Lighting
Lighting Control
Lighting Control
The SHINE Lighting Fundamentals curriculum focuses on light itself—how it behaves, how it is perceived, and how lighting decisions affect both aesthetics and performance in residential environments. The course establishes a foundational understanding of topics such as light output, beam control, color characteristics, visual comfort, and human perception, equipping professionals to speak intelligently about lighting and make better design and specification decisions. This discipline forms the baseline for effective collaboration with designers, architects, and clients.
Lighting Control
Lighting Control
Lighting Control
The SHINE Lighting Control Fundamentals curriculum addresses how lighting systems are controlled, automated, and integrated within a residential project. It introduces core concepts such as control protocols, system architectures, dimming methods, load types, and system coordination, with an emphasis on understanding how control decisions impact reliability, performance, and user experience. This foundational knowledge enables professionals to design, specify, and support lighting control systems with greater confidence and consistency.
Natural Light Control
Natural Light Control
Natural Light Control
The SHINE Natural Light Control Fundamentals curriculum focuses on managing daylight through motorized shading and architectural window treatment systems. The course introduces the principles behind shade operation, fabric performance, mounting methods, motor considerations, and how natural light affects comfort, energy efficiency, and visual balance within a space. By understanding the fundamentals of natural light control, professionals can better integrate shading solutions as a core system—not an afterthought—in residential projects.
Smart Power
Natural Light Control
Natural Light Control
The SHINE Intelligent Power Fundamentals curriculum establishes a practical understanding of electrical power as it relates to modern residential systems. Covering core concepts such as voltage, current, load calculations, energy consumption, and power quality, the course helps professionals understand how power decisions directly impact system reliability and long-term performance. This foundational discipline prepares integrators to better coordinate with electricians, specify appropriate solutions, and support increasingly power-dependent homes.