Search results for: “low vision”

  • Teens Feeling Overwhelmed: The Truth About the Weight They Carry Alone

    Theme: The Weight They Carry

    Blind Teens See a World That Rarely Sees Them Back-They scroll social media with braille display and
    Blind Teens See a World That Rarely Sees Them Back-They scroll social media with braille display and

    The Silent Exhaustion Teens Carry Into the Classroom

    The bell rang at 7:05 AM, but most of the class did not look up. At the front of the room, Ms. Sage watched them, really watched them and saw something most adults miss. In moments like this, it becomes clear why so many people are talking about Today’s Teens Feeling Overwhelmed. Twenty‑seven juniors sat in rows; faces washed in the cold glow of their screens. Their thumbs moved faster than their eyes. Notifications popped like fireworks. Someone laughed at a meme. Someone posted a photo… then deleted only minutes later because of fear someone judging the image.

    Ms. Sage stood with sadness and concern.

    The Hidden Weight Social Media Places on Today’s Teens

    She had taught for thirty‑two years, but this generation was different. Not worse, just heavier. According to the latest national data, 57% of teen girls and 29% of teen boys now report persistent sadness or hopelessness, the highest levels ever recorded. And teens who spend more than three hours a day on social media which is nearly all of them, are twice as likely to experience symptoms of anxiety and depression.

    She saw those numbers every day in their faces: tired, anxious, overwhelmed, disconnected, and fragile.

    “Phones away,” she said gently. “All the way away.”

    A few groaned. One boy rolled his eyes. But they obeyed.

    On her desk sat a plain cardboard box. Nothing special. But today, it mattered.

    “I want you to write down one thing,” she said, handing out slips of paper. “Not your name. Not a joke. Just the truth.

    Then she turned to Suzy and John, her blind students. “You two can text me using SendAnonymousSMS,” she said. “I’ll copy your message onto a paper slip and drop it in the box with the others.” “That way no one will know who it’s from.”

    She looked back at the room. “Everyone Write down the thought that runs through your mind — your heart — whenever you scroll your accounts. The one you never say out loud.”

    The room stilled. Eyes wide.

    When Comparison Becomes a Daily Battle for Teens

    A cheerleader in the back, Lila, known for her perfect Instagram feed, stared at her blank paper under crushing pressure to “look” perfect. Her hands trembled. Just last week, she had confessed to the counselor that she spent over eight hours a day comparing herself to girls she did not even know, staying up late and scrolling into the early morning hours. And she was not alone. National surveys show that 46 percent of teens say social media makes them feel worse about their bodies and their families, and one in three teen girls say they feel “ugly” because of what they see online.

    Every day, they scroll past smiling faces, perfect vacations, flawless skin, and filtered happiness and somewhere deep inside, they start believing everyone else is living a better life. They compare those highlight reels to their own quiet struggles and convince themselves they’re the only ones who feel sad, lonely, or left out.

    Lila finally wrote something down and continued to move her pencil across the paper.

    The Loneliness Behind the Laughs

    Next to her, Jordan, the class clown tapped his pencil. He had 12,000 followers on TikTok. People loved him. But last month, he told a friend he felt “fake.” Research shows that teens who curate a “perfect” online persona are three times more likely to report loneliness, even when surrounded by people.

    Jordan knew that feeling too well. He had one friend he could joke around with, someone he could confide in on the surface, but no one he trusted deeply. His parents had split two years ago, and his mom now worked two jobs just to keep the lights on. Most nights, he ate dinner alone while his sister stayed in her room, scrolling and picking at her food. They did homework alone. They fell asleep alone. The silence in the house made the loneliness louder, and the more he scrolled through everyone else’s “happy” lives, the more he believed he was the only one who felt this empty even though he saw the same despondent look on his sister’s face. So, he posted constantly, leaning into his class‑clown persona, trying to joke the loneliness away.

    Blind Teens See a World That Rarely Sees Them Back

    In the front of the room, Suzy and John knew what it felt like to be outsiders. Being blind set them apart before they even opened their mouths, and the feeling only sharpened when they scrolled through social media. With apps that read pictures aloud, the isolation deepened because no matter how many posts they explored, they rarely found people who were like them, lived like them, succeeded like them. They searched for blind mentors who could show them what was possible, yet they found few and sometimes none. Each empty search pressed the loneliness deeper. Students rarely talked with them because their blindness created a barrier built from difference and fear. Still, they kept scrolling, because that’s what teens did, even when it hurt.

    Most of the class was not made up of kids like Lila, Jordan, or the school’s sports heroes. It was kids like Joe and Sue, the ones who sat in the back or middle rows, who blended in, who were never chosen first for anything. They weren’t popular, not even close, and they felt it every day. Students like Joe and Sue were the ones pushed aside in hallways, called hurtful names, talked over in group projects, laughed at for clothes their families could afford or hobbies no one else understood. They watched the popular kids climb the social ladder while they stayed invisible on the bottom rung, and the invisibility hurt almost as much as the teasing and social media scrolling. Being unseen didn’t protect them; it only made the loneliness sharper.

    Brilliance and Secrets

    Then, there were the two brilliant minds in the room: Jessica and James. The kind of students who competed at everything, from test scores to running for class president to who could finish the assignment first. They seemed happier than most, partly because they checked their social media feeds far less often than everyone else. They still used it — they were teens, after all — but they’d learned that too much scrolling made them feel worse, so they kept their distance when they could.

    Even so, that choice, along with their drive, set them apart in a different way. They were the outliers, the only two who cared more about academics and future goals than trends or popularity. And because of that, some kids picked on them, calling them “perfectionists” or “teacher’s pets,” never understanding that Jessica and James weren’t trying to outshine anyone — they were just trying to build a future shaped by the dreams their parents had poured into them. That came with its own kind of pressure. When they fell short of what their parents expected, it hit their hearts harder than anything they could ever read online.

    The Emotional Pressure Today’s Teens Feel but Rarely Share

    Across the room, Tyler, the star running back with the big smile, the one everyone assumed had it all together leaned back in his chair, spinning his pen between his fingers. On the field, he was unstoppable. In the hallways, he walked with the kind of confidence people mistook for certainty. But inside, he was unraveling. Athletes are often seen as the “strong ones,” yet studies show they experience depression at the same rates as their peers; they just do not talk about it. Tyler lived that statistic.

