Downloads/PDFs

• Armstrong ABLE Literature

• Sound Field Architects' Specification

Sound Field Voice Reinforcement   synopsis


• BB'93 Section 8: Sound Field   Systems for Schools


• BB'93 Appendix 9: Equipment   Specifications for Sound Field
  Systems in Schools

• Acoustic design and equipment for
  pupils with special hearing   requirements

• Feature: 'Class of BB93'

• Building Bulletin 93: ACOUSTIC   DESIGN OF SCHOOLS


Downloads/PDFs

• Armstrong ABLE Literature

• Sound Field Architects' Specification

Sound Field Voice Reinforcement   synopsis


• BB'93 Section 8: Sound Field   Systems for Schools


• BB'93 Appendix 9: Equipment   Specifications for Sound Field
  Systems in Schools

• Acoustic design and equipment for
  pupils with special hearing   requirements

• Feature: 'Class of BB93'

• Building Bulletin 93: ACOUSTIC   DESIGN OF SCHOOLS


Downloads/PDFs

• Armstrong ABLE Literature

• Sound Field Architects' Specification

Sound Field Voice Reinforcement   synopsis


• BB'93 Section 8: Sound Field   Systems for Schools


• BB'93 Appendix 9: Equipment   Specifications for Sound Field
  Systems in Schools

• Acoustic design and equipment for
  pupils with special hearing   requirements

• Feature: 'Class of BB93'

• Building Bulletin 93: ACOUSTIC   DESIGN OF SCHOOLS

   
         
   

The recently published ‘Building Bulletin 93 - Section 1’ sets the Department for Education & Skills (DfES) legislative standards for the acoustics of new school buildings.

"The overall objective of the performance standards in Section1.1 (of BB93) is to provide acoustic conditions in schools that…facilitate clear communication of speech between teacher and student…and do not interfere with study activities."*
* BB93, Section 1 - Specification of Acoustic Performance

In response to BB93, Armstrong World Industries the World's leading supplier of acoustic ceiling solutions have developed an initiative to assist in meeting the required performance standards for:

  • indoor ambient noise levels
  • airborne sound insulation and absorption between     spaces and corridors
  • reverberation in teaching and study spaces
  • speech intelligibility


The 'A.B.L.E.' initiative 'A Better Learning Environment' highlights Armstrong's market leading range of education specific acoustic ceilings products, emphasises our highly effective and innovative new i-ceilings Sound Field' solution (specifically recommended in Section 8 of BB93) and offers educational, architectural and acoustic specifiers with a complete package of advice, service and design assistance.

Downloads/PDF's
• Armstrong ABLE Literature
• Sound Field Architects' Specification
Sound Field Voice Reinforcement   synopsis

• BB'93 Section 8: Sound Field Systems for Schools

• BB'93 Appendix 9: Equipment Specifications for Sound Field
  Systems in Schools
• Acoustic design and equipment for
  pupils with special hearing   requirements
• Feature: 'Class of BB93'
• Building Bulletin 93: ACOUSTIC   DESIGN OF SCHOOLS


 

Young people spend at least 45% of their school day engaged inlistening activities, with today’s classroom acting as a primarily auditory verbal environment.

However, a recent study in the journal of the American Medical Association showed that 14.9% of children aged 6~19 suffer from some degree of hearing impairment, either permanently or temporarily due to illness, infection or allergies.

Studies estimate that 80% of school children will have some form of hearing loss during an academic year and, with the importance of auditory learning in the classroom, the use of technology to enhance listening performance ultimately allows children to learn more efficiently.

One of the simplest and most effective solutions is a ‘Sound Field Voice Re-inforcement System’. Functioning like a mini public address system in harmony with the classroom acoustics, Sound Field Voice Re-inforcement features a wireless microphone, receiver, amplifier and between one and four loudspeakers (dependent upon the size of classroom).
 


In a study of 8~10 year old students in the U.S. to test the effectiveness of Sound Field Voice Re-inforcement in the classroom, students showed an average improvement in identified spoken words of 45% using the systems. Furthermore, when tested without a Sound Field System, the children missed an average of 42% of the questions
.

Within the school utilised for the test, the principal, teachers and students completed questionnaires regarding Sound Field Systems. Most stated that overall attention spans improved, students followed the directions more easily and they showed less hesitation when beginning their work. The majority of students said it was easier to hear the teachers and that the teachers did not have to yell or raise their voices.

In striving to plan successful academic programmes, teachers need to consider the sheer numbers of students who may not hear well on any given school day. Sound Field Voice Re-inforcement Systems are an easy, cost effective way to address these issues, while also ensuring that all students listen and learn productively throughout the school year.

 
Section 1 of the Building Bulletin 93, the Government’s Specification of Acoustic Performance sets the standards for the acoustics of new buildings and explains the requirements and solutions to “...provide acoustic conditions in schools that facilitate clear communications of speech between teacher and students...”.
 
“...The key aim of a (speech re-inforcement) system is to increase the loudness of the direct sound, particularly for more distant listeners, whilst keeping sound as natural as possible.

The distribution of loudspeakers and their directional characteristics is a key issue in achieving high speech intelligibility. For large teaching rooms and lecture theatres, loudspeakers can be distributed in the ceiling...”

Furthermore, within Appendix 9: ‘Equipment Specifications for sound field systems in schools’, the report states NXT Loudspeakers and names Armstrong i-ceilings as recommended solutions; “There are advantages in the use of these loudspeaker types, as they provide a better average sound coverage in a room and provide a better level of speech intelligibility under some conditions... Less NXT type loudspeakers are required and it may be found that one (loudspeaker) will suffice for the smaller classroom.”

All children benefit from the improved speech clarity of a Sound Field System. Academic improvements are noted in:

• Task behaviour
• Attentiveness
• Understanding of instructions
• Less repetition required
• Better attendance
• Improved measures of verbal   recognition

The application of Armstrong i-ceilings as a Sound Field Solution also provides a unique and completely ‘invisible’ loudspeaker solution, ensuring the clean, simple lines of the building’s interior are maintained. This inability to identify the products also greatly decreases the possibilities of loudspeaker theft or vandalism.

i-ceilings exactly match over 90% of Armstrong suspended ceiling systems sold in the UK - the most prevalent ceiling solution in the educational establishment sector.

Furthermore, i-ceilings has proved in test after test to be installed up to 75% faster than conventional ceiling speakers.

Armstrong i-ceilings - already proving highly successful in leading educational applications including York University Library, The University of Edinburgh Medical School, Blyth Community College and Loughborough University Sports Facility.