
CONTINUING EDUCATION




Controls Basic Programming
In this hands-on class, students will acquire the skills and supporting knowledge to program, and operate an nLight® system. Topics include functional operation and installation best practices for nLight and nLight AIR.
Controls Design Applications
During this in-person program, students will participate in an interactive approach to controls design in applications. Instructors provide detailed product information, then show students how to apply products to put together a lighting control solution using Sensor Switch and nLight Platform lighting control systems within Acuity’s Visual Controls software.
Acuity Brands Stock and Project Solutions
This in-person seminar will provide attendees with an overview of Acuity Brand’s most common stock and project solutions from some of the most popular brands in the industry including Lithonia Lighting™, Juno™, SensorSwitch™, nLight®, and IOTA™. Presenters will highlight readily available and configurable products to capture opportunity business and meet tight project timelines.
Designing nLight Wired Systems Using Viral Controls Design Software
In this Virtual Instructor-Led class, students will participate in an interactive approach to using design software to assist in lighting controls design. Instructors provide basic product information, then show students how to apply products to put together a lighting control solution using the Visual Controls design software. Students will learn how to develop nLight Air solutions by applying electrical concepts, lighting control strategies, and product knowledge. Students will also create layouts, bill of materials, riser diagrams, schedules, and comprehensive documentation for multiple nLight Wired solutions using the Visual Controls design software.




Advanced Lighting and User-Designed Controls for Modern Classroom: 1LU | HSW, 1 LEU
Reducing energy costs and complying with energy codes is only part of the equation for good lighting control for the modern classroom. This presentation examines how we can choose to improve learning with light color and light intensity. Understanding prior research and a recent Department ofEnergy funded study that states teachers, administrators and other users see lighting as a powerful tool to enhance the learning environment and cue behavior within the classroom setting. A key objective of this presentation is to analyze how peers’ feedback led to the design of a user friendly interface to meet the objectives of a simple, intuitive, preset control that teachers could modify to suit their goals. A significant part of the study outcome and presentation explains how to make this technology affordable so that it can be implemented today in designing schools that have no additional source of funding. With this user designed lighting control solution, this course explains how the modern classroom can support learning while minimizing operating costs.
Designing with Acoustics for a Better Working Environment: 1LU | HSW, 1 LEU
The design of tomorrow will increase the use of glass, concrete, exposed ceilings, and other hard surfaces into the built environment. These architectural elements not only deliver modern and desirable aesthetics, but also provide surfaces that are easily cleanable. The continued use of these non-sound absorbing elements will present us with acoustical challenges and will have direct impacts on occupants well-being and productivity. This course will dive into modern design and the health impacts related to these decisions. We will also explore the ways architectural acoustics impact the interior environment and occupants. Lastly, we will learn how to properly identify and specify sound absorbing materials while exploring the types and benefits associated with luminaire integration.
Designing with Linear: Luminaire Design Metrics and Lighting Trends for Modern Environments: 1LU | HSW, 1 LEU
In this course we will analyze the value that lighting brings to modern interior environments and its occupants. This presentation will discuss foundational elements of lighting design and examine industry benchmarks for luminaire specification. Lastly, we will examine strategies for lighting modern applications, including Education, Commercial, Healthcare, and Transportation Hubs.
Product Transparency for the Future of Healthy Buildings: 1LU | HSW, 1 LEU
Product transparency and sustainable design is a green building initiative gaining momentum with specifiers and building owner requesting materials free of harmful chemical toxins in an effort to create healthier, high performing environments. In this seminar we will discuss why project teams should be seeking out product transparency documentation to achieve their material ingredient transparency and optimization goals. We will dive into recent green building standards with an emphasis on the International Living Future Institute’s Living Building Challenge, Red List, and Declare 2.0 program. Lastly, explain how project teams can use this information to make more informed decisions and achieve various credits, features, and imperatives within the LEED, WELL and Living Building Challenge.
Understanding, Light, Color, and Emerging Metrics: 1LU | HSW, 1 LEU
This course will provide attendees with an overview and update regarding how Tunable White LED technology has revolutionized lighting. Attendees will learn emerging concepts regarding Tunable White and gain an understanding how lighting can be used for preference, alertness, and circadian entrainment.




Behavioral Health Essential Lighting Requirements: 1LU | HSW
The importance of Lighting in Behavioral Health Spaces Plays a pivotal role in creating safe, stable, and supportive environments for individuals with behavioral health conditions. Patients experiencing bipolar disorder, clinical depression, and other mental health challenges are significantly impacted by the intensity brightness, and color of both natural and artificial light. This course explores critical aspects of lighting design for behavioral health facilities and highlights the importance of proper lighting. Promote patient comfort and well-being. Enhance safety for patients and staff. Support staff functionality and efficiency. Offer design flexibility for unique behavioral health needs. Ensure compliance with health care standards. Attendees will gain a deeper understanding of how lighting solutions can positively influence recovery, safety, and operational outcomes in behavioral health spaces.
