Southeast

Credit type: 1 LU|HSW
Provider: Pilkington

Different buildings have differing needs for aesthetics, performance, and functional operations. Few building materials have as great an impact on all three of these areas as glass since it plays a unique and important role in building design and the environment. The use of glass in buildings affects design, appearance, thermal performance, and occupant comfort.

Historically, glass was used mainly for windows to admit air and light, but with advanced manufacturing options and the need for high performance buildings, it is now integral to interior and exterior architecture. Glass now plays a critical role in achieving a wide variety of dynamic and varied performance requirements from reducing bird strikes to generating power. These evolving technologies enable a variety of occupant and building performance improvements such as air quality improvements, fire protection, and improved acoustic performance.

Additionally, these technologies can be used to enable significant reductions in the energy usage of existing and new buildings, which further improves sustainability and the push towards zero net carbon building future. Therefore, the selection of the right types of glass is a crucial element of the design process to create solutions that not just achieve the performance and aesthetic targets, but also directly lead to the greater goals of occupant health and comfort as well achieving the macroscale building demands in terms of sustainability and operations. Architects who understand the full range of possibilities available from glass manufacturers can use them to design the aesthetics, performance, and wellness standards required of the built environment today.

Learning Objectives

• Identify the different types of high-performance glass that are available and explain how these products impact occupant health, safety, and sustainability.
• Investigate the design potential and innovative opportunities to reduce bird strikes, improve sound attenuation, reduce fire risk, and improve surface cleanliness using advanced glass technologies.
• Explain how window retrofit technologies and power generating/dynamic glazing contribute to green and sustainable design in buildings.
• Acquire insights into emerging technologies being used to achieve healthier, safer, and more sustainable buildings, beyond achieving performance and aesthetic targets.

Presenters

Dr. Kayla Natividad

ATS Engineer

Dr. Kayla Natividad

Dr. Kayla Natividad, WELL AP, LEED Green Associate is an Architectural Technical Service Engineer with Pilkington North America. She received her PhD in civil engineering with a focus in structures and research in glass design from Texas Tech University. She is an active member of many industry organizations and actively contributes to codes and standards development for North America. Kayla has and continues to promote green building through education and advocacy of glass technology.

Credit type: 1 LU|HSW
Provider: Cascade Coil

Architecture is light.” As Le Corbusier stated, indeed architects spend a lot of design time working with the dynamic interplay of natural and artificial lighting on to, and in to, their building’s surfaces, materials, and three-dimensional spaces to create a complete experience for building occupants. With variable light transmission and reflection qualities, coiled wire fabric has quickly become one of the most popular materials for incorporating light into buildings by offering unparalleled design flexibility and customization through an incredibly cost-effective and durable material option suitable for a wide range of interior and exterior applications.

This course delves into the specifics of this versatile architectural metal mesh material and looks at the variety of ways that it can be used to enhance architecture through the use of light. Starting with an overview of the material, we then look at the ways it can be a means of control and enhancement of both natural daylight and electrical lighting. Further, we explore its use as a surface where still or moving imagery can be projected. Ultimately, it is the combination of design prowess, materials, and lighting that create beautiful, functional architecture as seen in examples cited.

Learning Objectives

• Identify and recognize the specific nature of coiled wire fabric with its abilities to impact lighting, ventilation, and well-designed healthy spaces.
• Assess the use of coiled wire fabric to control or enhance the use of sunlight to create improved indoor environments for the welfare of their occupants.
• Explain the options available for using electrical lighting, including low voltage or energy efficient LED lighting, for interior and exterior installations.
• Determine ways to use coiled wire fabric to receive projected imagery, both fixed and moving, for artistic or performance purposes.

Presenters

Amy Allen

Sales Manager

Amy Allen

Partnering with architects, designers, and contractors from concept to completion to achieve innovative and ambitious designs across various sectors, Amy’s years of experience and intimate knowledge of Cascade’s engineered systems give her a unique ability to creatively craft stunning, budget-conscious architectural mesh solutions for a diverse range of high-profile projects domestically and internationally. Learn from Amy’s experience through this insightful continuing education course on Lighting Effects with Coiled Wire Fabric.

Alternate, original provided: Amy manages in-depth coordination with designers and contractors from project conceptualization to completion on high-profile projects in various sectors. Her years of experience have equipped her with an intimate knowledge of Cascade’s engineered systems and how to creatively apply them for stunning aesthetics while keeping budgets in line. Amy handles projects nationally and internationally.

Credit type: 1 AIA HSW LU
Provider: Kawneer

What are thermal breaks, and how do they work? This session explores the main methods of adding thermal breaks into aluminum frames. We will cover how thermal barriers work and the various thermal barrier technology options that are available. We will discuss how architects can use different combinations to meet the energy demands of each project and code requirement.

Learning Objectives

• Recognize and use the benefits of a thermal barrier in aluminum fenestration systems
• Recognize available thermal barrier technology options and how each one works
• Identify the test procedures and standards used to evaluate system performance
• Examine the benefits of properly leveraging the connection between interior and exterior environments

Presenters

Chris Schultz

Product Manager of Storefront, Entrances and Framing

Chris Schultz

Chris Schultz, P.E., is Product Manager for Storefronts, Entrances and Framing at Kawneer, which pioneers architectural solutions to advance modern design with resilient, distinctive buildings that promote well-being. Before joining Kawneer, Chris spent ten years in engineering and product management roles within the infrastructure products industry. Chris applies his engineering experience to drive the delivery of technical solutions for the commercial construction markets. He received a B.S. in Civil Engineering from Clemson University and is currently an M.B.A. candidate at Georgia Tech’s Scheller College of Business.

Credit type: 1 LU|HSW
Provider: Sherwin Williams

Are you working on a project that demands a high-performance sealant?
Since it’s introduction during WWII, polyurethane has been used in a variety of products to provide durability, versatility and expansion and recovery – including sealants. In this course, you will learn about different types of high- performance sealants, and will understand where to specify these products for the best outcome.

Learning Objectives

• Review the differences between caulk and sealants
• Discuss the advantages of polyurethane sealants
• Learn the key characteristics and uses for different urethane formulation types
• Discuss application fine points that will produce a better outcome
• Consider common uses for urethane sealants

Presenters

Tom Sprecacenere

Account Executive

Tom Sprecacenere