    He had teammates he joked with, guys he could talk football with, but no one he trusted with the truth. He had one friend he could confide in superficially, but no one who knew him deeply; no one who understood the pressure he carried. His parents had split last year, and his dad moved two states away. His mom worked double shifts at the hospital, leaving before sunrise and coming home long after he’d gone to bed. Most nights, the house was dark and quiet, and Tyler ate dinner alone at the counter, scrolling through highlight reels of other athletes who seemed stronger, faster, happier.

    Online, he saw boys his age posting scholarship offers, perfect bodies, perfect lives. He compared their victories to his private fears and convinced himself he was falling behind. Research shows that nearly 1 in 3 teen boys feel pressure to appear “strong” online, and many hide their stress behind humor, sports, or silence. Tyler was no different. The louder the crowd cheered on Friday nights, the more alone he felt walking off the field.

    He tapped his pencil harder. Then, slowly, he picked up his paper and began to write.

    The Truth Teens Admit Only When They Feel Safe

    One by one, they walked up and dropped their slips inside.

    Ms. Sage waited until the last student sat down. Then she opened the box.

    She pulled the first slip…and read.

    “I feel invisible unless someone likes my posts.”

    Another.

    “I delete every picture of myself. I hate how I look.”

    Another.

    “I check my phone 200 times a day because I’m scared I’ll miss something and people will forget me.”

    Another.

    “I pretend I’m confident online. I’m not.”

    Another.

    “I don’t know who I am without my phone and my likes.”

    She paused. The room was silent. No one moved.

    Then she read the one that made her throat tighten.

    “I don’t want to be here anymore… Everyone else looks happy, and I feel lost, hurting, and completely alone.”

    The Centers for Disease Control and Prevention (CDC) reports that 22% of teens have seriously considered suicide, and the rates are rising fastest among those who spend the most time online. Ms. Sage knew that statistic. But hearing it in her classroom, in a child’s handwriting was different.

    She folded the paper gently and stifled her tears.

    Breaking the Lies Teens Believe About Themselves

    “This,” she said, resting her hand on the box, “is what you’re carrying; this heavy, invisible weight.”

    Her voice softened.

    “And you need to know something. You are not the only one.
    Everyone who scrolls feels this pressure in some way, even adults.
    Loneliness is quietly shaping all of us, more than we admit.”

    She looked up, steady and kind.

    “You’re not strange for feeling overwhelmed.
    You
    are not weak for feeling the ache.
    You’re human.
    And you’re not carrying this alone.”

    Seeing Through the Lies of Social Media

    What you see online is not real life. What you feel is real, but it is not the end of your story.” Talk with each other about truth and make a friend, knowing that what is online, is a persona, something false pretending to be real. Your “likes” should come from right here in this room or at home.

    Many students wiped their eyes.

    Lila reached over and squeezed another cheerleader’s hand as she began to weep uncontrollably.

    For the first time all year, they weren’t scrolling. They were listening. They were human again and looking around at each other.

    Ms. Sage closed the box slowly, her hands resting on the cardboard as if it were something alive. Then she looked up.

    “We’re not leaving this here,” she said quietly. “Come with me.”

    The students exchanged confused glances, but no one argued. She picked up the box, hugged it to her chest, and led them out of the classroom, down the hallway, and through the back doors of the school.

    The winter air hit them first; sharp, clean, honest.

    Behind the building, near the maintenance shed, the old janitor, Mr. Alden, stood beside a metal burn barrel. Flames licked the rim, crackling softly. He nodded at Ms. Sage. They had arranged this.

    “This,” she said, holding the box tightly to her chest, “is where we let go of what we were never meant to carry alone.”

    The students formed a loose circle around the barrel. No one spoke. The only sound was the fire breathing.

    Letting Go of What Teens Were Never Meant to Carry Alone

    Ms. Sage opened the box. The folded slips of paper, their secrets, their fears, their midnight thoughts, rustled in the wind.

    “Every one of you wrote something real,” she said. “Something heavy. Something you’ve been holding in the dark. Today, we burn the lies that told you were alone and not seen.

    She lifted the box and tipped it gently. One by one, the papers slid into the flames. They curled, blackened, and disappeared.

    A hush fell over the group. Some students stepped closer. Others wiped their eyes. Jordan and several boys shoved their hands into their pockets, blinking hard as they fought the ache. Lila and the cheerleader teammate mirrored each other without meaning to, arms wrapped tightly around their own bodies, heads bowed as tears were blinked back and slipping free. They stood in a protective posture girls slip into when they don’t want anyone to see them break, watching the fire as if it were rewriting their stories.

    Suzy pressed her head into her cane as rocked back and forth trying to comfort her pain. John stood next to her like a statue, gripping his cane so tightly his knuckles turned white, as he fought back tears.

    Burning Lies

    Because as the papers burned, they weren’t just burning confessions, they were burning the lies they had believed about themselves.
    The lie that they weren’t enough.
    Continued lie that everyone else was happier.
    The lie that they were alone.
    The lie that their worth depended on likes, followers, or filters.

    Tyler stepped forward. He reached out and waved the ashes and said “goodbye”, a quiet, aching release. Then another hand lifted beside him with “goodbye”. And another. And another. Soon the whole group stood around the barrel, their hands rising over the heat, each wave a soft, brave goodbye to the weight they had carried… and a trembling welcome to the freedom they were finally claiming.

    No one rushed or joked or hid.

    When the last ember died, Ms. Sage spoke again, her voice steady.

    “You don’t walk alone,” she said. “And the lies you waved goodbye to… they’re gone. You don’t have to carry them anymore.”

    Returning to the Classroom with a New Strength and Solidarity

    They stood there a moment longer, breathing in the cold air, feeling lighter than they had in years.

    Then, slowly, they walked back inside; not as strangers scattered across rows, but as a group bound by the truth that they were more alike than different.

    They were not alone.

    Learning to Use Social Media Without Losing Yourself

    Quitting social media isn’t really an option in this day and age; it’s about learning how to use it differently, in ways that lift you instead of draining you. You can follow people who inspire you, mute the accounts that make you compare yourself or feel worse about who you are, set smaller time limits (even a simple timer on your phone helps), and remind yourself that real connection happens in real conversations.

