This is part 1 of a two part course titled Architecture for Light. The course - as a whole - examines design considerations for creating built environments which embrace light.

IoT, Connected Lighting, Smart Lighting, Smart Buildings are all terms that could be used to describe this topic and it certainly can it be confusing. This presentation will delve into and summarize the recent IES Lighting Practice LP-12-21 to make sure that it is easy to understand. During our journey we will clarify the necessary terms around IoT, understand the value of the problems that connected lighting can solve, discover different use cases and their benefits. This presentation will also explain the technologies used in connected lighting and the applications they are used in. We will outline how to specify connected lighting throughout the project life cycle. The course will explain cybersecurity requirements as well as integration and customer acceptance. Finally, the course will highlight the future state of connected lighting.

In this session, physical characteristics of outdoor space will be discussed alongside the importance of pedestrian reassurance. Our RP-43 discussion will walk attendees through thoughtful examples and the ground-breaking illuminance recommendations of pedestrian applications. Spoiler alert, you may achieve better results using less light.

With design and reassurance at its core, this session will walk you through LP-2, describing pedestrian vision, lighting design considerations, and the design process for outdoor pedestrian spaces.

An introduction to the interconnected concept of synergistic systems through IoT connectivity within the built world.

An introduction to the interconnected concept of synergistic systems through IoT connectivity within the built world.

This course provides a broad introduction to lighting controls, daylighting, and human-centered control design. It begins with lighting controls fundamentals, then explores how controls and shading strategies can support energy code compliance, make effective use of daylight, and create dynamic, comfortable environments.

An overview of the capabilities of tunable white luminaires, differing light spectrum controls, and the related design challenges.

This webinar will look back at the background of circadian metrics, and look forward to the opportunities and challenges facing the future development and implementation of circadian metrics in the built environment.

An overview of the capabilities of tunable white luminaires, differing light spectrum controls, and the related design challenges.