Finding the right sound

Music, focus, and auditory processing disorder

“How can you possibly concentrate with that music playing?” Parents and teachers have asked students this question forever. However, many students will tell you that music helps them concentrate. This is actually true for most people. The right sounds can train your brain to focus better and for longer periods of time.

Music or white noise can help students to block out distracting noises, to focus, and to complete tasks in longer sittings.

The important part is finding the right sound. One student might focus best with instrumental music, while another prefers nature sounds or silence. Music with lyrics may help during a repetitive assignment but become distracting during reading or writing. Instead of assuming that music always helps or always hurts, students should notice what actually improves their work.

But what happens when a student cannot decide which sounds receive attention?

Imagine sitting in a classroom and hearing the teacher, the air conditioner, a tapping pencil, a scraping chair, footsteps in the hallway, and another student whispering. Now imagine that your brain treats every sound as equally important.

It is almost as if every sound has been assigned the same volume button. For a student with auditory processing disorder, or APD, this can be an everyday experience. A student may have normal hearing but still struggle with how the brain interprets and organizes sound. 

The student might ask people to repeat themselves, forget verbal directions, mishear similar-sounding words, or struggle to understand a lesson when there is background noise. The truth is, that student may be listening to far too much.

I once worked with a middle school student who could explain complicated ideas beautifully when she had time to process them. In class, however, she struggled to take notes and often missed important information. Her teachers thought she was daydreaming.

When I asked what she heard during class, she said it was so noisy. She kept describing how people are always coughing, tapping pens, or chattering. As someone who has personal experience with APD, I knew the sounds would always feel loud to her. 

Instead, I taught her strategies. She learned to take short notes whenever the teacher spoke to help her focus. She also used a recorder, with permission. At home, she could replay the lesson, pause often, and give herself time to process the information without distractions.

During independent assignments and certain tests, noise-canceling headphones helped quiet the chatter and movement around her. Some teachers allowed it, some did not. However, the goal was not to avoid sound. It was to find the sound environment in which her brain could learn best, because students with APD often excel at listening when they can focus on one sound or voice at a time. 

An evaluation by an audiologist is important because APD can resemble attention, language, or learning difficulties. Support may include auditory training, speech and language intervention, visual directions, repetition, extra processing time, improved classroom acoustics, or assistive technology. Music and rhythm may also be used in activities that strengthen timing, sequencing, sound discrimination, and careful listening.

So, should students listen to music while they study? They should listen to anything that helps them focus.  

For most students, finding the right sound can make learning more comfortable. For a student with auditory processing disorder, it can make learning possible.

Dyscalculia: Changing the math equation for students

Most people have heard of dyslexia, but did you know that there is a math version called dyscalculia? Many children, and even adults, struggle with it their whole lives, just believing that they are “bad at math.”

Dyscalculia affects how a person understands numbers, quantities, and how they relate to each other. It also impacts sequencing and working memory, just like dyslexia, which is why longer math problems can become so overwhelming.

The good news is that once parents and teachers know the red flags, dyscalculia can be much easier to recognize and address. With the right approach, students can completely change the way they think about math and, more importantly, the way they think about themselves.

So, what does dyscalculia actually look like?

A student might reverse numbers and write 16 instead of 61. They might solve a problem correctly and then bubble in the wrong answer choice. They may mix up math symbols, struggle to decide which fraction is larger, or have difficulty telling time on a clock.

In my experience, many students with dyscalculia have a much easier time adding and multiplying than subtracting and dividing. Counting forward is often easier than counting backward because of the sequencing challenge. Division can be a nightmare, because it may involve multiplication, subtraction, estimation, and what feels like a million steps.

The challenges do not stop when math class ends. A child may struggle to judge how long it takes to get dressed for school, follow a schedule, measure ingredients, keep score during a game, or read a map.

While there is no officially recognized dyscalculia intervention equivalent to the Wilson or Orton-Gillingham methods used for dyslexia, strategies that connect math to visuals, words, and real-life situations can have the same powerful effect.

This year, I worked with an 11th-grade student who had never passed a high-stakes exam. She had taken the SAT, CLT, and FAST repeatedly because she needed a passing score to graduate. By the time she came to me, passing felt impossible to her, and she was just going through the motions.

After I noticed the signs, I recommended she be evaluated, and she received an official dyscalculia diagnosis. From there, we began intervention.

Here’s what many people don’t realize: Students with dyscalculia are often very strong with language, and that’s the key to unlocking math for them. We turned math problems into drawing contests until this student could visualize any problem on her own. She rewrote numbers and symbols as words, and turned each equation into a sentence she could actually reason through. Once the math became a story, she could solve it.

A few weeks later, she excused herself from class to call me. She said she couldn’t even wait until she got home to tell me the news.

“I passed! I passed!” she shouted in the middle of the hallway. “I got a 4 on the FAST!”

I was thrilled that she passed, but what filled my heart the most was hearing the confidence in her voice. She had overcome something she believed she never could, and the way she saw herself had changed forever.

By the end of the school year, she was dividing difficult polynomials, carefully following the steps she had written down. You would never guess what she said next: “My brain just needed a system. This is actually fun now!”

What I have learned is that these students don’t need someone to just explain the same thing one more time. They need to learn a system of explaining it to themselves to see how capable they were all along.