    And when you look up from your screen, you’ll start to notice the people around you, classmates who hurt too, who could use a friend, who might become real friends if you gave them a chance. Speak to someone at school, or give someone a call after school, invite them over for pizza and a movie, make popcorn, hang out, or get a couple of people together just to laugh and talk. You don’t need perfection to feel better, just a healthier rhythm, a middle ground where your screen doesn’t get to decide your worth or your friendships.

    Faith Reflection: The God Who Sees the Overwhelmed and Brokenhearted

    When life feels heavy and everyone else online looks happier, God sees what you’re carrying — the real you, not the filtered version. In Scripture, Hagar calls Him “El Roi — the God who sees me.” He sees your hurt, your questions, your loneliness, and He doesn’t look away.

    Psalm 34:18 says,
    “The Lord is close to the brokenhearted.”
    Not just the strong. Not just the confident.
    The brokenhearted.

    The thoughts you wrote down — the lies you’ve believed — don’t define you. God’s truth does.

    You are loved.
    And chosen.
    You are enough.
    And you are not alone.

    Even on the days you feel invisible, God whispers:
    “I see you. I’m with you. I’m not letting go.

    Video: Teens Feel Overwhelmed and Carry Heavy Stress Alone as Social Media Adds Pressure

    The Invisible Backpack: Noticing the Emotional Weight You Carry

    The Weight We Carry: Understanding Emotional Rucking

    Biblical Meaning of Luggage: Discovering Spiritual Lessons from Our Life’s Journey

  • Look Around APP: Outdoor iPhone Navigation for Blind People: 7 & 8

    Outdoor Navigation for Blind Travelers Using iPhone App

    Using Siri • VoiceOver • Apple Maps • Compass • O&M Skills: 7 & 8 of 9 Lessons

    Complete Indoor & Outdoor iPhone Navigation for Blind People Look around with iphone
    Complete Indoor & Outdoor iPhone Navigation for Blind People- Look around with iPhone

    Look Around APP for outdoor iPhone Navigation for Blind People is now easier than ever. Blind travelers can navigate confidently inside and outside buildings when they combine iPhone tools with strong O&M skills. Siri gives quick commands, VoiceOver announces headings and distance, and Apple Maps provides direction cues that still work indoors. The Compass keeps travelers aligned in hallways, while Look Around describes the outside layout before they enter any building. Using these tools together allows blind people to build complete routes, drop reliable indoor pins, and understand their environment with far greater independence.

    LESSON 7— Complete Navigation Routine

    Purpose: Combine all skills into one independent travel system.

    Students follow this workflow:

    1. Use Look Around outside the building.
    2. Drop pins at key indoor locations.
    3. Ask Siri for directions between pins.
    4. Align with Compass headings.
    5. Walk straight using heading + hall cues.
    6. Count steps between rooms.
    7. Identify landmarks.
    8. Reverse the route to return.
    9. Practice until fully independent.

    LESSON 8 — Teach “Look Around” (Outdoor Orientation Only)

    Purpose: Understand the outside perimeter before entering the building.

    A. Open Look Around

    1. “Hey Siri, open Apple Maps.”
    2. Search for the school or building.
    3. Flick to “Look Around.”
    4. Double-tap.

    B. Teach What Look Around Describes

    • Streets
    • Bus loops
    • Entrances
    • Surrounding roads
    • Parking lots

    C. Teach What Look Around Cannot Do Indoors

    It cannot:

    • Show hallways
    • Show interior rooms
    • Give indoor turn-by-turn routes

    Use Seeing AI or clues inside instead.

    Go to other Lessons

  • Indoor Navigation for Blind People with Seeing AI App 9

    Indoor Navigation for Blind Travelers Using iPhone Apps

    Using Siri • VoiceOver • Apple Maps • Compass • O&M Skills: 9 of 9 Lessons

    Indoor Navigation for Blind People with the Seeing AI App-Using seeing AI to identify what is in lobby
    Indoor Navigation for Blind People with the Seeing AI App-Using seeing AI to identify what is in lobby

    LESSON 9 — Use Seeing AI for Indoor Orientation and Room Identification

    Once inside, Seeing AI becomes the key tool for identifying interior features—room signs, doors, and visual clues—while Lesson 8 combines all navigation skills into a complete routine. Students use Look Around outside, drop pins inside, follow Siri’s directions, align with Compass, walk straight, count steps, identify landmarks, and use Seeing AI to confirm locations. Indoor Navigation for Blind People with the Seeing AI App is made possible as together, these tools empower blind travelers to navigate independently with confidence.

    Purpose: Help blind travelers identify hallways, doors, signs, objects, and surroundings inside buildings where Apple Maps cannot provide indoor guidance.**

    Seeing AI gives fast, accurate orientation information through-download app in app Store:

    • Scene description
    • Door detection
    • Short Text reading
    • Object identification
    • Direction of sounds (“in front of you,” “to your left,” etc.)

    It becomes the traveler’s “eyes” inside the building. Fantastic for Home also.


    A. Open Seeing AI Quickly

    The user says:
    “Hey Siri, open Seeing AI.”

    VoiceOver opens the app instantly.


    B. Use Scene Mode for Fast Orientation

    Scene mode gives an overview of the space.

    Steps:

    1. User holds the phone at chest level.
    2. User points the camera forward.
    3. VoiceOver speaks what Seeing AI detects.

    Examples of descriptions:

    • “A hallway with doors on each side.”
    • “A desk and chairs in front of you.”
    • “A person standing near the door.”
    • “A staircase ahead.”

    Scene mode helps the user confirm:

    • They are in the correct hallway
    • The hallway has doors leading to nearby rooms
    • They are close to the bathroom or office area
    • They are approaching an intersection

    Vision teachers can integrate this during O&M lessons to reinforce environmental understanding.


    C. Use Door Detection (in Scene or Preview)

    Door Detection helps blind travelers find rooms and entrances.

    Steps:

    1. User opens Scene or Door Detection.
    2. User sweeps the camera left to right.
    3. VoiceOver announces:
      • “Door ahead.”
      • “Door three feet to your right.”
      • “Door with sign: Room 112.”

    This replaces visual scanning and gives very precise orientation inside schools or offices.


