Sliding Door Locking Solutions for Commercial Spaces ( ~ 1 hour ) 

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The use of sliding doors in commercial applications is increasing at an exponential rate as facilities embrace the ability to reclaim previously unused space and create wider paths of travel. This course is designed to provide architects, designers, and specifiers with a comprehensive understanding of sliding door locking solutions in commercial spaces and the role of door hardware in ensuring safety, security, and accessibility. By analyzing case studies and exploring the features and benefits of sliding door locking solutions, participants will be able to make informed decisions when specifying sliding door systems for commercial spaces.

Architectural and Performance Benefits of Cellular PVC Cladding ( ~ 1 hour ) 

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Cellular PVC cladding is delivering high performance characteristics in architectural applications that may not be available with other products. This course presents the benefits of cellular PVC as a cladding material and focuses on high performance coatings, how they work, and how their design contributes to their durability and longevity. This along with the architectural design of pre-finished PVC trim system to accompany the cladding.

Decorative Beams, Panels, Truss Systems, Mantels, and Column Covers ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s981888/www.aecdaily.com/course/1003715

Adding wood, stone, or masonry accents can dramatically change the look of a space, but time, cost, or even structural requirements can interfere. This course reviews the use of realistic, lightweight, cost-effective, and easy-to-install options for decorative faux elements. The performance, design options, and installation of high-density polyurethane panels, beams, truss systems, mantels, and column covers are examined.

Electric Infrared Heating Systems: Creating Long-Term Sustainability ( ~ 1 hour ) 

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Infrared patio heaters are a sustainable way to heat outdoor spaces. This course reviews the available options and their sustainability profiles, focusing on electric infrared heaters.

Invisible Hinges: Innovations in Door Hardware ( ~ 1 hour ) 

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Considering door hardware early in the design process enhances the aesthetics and functionality of a space. Invisible hinges balance durability, security, and ease of use without detracting from the design. This course examines standard invisible hinges as well as those for fire-rated and closer doors, and offers guidance on specification and installation. Case studies demonstrate the array of invisible hinge applications, and innovative door hardware solutions for powered entry and ADA compliance are presented.

Trench and Slot Drain Design Solutions ( ~ 1 hour ) 

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This course will scratch the surface of the linear drainage world, including trench drain, slot drain and utility trench. We will discuss what exactly defines a linear drain, and what all the various parts and pieces are. A review of the history of linear drainage will provide some context as to where the industry has been and where it is going. Next, an in depth look at the common failures experienced by linear drains historically will be followed up by design considerations to ensure that you have the basics needed to make informed decisions and avoid those typical pitfalls. Lastly, we'll have a look at some various case studies which highlight the depth and breadth of what a linear drain solution can do on a variety of different projects.

Increasing Concrete Durability and Sustainability with Crystalline Waterproofing ( ~ 1 hour ) 

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Although known for being a strong and versatile building material, there are a number of factors that affect the sustainability of concrete, and a variety of measures that can be taken to increase its durability and extend its service life, thus protecting the health, safety, and welfare of the users. This course discusses the environmental impact of concrete and some of the main causes of concrete deterioration, and examines how crystalline waterproofing technology can be employed to increase the durability and sustainability of concrete.

Polyiso – Advantages of Polyiso in Below-Grade Applications ( ~ 1 hour ) 

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This course explores the below-grade use of polyisocyanurate (POLYISO) insulation to meet energy code and maximize thermal performance of the building foundation. Let us help dispel the myths that have been created relative to POLYISO insulation while discussing its thermal performance, water absorption, and load capacity – the three primary characteristics for below grade insulation. In addition, we will discuss how the insulation can provide protection for the foundation waterproofing system.

Designing Rough Openings for Proper Drainage and Drying ( ~ 1 hour ) 

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Rough openings will leak - learn how to properly sequence rough opening installation materials and allow the “leaks” to drain out and away from the building structure.

Innovative Concrete Masonry Designs for School Construction ( ~ 1 hour ) 

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This presentation teaches participants the concrete masonry wall system options available for school construction, compares the performance and cost of concrete masonry vs. framed construction, identifies the safety, security and resilience advantages of concrete masonry, and introduces how coated masonry wall systems can offer benefits for interiors spaces requiring durability or heightened hygienic conditions.

