Web-Series for Florida

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Web-Series for Florida

Event Dates

Monday, July 27 | Tuesday, July 28 | Wednesday, July 29 | Thursday, July 30 | Friday, July 31

Available Credits

10 AIA HSW/LU CE Hour(s)
2 FABC CE Hour

JOIN US EACH AFTERNOON • FREE TO ATTEND!

Event Agenda

Monday, July 27, 2020

Monday, July 27, 2020 | 1:00 pm Central

Retrofit Anchoring of Masonry and Stone Facades
Sponsored By PROSOCO
Presented By Kelly Morris
1 AIA HSW/LU CE Hour(s)

An overview of existing masonry and stone façade instability issues, the cause and recognition of these problems, and the cost-effective re-anchoring solutions for repair involving various masonry wall construction techniques.

Learning Objectives:
  1. Recognize the function and characteristics of brick ties and anchors
  2. Recognize existing masonry veneer instability conditions and their associated cause.
  3. Review the types of retrofit anchoring options and how they function
  4. Summarize the typical retrofit anchoring and masonry restoration process

Monday, July 27, 2020 | 2:00 pm Central

The Design Advantages of Synthetic Roofing Solutions
Sponsored By DaVinci Roofscapes
Presented By Corey Smith
1 AIA HSW/LU CE Hour(s)

This program will review the features and benefits of polyethylene based synthetic roofing material as well as compare this type of material to other types of high end roofing material.

Learning Objectives:
  1. State the design an architectural benefits of specifying a synthetic roofing solution including how synthetic products can contribute to LEED® point certification.
  2. Discuss the durability and long life cycle of synthetic roofing materials including the various testing methods and approvals related to roofing materials.
  3. List the green features of virgin-engineered polymer synthetic roofing materials.
  4. Compare the advantages and disadvantages of traditional roofing materials versus synthetic products.
Tuesday, July 28, 2020

Tuesday, July 28, 2020 | 1:00 pm Central

Materials, Technology, and Innovative Trends in Casework Systems
Sponsored By Case Systems
Presented By Michael Cline
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour

In this one-hour course, the design professional will gain an understanding of how manufactured casework has evolved over the years. Recent developments in casework that will explained include innovation in materials, concepts and how new manufacturing methods offer advantages.

Learning Objectives:
  1. Define areas that need to be included when specifying casework, including edge, core, and hardware and explain how the proper detailing can lead to a successful project that is aesthetically pleasing and maintains the welfare of building occupants.
  2. Identify current trends and code considerations when specifying laminate casework and how adhering to safety standards will produce a project that is durable and environmentally conscious.
  3. Compare and contrast different core materials and what unique characteristics they each have regarding the safety of building occupants.
  4. Discuss how Division 6 and Division 12 specifications impact your casework project.

Tuesday, July 28, 2020 | 2:00 pm Central

Masonry Solutions for BIM
Sponsored By Oldcastle APG
1 AIA HSW/LU CE Hour(s)

Masonry construction presents a myriad of challenges for specifiers – especially those who are less familiar with masonry construction methods, performance standards and assembly detailing.

Learning Objectives:
  1. Investigate how masonry codes, best practices and modeling software interact during the design process to ensure a high-performing masonry building. The IECC's C402.1.4 U-Factor method of performance calculation and TMS 402 Standard on masonry movement joints – two major challenges in masonry design – will be specifically highlighted.
  2. Describe a number of complex masonry wall assemblies that BIM modeling tools can help simplify, including single- and double-wythe walls, reinforced masonry, cavity walls and insulated masonry.
  3. Identify the structural, insulative and mechanical performance of masonry products, including concrete masonry units (CMUs) and structural clay brick.
  4. Analyze how new masonry modeling tools have solved previous shortcomings, including how BIM technology can simplify the challenge and expand the possibilities of designing with masonry.
  5. Apply techniques for modeling masonry walls to reduce cost and improve installation quality by reducing waste, limiting material cuts, clarifying reinforcement locations and eliminating clash during the design process instead of in the field.
Wednesday, July 29, 2020

Wednesday, July 29, 2020 | 1:00 pm Central

Sponsored By Scranton Products
Presented By John McKeon
1 AIA HSW/LU CE Hour(s)

In this program, we explore the current trends and issues changing the way we design restrooms. We’ll discuss what users want in a restroom experience, demand for increased privacy, and solutions for making your restroom the best room.