    D. Use Short Text to Read Room Signs and Labels

    Blind travelers use Short Text to read anything instantly.

    Steps:

    1. User flicks to “Short Text.”
    2. User holds the phone up while walking past doorframes.
    3. Seeing AI reads text automatically without taking a photo.

    Examples:

    • “Main Office.”
    • “Restroom.”
    • “Room 203.”
    • “Science Lab.”

    This helps confirm the correct room and supports independent route practice.


    E. Use Object Recognition to Confirm Landmarks

    Object mode helps locate:

    • Trash cans
    • Desks
    • Water fountains
    • Elevators
    • Stairs
    • Classroom equipment

    Steps:

    1. User flicks to “Objects.”
    2. User scans the room slowly.
    3. VoiceOver announces detected objects with direction cues.

    This helps the traveler understand interior layout.


    F. Use Person Detection for Safety and Social Navigation

    Seeing AI identifies:

    • People
    • Their location
    • Their distance
    • Their movement

    This helps the user:

    • Sense if someone is near the bathroom
    • Detect crowds or busy hallways
    • Avoid walking into people
    • Know when someone is approaching

    G. Combine Seeing AI with Dropped Pins and Compass

    This is the strongest indoor navigation system for blind travelers.

    Flow Example:

    1. Siri → “Walking directions to Bathroom.”
    2. User aligns with Compass → Heading West.
    3. User walks along hallway.
    4. Seeing AI Short Text → Reads door signs to confirm progress.
    5. Seeing AI Scene → Confirms hallway shape and intersections.
    6. Seeing AI Door Detection → Confirms bathroom door location.
    7. User drops a new pin at the bathroom.

    This creates a full multisensory navigation loop.


    H. Where Seeing AI Helps Most

    Seeing AI is extremely helpful in:

    • Home
    • Schools
    • Offices
    • Hospitals
    • Hotels
    • University buildings
    • Community centers
    • Dorms
    • Airports (inside terminals)

    Whenever GPS fails inside buildings, Seeing AI fills the gap.


    I. When Seeing AI Should Be Used Instead of Apple Maps

    Inside buildings:

    • Apple Maps gives heading + distance only
    • Seeing AI gives visual environmental detail

    Use Seeing AI to:

    • Confirm correct hallway
    • Locate doors or signs
    • Detect intersections
    • Understand room layout
    • Identify objects
    • Get general scene context

    Together:
    Pins = direction
    Compass = orientation
    Seeing AI = environment detail

    This creates full indoor independence.

    Go to other iPhone Lessons


  • Teach the Compass and Route Memory for Indoor Orientation 5 & 6

    Indoor Navigation for Blind Travelers Using iPhone Apps

    Using Siri • VoiceOver • Apple Maps • Compass • O&M Skills: 5 & 6 of 9 Lessons

    Indoor negation using saved pins and labels
    Indoor negation using saved pins and labels when using the compass and route memory

    Teaching indoor orientation requires blending technology with classic O&M strategies, and Lessons 5 and 6 bring those pieces together. Students first learn to use the iPhone Compass to understand headings, turns, and directional changes inside a building—skills that strengthen spatial awareness and support non-visual navigation. Once they can align their body to a heading and follow Siri’s cues, they begin building route memory through landmarks, step counting, repetition, and reverse travel. Together, these lessons give blind travelers the tools to form accurate mental maps and move confidently between indoor locations using both technology and traditional mobility techniques.

    LESSON 5 — Teach the Compass for Indoor Orientation

    Purpose: Build strong directional understanding inside buildings.

    A. Open Compass

    “Hey Siri, open Compass.”

    B. Teach the Four Primary Headings

    • North = 0°
    • East = 90°
    • South = 180°
    • West = 270°

    C. Teach Heading Changes

    1. Student faces forward.
    2. VoiceOver announces the heading.
    3. Student turns left 45–90 degrees.
    4. VoiceOver announces a new heading.
    5. Student repeats turning right.

    This builds geometric and spatial understanding.

    D. Connect Compass to Siri Directions

    1. “Hey Siri, walking directions to Bathroom.”
    2. Siri gives “Head west.”
    3. Student turns until Compass reads 270°.
    4. Student walks straight.

    LESSON 6 — Teach Route Memory (O&M Techniques)

    Purpose: Build reliable indoor travel routes using non-visual cues.

    A. Teach Landmarks

    Have student identify:

    • Floor textures
    • Temperature changes
    • Echo differences
    • Door frames
    • Railings
    • Corners

    B. Teach Step Counting

    1. Start at Main Room.
    2. Walk toward Bathroom.
    3. Count steps together.
    4. Record each turn and distance.

    Example route:

    • 42 steps to first corner
    • Turn left
    • 18 steps to Bathroom door

    C. Teach Repetition

    • First: travel with guide
    • Second: guide shadows
    • Third: verbal support only

    D. Teach Reverse Routing

    Student returns:

    • Reads headings backward
    • Reverses all turns
    • Uses same step counts

    Go to all iPhone Lessons

  • Accessibility Barriers in Standardized Testing for Blind Students

    Access  Barriers in Testing for Blind Students- Difference between blind (1 item at a time) and sighted learners (see all in 1 look)
    Access Barriers in Testing for Blind Students- Difference between blind (1 item at a time) and sighted learners (see all in 1 look)

    All Test-Taking Challenges and Access Barriers for Blind and Low-Vision Students in Standardized and Classroom Testing

    I. Barriers in Refer‑Back Test Questions for Screen Reader Users

    Purpose of This Report

    Blind and visually impaired test takers who rely on screen readers such as JAWS or NVDA, with or without a braille display, face significant barriers when assessments require rapid reference to earlier paragraphs or statements. These formats are inherently visual and not accessible in their current design.


    1. Description of the Test Format

    Many standardized test items require students to:

    • Read a question
    • Refer back to a paragraph, statement, or numbered section
    • Return to the question and select the correct answer

    Sighted test takers can visually scan and relocate information instantly. Screen reader users cannot.


    2. Why This Format Is Not Accessible to Screen Reader Users

    2.1 Loss of Visual Proximity

    Screen readers present content linearly, not spatially. Sighted students see the question and referenced paragraph in the same visual field; blind students do not.

