PROGRAMME DES FOURNISSEURS D’ÉDUCATION (PFÉ)

The course provides an overview of engineered resins utilized for exterior building projects and applications. Important details on the evolution, the performance characteristics and the design options that resins bring to an exterior project are discussed and demonstrated. The program contains a selection of example applications where resins have been employed to complete high-performing and high-design exterior projects that are difficult to achieve with traditional building materials.

This interactive video presentation provides valuable information about the unique properties of architectural resins and glass and how they translate to today’s built environment. With this course you will gain a greater understanding of the performance characteristics of each material, enabling you to select the best materials to meet the demands of your projects.

DATE: UPON REQUEST

This program will explore various design parameters in gypsum underlayments and floor/ceiling assemblies including sound performance, fire resistance, aesthetics and installation methods. Case studies will be used to demonstrate design options, solutions, and trade-offs based on the chosen parameters.

As the built environment faces increasing environmental, economic, and social challenges, architects and designers must adopt strategies that ensure long-term resilience and sustainability. This course explores the interconnected nature of these challenges and provides a framework for transitioning from a linear to a circular approach in design and construction.

The course will examine the role of architecture and design in shaping sustainable solutions, leveraging the concept of using collective power to drive meaningful change. Through case studies, discussions, and practical applications, participants will learn how to integrate circular economy principles into their work and influence firm-wide adoption of future-proofing strategies.

By the end of this course, students will be equipped with the knowledge and tools to create a more regenerative and adaptive built environment, ensuring that every design choice contributes to a more sustainable future.

Have you considered building materials as a source of optimizing energy performance and reducing operational carbon emissions to meet sustainability goals? In this course, participants will understand how building materials such as phase change material ceilings can address building occupant discomfort related to acoustics and temperature. The course will review the fundamentals of thermal mass in buildings, explore phase change material and dive into applications and case studies. This course will demonstrate how innovative products like phase change material ceilings can contribute to numerous sustainability criteria such as LEED credits.

In this course, participants will delve into the intricate relationship between creative design, well-being, and the rejuvenating properties of water elements. Throughout the program, participants will be guided by the presenter to explore the profound impact that creativity, solitude, sensory stimulation, and water integration can have on the overall wellness and interior spaces. By addressing these key themes, participants will develop a comprehensive understanding of how to curate environments that foster both physical and emotional health.

In this CEU, we will look at holistic sustainability approaches to better understand why climate change is on a critical path. We will decipher all the product declarations, labels and standards, giving you the tools to measure success. Finally, we will demystify the carbon story and discuss circularity to arm you with information to move us all forward in our sustainability goals.

Color has the ability to transform a room and complement the many design elements that add up to a beautiful, well-considered space. When selecting the right colors and products for a project, selecting the appropriate finish for walls, trim, millwork and other painted surfaces is a key consideration. This course provides information and practical knowledge on sheen and gloss levels, while illustrating the use of various finishes through a home painted in colors from the Color Trends 2019 Palette.

This 1-hour course offers an overview of the IBC seismic design categories classifications and the effect of soil type, location, and building types on design categories and their installation methods and details, including alternative ceiling suspension designs.

There are many refined metal surface options to add lustrous and reflective qualities in Hospitality, Retail, Office and High-end Kitchen spaces. Over the millennium, metals have been mined and refined for use in decorative objects and surfacing: starting with Copper to Gold, Brass, Bronze and Steel, then modern day Stainless and Aluminum. Decorative and protective finishing techniques enhance thin sheets of metal for easy-to-fabricate millwork used in modern interiors. Today’s vertical metal sheet options have suitable technical certifications and are easy-to-clean and maintain.

A comprehensive overview of LEED v4 BD+C New Construction credits – and how paints and coatings can contribute directly and indirectly to LEED credits. We will review credit intents, explain credit requirements, and explore where to find materials to meet the needs of the credits.

Join us as we explore the art of crafting lifestyle amenity spaces in healthcare environments. Discover how these spaces go beyond traditional healthcare settings, creating destinations that foster healing and well-being. Explore the fundamental needs of Focus, Gather, and Nurture, essential for tailoring environments that empower patients, families, and healthcare professionals alike. Experience the transformative potential of thoughtful design in healthcare, where every space contributes to a holistic journey of healing and interaction.

Explore the advantages and effects of LED technology in this course. Examine key lighting terminology, the significance of light color temperature and intensity, and the transformative impact of light on environments. Participants will learn how to use LED lighting effectively to enhance functionality and aesthetics while ensuring the well-being and comfort of individuals in various settings.

Explore the role of high-pressure laminate (HPL) in sustainable design and material selection. Participants will learn about the HPL manufacturing process, how to assess its environmental impact, and the key factors that contribute to its footprint. The course will guide you in reducing HPL’s environmental impact, understanding sustainability certifications, and prioritizing environmentally responsible materials. By the end of the course, participants will be equipped with the knowledge to make responsible, sustainable material choices that align with both environmental goals and high-quality standards.

This course explores the essential properties of cold formed steel (CFS) frames and structural cementitious panels, emphasizing their role in functional adaptive reuse projects. Participants will learn about the advantages of installing CFS frames and structural cementitious panels in existing structures to create new, usable spaces. Participants will be equipped with the knowledge and skills to effectively implement cold formed steel and structural cementitious panels in adaptive reuse projects, promoting sustainability and innovation in the built environment.