Collaborative Design Integration for a New Era of Health ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s1063182/www.aecdaily.com/course/1161364

The healthcare industry is always looking to the future (while tethered to the past). Imaginative possibilities, tech-enabled solutions and groundbreaking research proliferate in the age of AI. In a post-pandemic society, future-forward design thinking is increasingly grounded in the present moment; sustainability in health transcends geographic and cultural boundaries as a shared priority for sustaining human health and life on Earth. With all the potential for positive impact, how can designers adopt a mindset shift today that enables a shared vision for the future? A paradigm-shift from a siloed perspective on value, this presentation will explore the synergistic benefits of collaborative, integrated design thinking and its multifaceted advantages for achieving sustainable outcomes – from holistic wellbeing to high-performance operation. During this talk, you’ll: • Explore the advantages of a building envelope design that considers patient comfort and high-performance operations of mechanical systems • Understand how mass timber can reduce structural and foundation costs, construction time and enhance interior finishes • Reimagine waste as an energy source and the possibilities to transform system operations to be more financially and environmentally sustainable • Review examples of healthcare facilities with successful sustainable design outcomes and the inherent value that a whole-systems, integrated approach brings to healthcare design.

Mitigating Climate Threats Through Healthcare Design ( ~ 1 hour ) 

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Natural disasters often disable healthcare facilities at the precise time their services are needed the most, posing a major threat to healthcare providers and the surrounding community. Research shows that system failures directly affect financial outcomes, costing hospitals between $600,000 to $2 billion per incident, and negatively impact patient care. In the face of a rapidly changing climate that continues to amplify these threats, there’s only one solution: build and design for the future. When Baptist Health Care built their new medical campus in Pensacola, Florida, they asked the Gresham Smith design team to put resiliency at the forefront of the project. The team conducted a comprehensive Climate Risk Assessment that examined rainfall projections 50 to 100 years into the future. Following the risk assessment and an in-depth flood analysis of the site, the team responded with a resilient and sustainable design solution that features: · A building elevation that can accommodate 100-year flood levels; · A structure and envelope that can withstand 170 MPH, three-second wind gusts; · 96 hours of emergency power and 4 days of off-grid operational capacity; · N+1 capacity for mechanical systems to eliminate service disruption; · Stormwater support for cooling towers and irrigation systems; · Ceramic frit and vertical fins to reduce cooling load; · And Type 1L cement that reduces embodied carbon by 13%. During this presentation, members of the Gresham Smith team will share this case study to discuss how healthcare facilities can plan for the future using climate-resilient and sustainable design strategies.

Designing a Sustainable Hospital of the Future ( ~ 1 hour ) 

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Sustainability in healthcare design typically revolves around optimizing traditional buildings within established health systems. But what if we embraced a broader perspective, considering sustainability at the system level? Imagine if we redesigned service delivery and infrastructure to not only combat climate change but also to improve community health outcomes. Could such innovations also address the industry's financial, staffing, and equity challenges? Join a diverse team as they present a thought-provoking proposal: an integrated ecosystem that reimagines the distribution of healthcare, social services, and community support. Their vision aims to conserve valuable resources—both financial and environmental—while simultaneously enriching the human experiences, advancing health equity, and leveraging cutting-edge advancements in science and technology. This session will explore: · The importance of environmental health in improving social determinates of health. · Cooperative competition fostering alliances that combine resources for mutual gain. · Mass timber in hospital construction. The session will review the ecosystem’s components and impacts, which includes a redistribution of care into the home, community health hubs, advanced ambulatory care centers, and a critical-care community hospital, followed by a deep dive into the carbon-neutral design strategies for the community hospital of the future.

Light-Manipulating Materials: Create, Build, Inspire ( ~ 1 hour ) 

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Light-manipulating materials use internal channels to capture, bend, scatter, and redirect light and create visually stunning spaces. Panels and slabs in resin, glass, and terrazzo create an experiential surface for privacy screens or signage, primary or accent lighting, countertops or flooring—anywhere the interplay of light and shadow is desired for beauty and inspiration. This course describes the different types of light-manipulating materials and substrates as well as the design and installation options for a wide range of dynamic, unique applications.

Light-Manipulating Materials: Create, Build, Inspire ( ~ 1 hour ) 

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Light-manipulating materials use internal channels to capture, bend, scatter, and redirect light and create visually stunning spaces. Panels and slabs in resin, glass, and terrazzo create an experiential surface for privacy screens or signage, primary or accent lighting, countertops or flooring—anywhere the interplay of light and shadow is desired for beauty and inspiration. This course describes the different types of light-manipulating materials and substrates as well as the design and installation options for a wide range of dynamic, unique applications.

