Courses

The Audio/Video Curriculum Overview included here represents a broad, high level snapshot of the major topics that will be covered in the Home Theater A/V segment of ESTA’s training program. Our purpose in presenting it here is to give you a sense of the logic and thoroughness that is being applied to the entire ESTA curriculum development process. Over time, we will flesh out the information on this page to give you some insight into the other areas of education we’ll be covering as the ESTA program grows and expands. These include, but are not limited to:

Distributed audio systems

Distributed video systems

IP networks and system control

Networking

Wireless media distribution

Gaming

Software control systems

Interface design and programming remote controls

Windows Media Center based systems

Systems integration

HVAC control integration

Security system design, control and integration

Business basics

Project management

Selling skills

Customer service

 

ESTA Curriculum Outline

Entertainment Systems

 

Basics of Sound and Audio Engineering       

Waves, Ears, Brain

Basics of audio electronics, ohm’s law, basic filters, noise floor, headroom, frequency response, phase response.

Audio signals, analog, digital

Signal processing, multi-channel audio formats

Signal interconnection issues, loads, hum, wiring

Power Amplifiers. Voltage gain, current gain, clipping conditions, oscillation, load limits.

Loudspeakers. Transducer basics, woofers, mids, tweeters, horns, ribbons, ports, frequency response, crossovers, directivity, power handling.

Sound systems

Sound recording formats, 2 channel, 4 channel ProLogic, 5.1 channel, 6.1 channel, 7.1 channel, more?

Sound reproduction systems; Mono, 2 channel, 4 channel, 5.1, 6.1, 7.1 channel systems.

Sound system layout guidelines.

Calculating headroom, coverage, load limits of sound systems.

Figuring out best directivity choices for speakers.

Acoustics

Sound radiation

Sound reflections

Standing waves

Echoes

Reverberation / reflection decay time

Sound isolation

Noise control

Listener position optimization

Treatment layouts

Esthetic integration

Basics of light and video engineering

Light, Color, Eyes, Brain

Basics of video electronics, ohm’s law, basic filters, noise floor, headroom, frequency response, phase response.

Video signals, analog, digital

Compression technologies

Signal interconnection issues, loads, hum, wiring

Display standards, dynamic range, contrast ratios, light output, bandwidth.

Display systems

Video formats, 480, 720, 1080

Display system technologies (LCD, DLP, Plasma, CRT)

Display system layout guidelines.

Calculating light output, contrast ratios.

Figuring out best directivity choices for screens.

Room optical ambient conditions

Light reflections

Influences of color on perceived picture

Ambient light levels

Bias lighting

Viewer position optimization

Esthetic integration and room finishes

Dedicated home theater design

Seat selection

Room and screen sizing and layout

Isolation design

Noise control design

Sound system design and layout

Acoustic treatment layout

Light control design

Screen aspect ratios (1.78, 2.0, 2.35)

Display system design and layout

Screen directivity

Room colors, textures, and finishes

Esthetic integration

Power supply standards, and hum prevention

Environmental control

Security and life safety

Codes and standards

System control

Documentation

Mixed use home theater design (a.k.a. media rooms)

Room, screen, and seating layout

Noise control design

Light control

Acoustic treatment solutions

Room colors, textures, and finishes

Speaker integration in cabinets

Display system design (direct/rear projection / front projection)

Projection screen selection

Environmental control

Security and life safety

Codes and standards

Esthetics

System control

Documentation

Distributed Audio/Video system design

Loudspeaker layouts

In-wall / On-wall / Back boxes

Sound isolation in walls

Directivity selections

Stereo and multi-channel sound considerations

Impedance matching

Power handling

Display resolution considerations

HDMI / component / composite signals

Impedance matching

Hum issues

Control systems

Audio System Calibration

System configuration

Component verification

Troubleshooting

Level and time Calibration

Frequency response calibration and equalization

Listening tests

Video System Calibration

System configuration

Component verification

Troubleshooting

Calibrate primaries and secondaries

Gray Scale

Color settings

Calibrations for various formats and resolutions

Resolution verifications, up-conversion, down-conversion verifications

Viewing tests

 

More to come...