Creating acoustic improvements to support hearing-impaired students

Transforming classrooms and lecture halls with acoustic solutions

Hearing loss is a growing concern among children and young adults, particularly due to increased exposure to loud noise through headphones and concerts. In fact in Australia, around 12-15% of people aged 15 to 24 experience hearing loss, often related to these factors.

While hearing loss can severely impact learning in schools and universities, there are several strategies available to improve educational environments for students with auditory impairments. Avenue Interior Systems offers a range of acoustic solutions that can significantly enhance sound clarity and reduce noise, improving learning experiences for hearing-impaired students.

How hearing loss impacts learning

For students with hearing loss, it can be challenging to understand lectures, participate in discussions, and even follow instructions. Some common issues faced by hearing-impaired students include:

  • Difficulty hearing in noisy classrooms: Background noise – such as conversations or the hum of air conditioning – can mask important sounds, making it difficult for students with hearing loss to follow along in class.
  • Delayed speech and language development: For younger students, undiagnosed hearing loss can slow down speech and language skills, which are essential for their literacy and overall communication.
  • Social isolation: Students with hearing impairments may feel excluded, leading to lower self-esteem and reduced participation in academic and social activities.
  • Increased fatigue: Listening with hearing loss requires more effort, causing students to become tired more quickly, which can affect their ability to concentrate throughout the school day.

Improving learning environments and supporting hearing-impaired students

Addressing the above challenges involves improving classroom acoustics, using assistive technology, and creating environments that support students’ learning needs.

Avenue Interior Systems specialise in sound absorption products that can dramatically improve acoustics in schools, universities, and other educational settings. Here’s how our solutions can make a difference:

1) Acoustic panels to reduce noise and echo

Excess noise and echo in classrooms can disrupt students’ ability to hear clearly. Avenue Interior Systems’ Calando Acoustic Panels are designed to absorb sound, minimising echo and improving speech clarity.

These panels can be installed on walls and ceilings to reduce reverberation, ensuring that students can hear teachers and fellow students without distractions. Available in various decorative styles, Calando Panels blend functionality with aesthetics, making them ideal for modern classrooms and lecture halls.

2) Freestanding acoustic dividers

Open-plan spaces, such as university libraries or multipurpose rooms, can be especially noisy. Avenue Interior Systems offers freestanding acoustic dividers which help create quieter zones by blocking and absorbing sound. These dividers are mobile and versatile, allowing schools and universities to adapt them to different learning environments, such as study areas, small group discussions, or quiet zones where students can focus.

3) Acoustic door seals for lecture halls and classrooms

Sound leakage from hallways in larger spaces, such as lecture theatres, can disrupt learning. Acoustic door seals from Avenue help reduce sound transmission between rooms, ensuring outside noise doesn’t interfere with lectures or group discussions. This is particularly important in universities, where multiple classes or activities may occur simultaneously.

4) Acoustic ceiling tiles for large spaces

Many schools and universities have high-ceilinged classrooms, sports halls, or auditoriums, a design which can amplify sound and create unwanted echoes. Installing acoustic ceiling tiles can significantly reduce this issue. Avenue Interior Systems’ ceiling tiles are designed to absorb noise from overhead, providing better sound control in large, open areas.

Creating inclusive learning spaces with technology

In addition to acoustic solutions, integrating assistive technologies can further improve the learning environment for hearing-impaired students. Avenue’s products pair well with systems like hearing loops and FM systems, which can transmit sound directly to students’ hearing aids or cochlear implants, enhancing clarity and comprehension in classrooms and lecture halls.

The benefits of improved acoustics in educational settings

By investing in acoustic solutions by Avenue Interior Systems, schools and universities can:

Improve speech intelligibility: Reducing background noise ensures that students with hearing loss can clearly hear teachers and participate fully in class.

Support early language development: Improved acoustics can help younger students with their speech and language acquisition, a fundamental foundation for later academic success.

Reduce student fatigue: Quieter classrooms mean that students with hearing loss don’t need to work as hard to focus on what’s being said. This leads to better concentration and less fatigue.

Promote social inclusion: Better sound environments encourage hearing-impaired students to participate more in classroom discussions, group activities, and social interactions.

Talk to Avenue for advice on supporting hearing-impaired students

Hearing loss can pose significant challenges in educational settings, but with the right acoustic solutions, schools and universities can create more inclusive and effective learning environments.

Avenue Interior Systems offers a variety of sound-absorbing products that can improve classroom acoustics, reduce noise, and enhance communication for all students. By investing in these solutions, educational institutions can support the learning and wellbeing of students with hearing loss, ensuring they have equal access to quality education.

For more information on how Avenue can help improve the acoustic environment in your school or university, contact us at 1300 827 177.