What Architects need to know about Structural Engineering for Concrete Masonry Walls ( ~ 1 hour ) 

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This course provides architects with insights regarding the structural engineering concepts that are critical to successfully constructing concrete masonry structures.

Electronic Locking Devices for Access Control Systems ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s4992/www.aecdaily.com/course/1001749

Access control systems are used to limit entry into designated secure areas to certain personnel during predetermined time periods. In this one-hour course, we will review electrified door locking hardware and related components which interface with electronic access controllers to provide a complete security solution.

Drinking Water Filtration: A Changing Landscape ( ~ 1 hour ) 

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Many communities face challenges related to the presence of harmful pollutants in their drinking water supply. This course examines the issues associated with these contaminants, focusing on lead, per- and polyfluoroalkyl substances (PFAS), and microplastics. It also discusses the government’s response to providing clean, safe water and innovations in point-of-use filtration systems designed to reduce toxic substances in drinking water and minimize the environmental impact of disposable plastic water bottles.

Health, Safety and Welfare with Modular Masonry ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s1126103/www.aecdaily.com/course/1126182

A course concerning the Heath, Safety and Welfare that must be taken into account when specifying and installing a Modular Masonry Fireplace. Discuss the advantages of pre-fabricated masonry fireplaces.

Hardwood Flooring Systems for Durability, Moisture Control, & Sound Reduction ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s2580/www.aecdaily.com/course/1065223

Selecting flooring is an important decision, but equal emphasis should be placed on proper surface preparation to avoid costly flooring failures. This course reviews best practices for a typical hardwood flooring installation and discusses the innovative options that consolidate products and steps, saving time and money while enhancing certain performance characteristics.

Sound and Noise Control in Hospitality Facilities ( ~ 1 hour, 15 minutes ) 

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https://redirect.aecdaily.com/s14798/www.aecdaily.com/course/1033155

To review the basics of sound, sound movement, and sound measurement to detail the comprehensive range of applications available to the designer to block unwanted noises, control the acoustics in large venues, and provide complete privacy where it is needed, and to discover how to improve the aesthetic appeal of each space as a result.

Design for Success – Polyiso Continuous Insulation Solutions for Commercial Building Envelopes ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s20151/www.aecdaily.com/course/1126798

Modern building envelope assemblies need to deliver a wide range of benefits – from protecting against severe weather to reducing energy waste to improving occupant well-being and comfort. Each component of the envelope has an important role to play, including the insulation. This presentation introduces the key benefits and attributes of polyiso continuous insulation products used for above grade wall assemblies as well as below grade applications. Topics covered include designing building and energy code-compliant commercial envelope assemblies, solving performance challenges like thermal bridging and moisture barrier and air barrier requirements, and reducing the environmental impacts of buildings with assemblies that contain polyiso continuous insulation products.

Redefining Rooftops: Understanding Rooftop Deck Systems ( ~ 1 hour ) 

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https://redirect.aecdaily.com/s17339/www.aecdaily.com/course/1001143

Rooftop decks create valuable living and recreational space for building owners, residents, and clients. Accommodating restaurants, hotels, healthcare facilities, and everything from residential to government buildings, rooftop deck systems offer the design flexibility to create versatile, unique outdoor spaces over any structural surface. This course explores the features, surface materials, and design options for rooftop deck systems and provides an overview of recommended planning and installation guidelines.

Aesthetic Options for Concrete Masonry Walls ( ~ 1 hour ) 

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This course covers the aesthetic choices available to designers with concrete masonry, including colors, textures, scale and contours, and the best approach to the specification and construction process to achieve desired results. The course discusses how to add cost-effective aesthetic details by using specialty face designs. Finally, the course discusses considerations for using veneers or single wythe concrete masonry units.

Light-Manipulating Materials: Engaging, Biophilic, & Sustainable ( ~ 1 hour, 30 minutes ) 

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https://redirect.aecdaily.com/s707030/www.aecdaily.com/course/1042078

Light-manipulating materials use internal channels to capture, bend, scatter, and redirect light and create visually stunning spaces. Panels and slabs in resin, glass, and terrazzo make an experiential surface for privacy screens or signage, primary or accent lighting, and countertops or flooring—anywhere the interplay of light and shadow is desired for beauty and inspiration. This course describes the different types of light-manipulating materials and substrates, design and installation options, and the contributions of these products to sustainability goals as well as occupant health, well-being, and engagement in a wide range of dynamic, unique applications.