    2.2 Excessive Navigation Required

    To “refer back,” a blind student must navigate backward through multiple elements, locate the correct paragraph, reread it, then navigate forward again to find the question. This process is slow, cognitively demanding, and fundamentally different from the visual experience the test assumes.

    2.3 Increased Cognitive Load

    Screen reader users must retain the paragraph in memory, relocate the question, and answer while juggling both sets of information. This creates a dual cognitive burden sighted students never encounter.

    2.4 Timing Disadvantage

    Linear navigation takes significantly longer than visual scanning. This is a structural access barrier, not a skill issue.


    3. Why a Sighted Reader Restores Equal Access

    A trained sighted reader allows the blind test taker to:

    • Hear the question and referenced paragraph immediately
    • Avoid unnecessary navigation delays
    • Demonstrate knowledge rather than screen reader navigation skills

    This restores equal access, not an advantage.


    4. Recommended Solutions

    4.1 Immediate Access Support

    Provide a human reader for all refer‑back items so blind test takers can access referenced material at the same speed as sighted peers.

    4.2 Long‑Term Accessible Test Design

    To make future tests independently accessible:

    • Place referenced paragraphs directly above the question
    • Provide a “Repeat Paragraph” button or link
    • Use collapsible sections operable with a single keystroke
    • Label paragraphs with headings or landmarks
    • Avoid long‑distance navigation requirements

    These practices align with WCAG 2.2 and accessible assessment standards.


    II. Barriers Created by Inadequate Image Descriptions for Blind Test Takers

    Purpose of This Section

    Image‑based test items—charts, diagrams, maps, graphs, illustrations, and labeled pictures—are inaccessible when alt text is incomplete. Blind students require accurate descriptions and, when appropriate, tactile materials to access visual information equitably.


    1. Description of the Test Format

    Many test questions require students to:

    • View an image
    • Interpret visual details
    • Answer questions based on those details

    Sighted students can scan images instantly. Blind students rely entirely on alt text and screen reader output.


    2. Why Inadequate Alt Text Makes the Test Inaccessible

    2.1 Alt Text Lacks Critical Details

    Alt text often reflects limited understanding of what blind users need. Vague descriptions such as “a chart” or “a diagram of a cell” do not provide the information required to answer test questions.

    2.2 Screen Readers Cannot Interpret Images

    A screen reader only reads the alt text provided. If the alt text is incomplete:

    • The student receives no meaningful information
    • The student cannot analyze the image
    • The student cannot answer the question

    2.3 Visual Information Is Spatial

    Images rely on position, direction, size, patterns, color coding, and labeled locations—details that require a complete verbal description or tactile representation.


    3. Impact on Blind Test Takers

    3.1 Severe Information Loss

    Incomplete or vague alt text omits key data, relationships, labels, and overall structure. When test questions rely on images, the assessment no longer measures the student’s knowledge—it measures the limitations of the format.
    A trained sighted human describer who works directly with the blind student can provide the detailed visual information necessary for equal access and valid assessment.

    3.2 Increased Cognitive Load

    Blind test takers must infer missing details, hold incomplete information in memory, and attempt to answer without full access. This creates an inequitable cognitive burden.

    3.3 Timing Disadvantage

    Blind students rely on detailed descriptions, trial‑and‑error navigation, and tactile graphics, resulting in significant time loss.


    4. Why a Sighted Human Describer Is Essential for Equal Access

    A trained describer can:

    • Verbally explain the image in full detail
    • Identify labels, relationships, and spatial layout
    • Provide tactile graphics when appropriate
    • Answer clarifying questions about structure (not content)

    This ensures blind test takers understand the image at the same conceptual level as sighted peers.


    5. Recommended Solutions

    5.1 Immediate Access Support

    Provide a trained sighted describer who can deliver complete visual information and support understanding of image‑based content.

    5.2 Long‑Term Accessible Test Design

    To make image‑based items independently accessible:

    • Provide complete, descriptive alt text
    • Include long descriptions for complex graphics
    • Offer tactile graphics
    • Use clear, structured metadata
    • Follow WCAG 2.2 and accessible assessment guidelines

    Final Summary

    Refer‑back questions and image‑based test items create significant access barriers for blind students who rely on screen readers or braille displays. These barriers stem from visual assumptions built into test design—assumptions that do not translate to linear, audio‑based navigation or incomplete alt text. Equal access requires redesigning assessments to remove visual dependencies and, when necessary, providing trained human support such as readers or describers. When tests are built with accessibility in mind, they measure what students know—not how well they can navigate inaccessible formats.

    This applies to all types of testing, so teachers must stay aware and provide full support for the blind or low-vision student in their classroom.

    Refer to: How Do Blind Students Learn?


  • Best Tactile and Math Graphics for Blind Students

    Calculus graphics
    Calculus graphics

    Finding high-quality tactile graphics for advanced math often feels overwhelming, especially when you support blind students who want deeper conceptual understanding. However, you can simplify the process with a clear list of reliable sources. To begin, you can explore this curated collection of teacher-vetted tactile math libraries. These sites cover algebra and pre-calculus through Calculus I–III. In addition, they include limits, derivatives, integrals, function behavior, curves, and coordinate systems. As a result, you gain ready-to-use tactiles that strengthen conceptual learning for all students. For example, many of these graphics support problem-solving, graph analysis, and multi-step reasoning. Though the focus leans toward higher-level math, these sites still offer tactile graphics for every math level. Finally, you can review them in order, moving from the most comprehensive to excellent, knowing each one provides strong and dependable options.

    The information below is in order of the most comprehensive to excellent so all options are great for finding anything you need. On the European site, just remember to select English

     1. Tactile Inclusion Project (TIP) — 1,250+ Math Tactiles (Grades 1–13, including Calculus)

    STPT = Science, Technology, Physics, and Tactile
    It’s one of the major content categories inside the Tactile Inclusion Project (TIP) collection.

    TIP created a huge set of tactile graphics across:

    • Math
    • Science
    • Physics
    • Technology
    • Geometry
    • Calculus
    • Data & graphs

    Best source for calculus‑level tactile graphics.
    This project includes audio‑tactile and swell‑paper‑ready graphics for algebra → calculus, created by math teachers for blind students.

