural metals.
- Analyze and assess the multiple qualities of zinc that can contribute to green and sustainable building design including its long-term life-cycle benefits.
- Explore the qualities of zinc roofing in green building design among common application types.
- Examine the different applications of exterior zinc wall panel systems including green building applications.
Offered: Online through Architectural Record’s Continuing Education Center
For more information: www.vmzinc-us.com
Wausau Window and Wall Systems:
Accessibility Codes for Window Hardware
Credits: 1 LU/HSW
Protective Window Design
Credits: 1 LU/HSW
Codes, Ratings and Labels for Windows and Curtainwall
Credits: 1.0 LU/HSW
Re-cladding with Curtainwall
Credits: 1.0 LU/HSW
Window Replacement in Commercial, Institutional, and Mixed-use Residential Buildings
Credits: 1.0 LU/HSW
Condensation Resistance and Thermal Performance of Windows, Curtainwall, and Storefront
Credits: 1.0 LU/HSW
Window Selection for Sustainability and Long-Term Performance
Credits: 1.0 LU/HSW, also online
Curtainwalls: Products, Performance and Practicalities
Credits: 1.0 LU/HSW, also online
Daylighting and Integrated Façade Design
Credits: 1.0 LU/HSW, also online
Understanding U-Factors
Credits: 1.0 LU/HSW, also online
Glass: The Right Choice
Credits: 1.0 LU/HSW
For more information: www.wausauwindow.com/support/index.cfm?page=aiaces