Learning Objectives:
  1. Discuss public restroom evolution and how current trends are changing the way we design restrooms
  2. Explain the increasing demand for higher privacy and how specific partitions and accessories can be utilized to promote privacy and personal well-being
  3. Compare and contrast the various partition materials and styles available, focusing on which ones help create a safe and hygienic restroom environment for users
  4. Discuss the production process of HDPE partitions and how this contributes to a more sustainable, healthier indoor environment

Wednesday, July 29, 2020 | 2:00 pm Central

Presented By Chuck Smith
1 AIA HSW/LU CE Hour(s)
1 GBCI General Hour

This course provides a comprehensive overview of spray-applied acoustical finishes, examines the relationship of acoustics and health, safety and welfare and the need for acoustical consideration prior to building occupancy.

Learning Objectives:
  1. Describe basic acoustical terms and sound principals in relation to building materials, and project types. Recognize the need for acoustical consideration prior to building occupancy.
  2. Describe the benefits spray-applied acoustical finishes provide including: enhanced Indoor Environmental Quality (IEQ), possible LEED contribution points, and overall functionality.
  3. Identify the three main types of spray-applied acoustical finishes: Cellulose based, Gypsum/Plaster based, and Cementitious based and recognize the textures, benefits and uses for each.
  4. Examine the relationship between Acoustics and Health and Safety, and the health risks associated to excessive noise. Recognize facilities and areas requiring acoustical treatment.
Thursday, July 30, 2020

Thursday, July 30, 2020 | 1:00 pm Central

Sponsored By Armortex
Presented By Rick Snelling
1 AIA HSW/LU CE Hour(s)

In this one-hour course, design professionals will learn about anti-ballistic technology, specifically fiberglass panels, windows, doors, and other products, that are used to protect a building’s occupants from weapons, impact, and explosives.

Learning Objectives:
  1. Define the four different types of resistance technologies that are used to protect occupants from weapons, impact, and explosives
  2. Identify the organizations that create standards and testing for resistance technologies to ensure these products are capable of securing the building in the event of an attack
  3. Evaluate anti-ballistic products, specifically panels, windows, and doors, on their durability and safety
  4. Apply knowledge of anti-ballistic technology and specify products to promote safe environments

Thursday, July 30, 2020 | 2:00 pm Central

1 AIA HSW/LU CE Hour(s)

This course provides an overview of autoclaved aerated concrete (AAC) with a discussion of the raw materials and production process, and a focus on the beneficial properties of the wide range of AAC products available today for use in a variety of commercial and residential projects

Learning Objectives:
  1. Discuss the types of projects where AAC is appropriate, feasible and economical
  2. Explain the material properties of AAC including thermal performance, fire resistance, acoustic performance, moisture behavior, and ecological factors
  3. Examine the general production process of autoclaved aerated concrete (AAC)
  4. Determine the various types of AAC products that are available Ascertain the erection methods and equipment used for AAC projects
Ron Blank & Associates Inc.
Friday, July 31, 2020

Friday, July 31, 2020 | 1:00 pm Central

Florida Building Code, 6th Edition (2017) Advanced Class for Fenestration
2 AIA HSW/LU CE Hour(s)
2 FABC CE Hour

This course will address the different fenestration codes within the Florida Building Codes 6th Edition (2017).

Learning Objectives:
  1. The course begins with a brief history of the Florida Building Codes. an explanation of how the Commission works. We next explore the different reasons why opening protection is so important, and how it can save the consumer money in the long run. A thorough explanation of all the testing methods and label requirements used by the Florida Building Code will be given. The wind-borne debris provisions within the code will be discussed, along with the ASCE 7-10 maps depicting where this is required. All the wind-borne debris choices available by code, along with advantages and disadvantages of each will be explored. Code issues that everyone will need to know and pay attention to when choosing and installing fenestration products will be addressed as well.
  2. Caution will be noted as to what to look for when reviewing either a Florida Product Approval or a Miami-Dade NOA. As “energy” has taken a very prominent spot due to legislation, the decisions needed to be made in order to be compliant with the current code, as well as what the future codes will require, will also be clarified. The course will finalize with a list and explanation of resources available to everyone to keep informed as to all the requirements when thinking about purchasing windows and doors either for replacement or for new construction.
PGT Custom Windows & Doors

This Event Is Intended for the Following Regions:

Click a region to view state CE requirements