    • Limits (approaching values, left/right limits)
    • Derivative concepts (slopes, tangent lines)
    • Curve behavior (increasing/decreasing, concavity)
    • Graphs of functions (polynomials, exponential, trig)
    • Area under curves (Riemann rectangles)
    • Integrals (definite/indefinite visualizations)
    • Coordinate planes, axes, quadrants
    • Piecewise functions
    • Parametric curves
    • Sequences & series visuals
    • Optimization diagrams

    Why it’s ideal for blind students:

    • Graphics are simplified to core mathematical meaning
    • Includes audio explanations
    • Translatable into 29 languages
    • Free to download

     2. ProBlind — Global Database of 1,250+ Tactile Math Graphics- make sure you choose your language preference:

    Calculus‑level graphics include:

    • Function families
    • Derivative slope diagrams
    • Concavity & inflection points
    • Trig function curves
    • Exponential/logarithmic curves
    • Limits & asymptotes
    • Area under curves
    • 3D surfaces (simplified for tactile use)
    • Calculus
    • Limits
    • Derivatives (slopes, tangent lines)
    • Integrals (area under curves)
    • Concavity & inflection points
    • Function families
    • Riemann sums
    • Asymptotes & behavior at infinity
    • Pre‑Calculus & Algebra
    • Trig functions
    • Exponential/logarithmic curves
    • Coordinate planes
    • Piecewise functions
    • Parametric curves
    • Geometry & STEM
    •  Shapes
    • Graphs
    • Data displays
    • 3D surfaces (simplified)
    • All graphics are:
    • Swell‑paper ready
    • Embosser friendly
    • Audio‑described
    • Designed specifically for blind learners
    •  Where TIP Lives Now
    • Because the original TIP website has a broken SSL certificate, the safe, active home for all TIP graphics is:
    • ProBlind (secure host of TIP content)
    • https://www.problind.org
    • Everything TIP created is available there.
    •  Why Teachers Love TIP
    • Graphics are clean, uncluttered, and concept‑focused
    • Designed by math teachers who understand tactile learning
    • Perfect for bright blind students who need conceptual depth
    • Free and globally accessible
    • Why it’s powerful:
    • Free because it is:
    • Designed specifically for blind students
    • Covers all grade levels, including advanced math
    • Graphics are tested in blind schools

    Best Tactile and Math Graphics for Blind Students at Perkins


     3. Perkins School for the Blind — Tactile Graphics Library

    Large library of tactile graphics ready for PIAF/Swell machines.

    Calculus‑related graphics include:

    • Coordinate planes
    • Graphs of functions
    • Trigonometric curves
    • Geometry foundations needed for calculus
    • Rate‑of‑change visuals
    • Area/volume diagrams

    Why it’s useful:

    • Teacher‑adapted worksheets
    • Clean, uncluttered diagrams
    • Many graphics can be used as pre‑calculus foundations

     4. BTactile is included in Perkins link— 5,500+ Swell‑Paper‑Ready Graphics

    One of the largest free tactile image libraries online.

    Calculus‑related graphics include:

    • Graphs of functions
    • Trig curves
    • Exponential/logarithmic functions
    • Geometry for limits & derivatives
    • Coordinate systems

    Why it’s valuable:

    • Massive library
    • Ready for immediate embossing
    • Great for enrichment and practice

     5. APH Tactile Graphic Image Library (TGIL)

    Search output of Links of all graphics

    Requires free registration.

    Calculus‑related graphics include:

    • Graphs
    • Coordinate planes
    • Geometry diagrams
    • Algebraic foundations

    Why it matters:

    • APH graphics follow tactile design standards
    • Good for building conceptual scaffolding

     6. Zychem Tactile Library is included in the APH Library

    Swell‑paper graphics for math and science.

    Calculus‑related graphics include:

    • Graphs
    • Geometry
    • Trig curves
    • Function diagrams

     7. Paths to Technology (Perkins) — Individual Tactile Math Lessons

    Useful for calculus prep:

    • Absolute position
    • Coordinate grids
    • Graphing activities
    • Function behavior

    8. Tactile Graphics for Geoscience Education

    Not calculus‑specific, but includes 3D surfaces, gradients, and spatial diagrams helpful for multivariable calculus.


    9. APH Tactile Graphics Image Library

    Search the Tactile Graphic Image Library

    The TGIL: History and Mission

    The TGIL was established in 2007 by the American Printing House for the Blind (APH) to support transcribers by providing free, customizable tactile graphics templates for images that are commonly used in K-12 education. The goal of the TGIL was to help speed up textbook transcription by providing a good starting point for creating high-quality tactile graphics. 

    While supporting transcribers remains an important part of the TGIL’s mission, we have recently expanded the scope and purpose of the TGIL to provide graphics that have been “optimized for the Monarch.” These graphics support direct-to-student delivery of graphics for use in a digital format with the Monarch multi-line tactile display. 

    The metadata for each graphic in TGIL will indicate whether the graphic was created for embossing and/or whether it has been optimized to display on the Monarch. We also invite users to request graphics for use on the Monarch — or request remediation of an existing graphic — when an “optimized for Monarch” alternative is not yet available. 

  • JAWS UEB/Nemeth Settings + Accessible Math in Word & Braille Editor

    JAWS UEB/Nemeth Settings-Word and Braille Math Editor
    JAWS UEB MATHS/Nemeth Settings-Word and Braille Math Editor

    If you’ve ever struggled to get JAWS to read math correctly on your computer, this walk-through will make your life much easier. In this video, I demonstrate how to set JAWS for either UEB Maths or Nemeth math using the JAWS UEB/Nemeth Settings, then show you how to create accessible math using Word’s Math Editor and the Braille Math Editor. Whether you’re a TVI (Teacher of the Blind), a student, or an AT (Access Technology) specialist, these steps will help you produce clear, accurate, and accessible math every time.


    WORD MATH EDITOR Setup

    1. Open the Math Editor

    • Alt + =

    2. Open the Equation Tools tab

    • Alt + J, E

    3. Open Math Options (Settings)

    • T, 1
      (This opens the Math Options dialog.)

    4. Set Alignment to Left
    Inside the Math Options dialog:

    • Alt + J → moves to Justification
    • L → Left alignment
    • Alt + D → Set as Default
    • Tab, Tab → to OK
    • Enter
    • When asked to save as default, choose Yes
      (This saves the settings to the Normal template.)

