As the LED has become the mandated choice for light sources in luminaires it has changed dramatically how we design, specify, install, program, and interact with lighting systems. This transformative change has opened new opportunities for the CEDIA integrator: lighting can become an important part the business model for our industry. This workshop will discuss the impact solid state light sources have on the future of lighting including technologies like LED, Laser LED and OLED. Explore functionality like warm dimming, tuneable white, and warm white; expert selection and control of these sources in an occupancy can have a positive impact on those individuals living and working in the space. Discover how new powering technologies are impacting the use and consumption of electrical energy. Uncover how the new “Luminaire Level Lighting Controls” (LLLC) technology is changing the way we control and manage light in a space. The workshop will use case studies and real-life calculations. To create a sample lighting schedule and a lighting control detail, all through the lens of a CEDIA Smart Home Professional. Highlights: - Incandescent to Solid State, how lights sources have evolved. - A brief comparison of the luminous efficacy of the new lamps - Load calculations and lighting schedules - New powering options for lighting - New control and management technologies - How these changes will benefit the CEDIA integrator and the customer

Homeowners are increasingly asking for “circadian lighting,” “human centric lighting,” or “healthy lighting”—but the marketplace is full of conflicting claims. This panel brings together lighting researchers, integrators, and manufacturers to debunk common myths and provide evidence based guidance. Panelists will explain the fundamentals of circadian effective lighting, discuss real world performance versus expectations, and outline practical design and installation strategies that work in residential environments. Attendees will leave with a clear understanding of how to deliver healthy home lighting solutions that are scientifically grounded, aesthetically pleasing, and technically achievable.
LEARNING OBJECTIVES
By the end of the session, attendees will be able to:
1. Differentiate fact from fiction regarding circadian lighting claims and marketing language.
2. Explain the science behind circadian effective lighting and its relationship to sleep, mood, and daily rhythms.
3. Identify practical design strategies for implementing tunable white, spectral tuning, and time based lighting schedules.
4. Evaluate products and platforms for accuracy, controllability, interoperability, and long term reliability.
5. Communicate realistic outcomes to clients and avoid overpromising results.
6. Leverage healthy lighting solutions as a business differentiator in the growing wellness focused home market.

Light is not just for seeing. It is biological information. Modern humans spend around 90% of life indoors, yet most smart homes optimise for brightness, scenes and energy codes - not human biology. We automate convenience while ignoring circadian timing, glare stress and spectral balance. This session reframes light as a nutrient for the indoor species. Drawing on neuroscience and photobiology, it explains how light regulates sleep, alertness, mood and recovery - and how poor design can create chronic visual and neural load. Attendees will learn how to apply circadian-aware scheduling, reduce glare, and integrate biologically informed lighting into residential control systems - turning smart homes into environments that actively support human performance and wellbeing.

The Art and Language of Light
Architectural Lighting Fundamentals for the
Luxury Smart Home
Technology alone does not create an exceptional luxury
residence; experience does. Architectural lighting is one of the most
powerful elements in today’s smart homes, significantly influencing
wellness, emotional connection, and the overall living experience for
luxury homeowners.
As clients become increasingly educated about the necessity of quality
recessed fixtures, their expectations for integrated homes will extend far
beyond automation. Beautiful Architectural Lighting is no longer about
selling fixtures or control systems; it is a defining feature of luxury living
and wellness. While many integrators excel at technology infrastructure,
architectural lighting can be difficult to specify or present confidently.
Sherry Harbour, an architectural lighting expert, is delighted to bridge
this gap. This session will introduce the foundational principles,
terminology, and essential information regarding architectural lighting
that is immediately applicable to luxury residential projects. Sherry's goal
is to educate and empower integrators to initiate meaningful
conversations with homeowners, architects, interior designers, and
builders about the benefits of Quality Architectural Lighting.
By deepening integrators' knowledge about architectural lighting,
it will inevitability strengthen client trust, expand their expertise, and
add a new profit center to their business. Intentional lighting strategies
create wellness centered environments that feel harmonious and
emotionally connected to the luxury experience. Attendees will leave
Sherry’s session feeling inspired and ready to engage about Architectural
Lighting.

  This class provides a complete roadmap for delivering successful lighting projects of any scale. Attendees will learn what are the critical activities and deliverables for each phase of design and how to guide clients, coordinate with teams, and move confidently from concept to execution using a structured and professional design process.

Lighting and shading are quickly becoming one of the most powerful opportunities for integrators to expand their influence in residential projects. Together, these systems allow professionals to shape how a space feels and functions by balancing daylight, electric light, and automation to maintain consistent comfort and atmosphere throughout the day. This session will explore how leading firms are positioning lighting and shading as a unified design and technology discipline—coordinating fixtures, controls, and motorized shades to manage glare, preserve views, enhance aesthetics, and support daily routines. Attendees will also examine the business implications of this shift, including how integrators can enter projects earlier in the design process, collaborate more effectively with architects and designers, and build a profitable practice around solutions that go far beyond basic lighting control.

This session equips designers with the technical knowledge required to build reliable and scalable lighting systems. It ensures that creative designs are supported by solid infrastructure and long-term performance.

Even well-designed lighting systems can fall apart between intent and execution. Color mismatch across fixtures, flicker from poor driver selection, overloaded runs, and controls that don’t behave the way the client expects are rarely caused by a single mistake. More often, they result from small decisions compounding across design, specification, installation, and commissioning.

This panel dissects real-world failures and traces them back to their root causes. Where did the project begin to drift from the original plan? Which assumptions didn’t hold up once the system hit the field? And what should have been caught earlier, whether in documentation, coordination, or commissioning? By walking through these breakdowns step by step, the conversation highlights where risk enters a project and how to remove it before it turns into rework, callbacks, and margin erosion.

Most residential lighting systems today are assembled from multiple ecosystems—architectural fixtures, decorative lighting, landscape systems, retrofit products, and control platforms that were never designed to work together seamlessly. This session examines how integrators can successfully deploy mixed-vendor lighting systems without sacrificing performance, serviceability, or client experience. Topics will include managing dimming compatibility across phase, 0-10V, and digital control methods; maintaining consistent color and fixture behavior across manufacturers; integrating architectural lighting with control platforms and shading systems; and identifying failure points that lead to flicker, mismatched color, or unpredictable scene performance. Attendees will gain practical strategies for evaluating interoperability before the project begins, building lighting packages that behave consistently in the field, and avoiding the hidden technical pitfalls that often appear when multiple manufacturers share the same lighting design.