Get Schooled In Home Tech

As CEDIA Outreach Instructors we are equipped to deliver home technology education at a local level for your chapter or organization. Courses are accredited for CEU/CPD by leading industry partner associations and the training is available at no cost. Browse our courses below and see which ones peak your interest.

Learning objectives:

• Define a “dedicated home cinema” and its attributes
• Discuss the science of “good sound”
• Analyze common and costly mistakes with home cinema design
• Identify specific design considerations, such as video optimization, lighting, electrical, safety and comfort
• Recognize the essential criteria for engaging an electronic systems professional in the design and build process

Learning objectives:

• Understand the importance of controlling sound
• Define how much sound isolation is required in varying circumstances
• Learn the three tools: mass, absorption, and mechanical isolation — and the role of each
• Outline design considerations related to the construction of specialty rooms

Learning objectives:

• eview various residential systems and technologies and the unique approaches that can be used in the concealment process
• Discuss how advance planning, design philosophy, and product selection affect the proper functionality of the installed products without compromising design integrity and aesthetics
• Discuss methods and strategies for hiding technology in safe, convenient, and secure methods Analyze the technology implementation planning process

Learning objectives:

• Discuss lighting control terminology Discuss and differentiate between various types of lighting control system solutions
• Compare lamp types
• Identify the benefits of lighting control by answering the question “Why would your clients install these systems in their homes?”
• Clarify common misperceptions related to lighting control systems one might hear when educating clients on the value of lighting control systems
• Explore design considerations

Learning objectives:

• Identify the different types of residential systems and unique considerations of each
• Describe the processes used by professionals in the project planning, design, and installation phases of electronic systems
• Determine electronic systems impact on the design and construction relative to:
  • Space allocation
  • Framing requirements
  • Electrical and conduit requirements
  • Ventilation and millwork requirements
  • Home theater design
• Recognize essential timelines for selecting and engaging an electronic systems professional for your project

Learning objectives:

• Recognize key areas of green and sustainable living and how integrated home systems can create synergies Recognize the importance of making “green living” easy, empowering homeowners, and helping them measure results
• Define green benefits of control systems for: HVAC, lighting and lighting control, automated shading, smart appliances, and water leak detection
• Recognize impact of LEED for homes Discuss sustainable living and renewable energies such as solar and battery storage systems

Learning objectives:

• Learn how to list technology options for outdoor spaces
• Understand outdoor project site evaluations
• Identify how environmental conditions influence outdoor technologies
• Review infrastructure and equipment needs and options
• Examine control options and real-world applications

Learning objectives:

• Identify various residential systems and their unique qualities.
• Define benefits of technology related to energy efficiency and savings, comfort, convenience, and safety.
• Analyze the considerations related to wired systems vs. wireless systems.
• Recognize essential timeline for engaging an electronic systems.
• Professional in the design and build process.

Learning objectives:

• Identify various types of interior and exterior window treatments
• Define differences between motorized and automated window treatments
• Analyze the “why” of automating window treatments
• Discuss how to engage a team of professionals in the design and build process