    5. Check Conversion (if math looks wrong)

    While inside a math zone:

    • Alt + =
    • Alt + J, E
    • C → Convert
    • Make sure it is set to Professional

    WORD MATH EDITOR — Command Sequence (JAWS + Keyboard)

    Open the Math Editor

    • Press Alt + =
      This inserts a new math zone and opens the Word Math Editor.

    Move in and out of the math zone

    • Right Arrow → move into the math zone
    • Right Arrow again → move through elements
    • Left Arrow → move backward
    • Esc → exit the math zone and return to normal text

    Insert common structures

    • FractionCtrl + /
    • ExponentCtrl + Shift + =
    • SubscriptCtrl + =
    • Square root → type \sqrt then press Space
    • Matrix → type \matrix then press Space
    • Parentheses → type ( then ) (Word auto‑sizes them)

    Insert math symbols using LaTeX shortcuts

    • \pi + Space → π
    • \alpha + Space → α
    • \neq + Space → ≠
    • \le + Space → ≤
    • \ge + Space → ≥
    • \div for divide
    • \times for times
    • \sqrt for square root

    (Word’s Math Editor accepts most LaTeX commands-check out list in link.)

    Navigate inside structures

    • Right Arrow → move to next placeholder
    • Left Arrow → move back
    • Ctrl + Right Arrow → jump out of a structure
    • Ctrl + Left Arrow → jump into previous structure
    • To read the braille the easiest–OPEN BME

    BRAILLE MATH EDITOR (BME) — Command Sequence (JAWS + Keyboard)

    Open the Braille Math Editor

    • Press Alt + Shift + =
      (This opens the BME window for UEB contracted math input.)

    Choose UEB or Nemeth

    Inside BME:

    • Press Alt + M → opens Math Code menu
    • Press U → UEB Math
    • Press N → Nemeth Math

    (You can teach students to confirm the code before typing.)

    Enter math using braille input

    • Type using six‑key entry on the braille display or keyboard
    • Use Space to confirm symbols
    • Use Backspace to correct braille cells

    Navigate inside the math expression

    • Left Arrow → move left
    • Right Arrow → move right
    • Ctrl + Left Arrow → jump to previous element
    • Ctrl + Right Arrow → jump to next element

    Insert common structures

    • Fraction → dots 3‑4 then 3‑4 (opening and closing fraction indicators)
    • Superscript → dot 5
    • Subscript → dot 2
    • Square root → dots 1‑2‑3‑5
    • Parentheses → dots 1‑2‑6 and 3‑5‑6

    (These follow UEB math rules; Nemeth uses different indicators.)

    Send math back to Word

    • Press Alt + S → Save and return to Word
    • The math appears in the document as a fully formatted math object

    Exit without saving

    • Press Alt + F4
    • Choose No if you don’t want to insert the math

  • Stop Annoying Ding Sounds on Windows Fix Filter Keys & Toggle Keys

    accessibility options in windows i go to keyboard

    Windows + I to settings and find Accessibility on the far left column and open then open keyboard. If you want to stop annoying ding sounds on Windows, the following steps will help you do that.

    If your computer keeps chiming, dinging, or beeping at the worst possible moments, or when you press a particular key, you can silence or customize every system sound in just a few steps.

    If you like to follow a video through the steps, this will help: Stop Annoying Ding Sounds on Windows Fix Filter Keys & Toggle Keys

    In this video, you’ll learn:

    • How to check whether Filter Keys or Toggle Keys are turned on
    • How to turn them off if you don’t need them
    • How to adjust them properly if you do use them
    • How to prevent Windows from enabling them by mistake
    • How to silence or customize the sounds they make

    Commands & Navigation Steps

    Open Windows Accessibility Settings (Keyboard Section)

    • Windows + I → opens Settings
    • down arrow to Accessibility, press Enter, then tab down to Keyboard
    • or press windows (start menu) or using keyboard type Accessibility in the search box

    Check all these Features

    Turn Sticky Keys, Filter Keys, or Toggle Keys On/Off

    • Tab to the setting you want
    • Press Space bar to toggle it on or off

    Hear What Toggle Keys Sounds Like

    • Turn on Toggle Keys → Windows plays a beep when pressing Caps Lock, Num Lock, or Scroll Lock
    • Turn it off again → sound stops immediately

    Notification Preferences for Accessibility Keys

    Windows will play a sound when:

    • Sticky Keys is turned on
    • Filter Keys is turned on
    • Toggle Keys is turned on

    This helps you know when you’ve activated something by accident.


    On‑Screen Keyboard (for mouse users or one‑handed typing)

    • Turn on On‑screen keyboard in the Keyboard settings
    • Click keys with your mouse if typing is difficult

    Underline Access Keys

    • Turn on Underline access keys
    • This shows keyboard shortcuts even when you’re not holding Alt

    Print Screen Behavior (Updated in Windows 11)

    • While you are here adjust Print Screen
    • Arrow to Print Screen and enter → opens the Snipping Tool options at the top of the screen
    • Screen reader users:
      • Tab through options
      • Go to the last one
      • Press Spacebar, then Down Arrow to choose screenshot type-then you have options

    When you cannot do something: Take a Screenshot & Send It to your help person

    • Take screenshot- which literally is copy
    • Press Ctrl + V to paste into an email
    • Send to your tech instructor or support person

    Whether you’re troubleshooting your own device or helping someone else, this quick fix will bring instant peace and quiet — and give you full control over your keyboard behavior.

  • Drop Pins and Navigate with Maps: iPhone and VoiceOver Skills for the Blind

    navigation with drop a Pin
    Drop Pins and Navigate with Apple Maps

    Goal:

    • Mark and label the location
    • Walk to the bus stop or another destination
    • Drop a second pin
    • Create a reusable walking route
    • Reuse that same route when returning home

    VoiceOver + Siri Navigation Workflow: Drop Pins, Mark Locations, Save Routes, Reuse Them

    PART 1 — Drop a Pin at Home (Using Siri or VoiceOver)

    Option A: Using Siri

    1. Say: “Hey Siri, drop a pin.”
    2. Siri will place a pin at your exact GPS location.
    3. Say: “Hey Siri, mark my location as Home.”
      • This saves it permanently in Maps.

    Option B: Using VoiceOver

    1. Open Maps.
    2. Touch the screen until you hear “Current Location.”
    3. One‑finger double‑tap to select it.
    4. Swipe right until you hear “More” or “Actions available.”
    5. Use the Actions Rotor → choose “Drop Pin.”
    6. Double‑tap to confirm.
    7. Swipe to “Add to Favorites” → double‑tap.
    8. Type or dictate: “Home.”

    PART 2 — Walk to the Bus Stop and Drop a Pin There

    1. Walk to the bus stop.
    2. Once standing at the exact spot, say:
      “Hey Siri, drop a pin.”
    3. Or use the VoiceOver method again:
      • Current Location → Actions Rotor → Drop Pin.
    4. Add it to Favorites and label it “Bus Stop.”

    PART 3 — Create a Walking Route Between Home and Bus Stop

    From Home to Bus Stop

    1. Open Maps.
    2. In Favorites, choose “Bus Stop.”
    3. Swipe to “Directions.”
    4. Choose “Walking.”
    5. Double‑tap “Go.”
    6. Maps now has a reusable route from Home → Bus Stop.

    Save the Route

    Apple Maps doesn’t have a “Save Route” button, but you can save it by:

    • Keeping Home and Bus Stop in Favorites
    • Maps will always generate the same walking route between two saved points
    • You can also add both to a Guide (optional)

    PART 4 — Reuse the Route When Returning Home After Getting Off the Bus

    When you get off the bus:

    Option A: Siri

    Say:
    “Hey Siri, give me walking directions to Home.”

    Option B: VoiceOver

    1. Open Maps.
    2. Go to Favorites.
    3. Select Home.
    4. Swipe to Directions → choose WalkingGo.

    This automatically recreates the same route you used earlier.


    Easy Summary Script

    Here’s a simple version you can teach directly:

    1. At home: “Hey Siri, drop a pin. Mark this as Home.”
    2. Walk to bus stop: “Hey Siri, drop a pin. Mark this as Bus Stop.”
    3. To go to the bus stop: Open Maps → Favorites → Bus Stop → Directions → Walking → Go.
    4. To go home after the bus: “Hey Siri, walking directions to Home.”

    Other iPhone Lessons

  • How Blind People Drop a Pin to Share Location on iPhone

    Man taps share my location on phone
    How Blind People Drop a Pin to Share: A blind man waits outside a building with his long white cane leaning against his shoulder while he taps his phone to share his location.

    Share Your Location Using Siri and VoiceOver

    Blind people can stay safer and more independent by learning how to share their location quickly using Siri and VoiceOver. If you want to know how blind people drop a pin to share location, the iPhone offers simple tools that allow blind users to contact trusted people, send their exact location, and request help with only a few commands. These steps explain how to set up location sharing, how to flick and navigate with VoiceOver, and how to share your location anytime support is needed.


    Step 1: Add a Trusted Contact

    A trusted contact can be a parent, partner, caregiver, or friend.

    Open Contacts

    Say, “Hey Siri, open Contacts.”

    Add the contact

    1. Touch the middle of the screen to find the list.
    2. Flick right until VoiceOver says “Add Contact.”
    3. Double-tap to open it.
    4. Enter the person’s name.
    5. Flick right to the phone number field.
    6. Double-tap and enter the number.
    7. Flick right until you hear “Done.”
    8. Double-tap to save.

    This contact becomes the person you can share your location with anytime.


    Step 2: How Blind People Drop a Pin to Share and Turn On ‘Share My Location’

    Location sharing must be activated before Siri can send your location.

    Open Settings

    Say, “Hey Siri, open Settings.”

    Open your Apple ID

    1. Touch the top of the screen.
    2. VoiceOver speaks the user’s name.
    3. Double-tap.

    Open Find My

    1. Flick right slowly until you hear “Find My.”
    2. Double-tap to open it.

    Enable location sharing

    1. Flick right until you hear “Share My Location.”
    2. Double-tap to turn it on.

    Your iPhone can now send your live location when requested.


    Step 3: How blind people Share Location With a Trusted Person Permanently

    Open Messages

    Say, “Hey Siri, open Messages.”

    Open the trusted person’s conversation

    1. Touch the center of the screen.
    2. Flick right until you hear their name.
    3. Double-tap.

    Open contact details

    1. Touch the upper right corner.
    2. Flick right until VoiceOver says “Info” or “Details.”
    3. Double-tap.

    Share permanently

    1. Flick right until you hear “Share My Location.”
    2. Double-tap.
    3. Flick right to “Share Indefinitely.”
    4. Double-tap.

    Your trusted person now sees your location anytime you choose to share it.


    Step 4: How Blind People Drop a Pin to Share Your Location Quickly Using Siri

    This is the fastest and safest method.

    Say:
    “Hey Siri, share my location with Mom.”
    (or the name of your trusted contact)

    Siri sends your exact GPS location through Messages.
    VoiceOver confirms the action.

    This works indoors and outdoors.


    Step 5: Share Your Location Manually in Messages

    Open Messages

    Say, “Open Messages.”

    Send location

    1. Open the trusted person’s conversation.
    2. Flick right until you hear “Send My Current Location.”
    3. Double-tap.
    4. VoiceOver confirms the message.

    This is helpful when you prefer not to dictate aloud.


    Step 6: When Blind People Should Share Their Location

    Location sharing helps when you:

    • Feel lost
    • Feel unsafe
    • Need help quickly
    • Need a ride
    • Experience a sudden change in plans
    • Want a trusted person to monitor your travel safely

    This step protects blind travelers and supports independence in public places.


    Step 7: A Simple Safety Script to Teach

    Blind users can use this script anytime they need help:

    1. Stop walking.
    2. Hold your phone securely.
    3. Face a quiet direction.
    4. Say, “Hey Siri, share my location with Mom.”
    5. Wait for VoiceOver to confirm.
    6. Stay where you are until help arrives.

    This gives blind travelers control during stressful or uncertain situations.


    Why This Skill Matter

    Location sharing supports blind people in daily travel.
    It strengthens communication and confidence.
    – helps families and caregivers respond quickly in emergencies.
    It enhances safety without reducing independence.
    – empowers blind users to manage real-world travel with greater security.

    Video Lessons on all blind skills at YouTube

    More Access Tech