Teaching Students with Visual Impairments: An Introduction

This powerpoint presentation is designed to introduce administrators, teachers, paras and related service providers to some of the basics in working with students with visual impairments.

I created this PowerPoint presentation to provide a brief overview for administrators, teachers, paraprofessionals, and related service providers who are new to working with students with visual impairments. It can be adapted with information about specific students and their vision conditions, or other factors.

How much of your vision do you use? 

According to VisionAware, it is estimated that the sense of sight provides approximately 80% of all the information we receive about the world. (, 2021)


How does your vision work? 


Visual Acuity and Visual Field

The process of Vision can be broken down into 3 parts: visual acuity/visual field, visual motor abilities, and visual perception. 

Visual Acuity

This refers to clarity of sight. It is commonly measured using the Snellen chart and noted, for example, as 20/20, 20/50, 20/200 etc. Visual acuity becomes blurred in various refractive conditions, for example, myopia (nearsighted), hyperopia (far-sighted), astigmatism (mixed), and presbyopia (age related loss of focusing).

Visual Field

This is the complete central and peripheral range of vision. Various neurologic conditions, such as a stroke, cause characteristic losses of the visual field, for example hemianopsia. The person may, or may not, concurrently demonstrate a visual neglect which is a perceptual loss of vision and visual motor integration to the side of the visual field loss.

Visual Motor Abilities

Alignment – This refers to eye posture. If the eyes are straight and aligned the eye posture is termed phoric. If an eye turns in, out, up or down compared to the other eye then the eyes are not straight or aligned and the condition is termed “strabismus”. Exotropia is a form of strabismus where an eye turns out, esotropia is where an eye turns in, hypertropia is where an eye turns up, and hypotropia is where an eye turns down. These can also occur in combination, such as hyper-exotropia, or hypo-esotropia.

Fixation – The ability to steadily and accurately gaze at an object. This is most dysfunctional in nystagmus, which is an uncontrollable shaking of the eyes.

Tracking – The ability to smoothly and accurately track, or follow, a moving object

Saccades – The ability to quickly and accurately look, or scan, from one object to another

Accommodation – The ability to accurately focus on an object of regard, sustain focusing of the eyes, and to change focus when looking from different distances

Convergence – The ability to accurately aim the eyes at an object of regard and to track an object as it moves towards and away from the person

Binocularity – The integration of accommodation and convergence

Stereopsis – Depth perception


Visual Perception

Visual-Motor Integration – Eye-hand, eye-foot, and eye-body coordination

Visual-Auditory Integration – The ability to relate and associate what is seen and heard

Visual Memory – The ability to remember and recall information that is seen

Visual Closure – The ability “to fill in the gaps,” or complete a visual picture based on seeing only some of the parts

Spatial Relationships – The ability to know “where I am” in relation to objects and space around me and to know where objects are in relation to one another

Figure-Ground Discrimination – The ability to discern form and object from background


Vision Simulation


Our Youngest Consumers: 3 and Under

ECI – Early Childhood Intervention: Serves children 3 and under. ECI contracts with school districts for VI, ToDHH and O&M services. 

When a child qualifies with ECI with a visual impairment, the parent MUST FIRST register the child at the child’s home campus before a teacher of the visually impaired can begin services. 

Strategies for Students with Low Vision

Note that this is a general list and the student’s TVI should be consulted for child-specific recommendations.

  • Preferential seating is often necessary for a student with low vision. 
  • Let the student select a seat where he/she sees best. 
  • Seat a student as close to the board as practical. 
  • Reduce glare from windows and lights, as much as possible. 
  • Seat the student with his/her back to windows.
  • We ask that you do not laminate unless you use the non-glare laminate.
  • Clear contrast between the print and the background will help the student be more successful.
  • Black print on white paper is usually best. If other modifications are required they should be contained in the list of modifications handed out at the beginning of the semester and in the Special Education Folder
  • Contrast, print style, and spacing of letters can be more important than print size.
  • Students with low vision may require more time to complete assignment.
  • Students with low vision are usually slow readers because of the visual impairment. 
  • Standardized tests requiring separate answer sheets may be especially difficult for a visually impaired student to use. Check the modifications page to see what procedure to use. 
  • Word games, puzzles and graphs may be inappropriate for a low vision student due to clutter. Check with the VI teacher if you are unsure. 
  • Give the student the grade he/she earns. Donating a grade to a student hinders, not helps, the student’s learning.
  • The rules of discipline should be the same for a low vision student, as for any other, unless the IEP states otherwise. 
  • So much of our communication is non-verbal. Often a student with low vision is unable to recognize the expression on someone’s face or figure out what has happened in a situation that is nonverbal. It is helpful if the teacher privately explains the situation to the student with low vision.

Strategies for Students who are Blind

  • It’s okay to say “look” and “see.” Even people with sight use their other senses in the context of looking at something. People with visual impairments might look at things in a different way, but “seeing” is in the perception (rather than the eye) of the beholder.
  • Audiovisual presentations and demonstrations are made accessible to students with a severe visual impairment by providing verbal explanations. It is best to read what is being written on the board and/or describe what is pictured in the presentation. Allow the student time to handle tactually adapted materials.
  • Saying “over there” and pointing to something the student cannot see are not useful with a student with blindness. Instead, spatial directions must be given from the STUDENT’S perspective. Remember that the student’s left and right are opposite yours when you are facing the student.
  • Seat or encourage the student with blindness to come to the front of the classroom or presentation area in order to be certain that s/he hears all instruction/explanation correctly.
  • Braille materials take an exceptionally long time to order and/or prepare. Textbook committee members should be aware of this and be certain that braille textbooks can be ordered in January for the following fall so that they can be transcribed in time. Extra time may be required for math and technical books, as braille mathematical notation requires a unique certification that many literary braille transcribers do not possess. Electronic textbooks have been very beneficial in this area. 
  • Classroom handouts, especially those with pictures or diagrams, also require a great deal of time to transcribe into braille, tactile formats and/or verbal descriptions. Classroom teachers are asked to provide materials to be transcribed at least two weeks ahead of time, preferably by email, as some text can be transcribed using computer translation software. The link to provide our braillist with assignments is attached below: THIS IS WHERE THE BRAILLIST WOULD ADD HER INFO!
  • Expect the student with visual impairments to complete the same assignments as the rest of the class. Due to alternative media, assignments may take a student with visual impairments longer to complete. Due to time constraints it may occasionally be necessary to reduce the number of examples to be completed for classwork or homework (such as in math problems), as long as the student is able to demonstrate that s/he understands the concepts and/or skills exhibited within each example.
  • Independence is of primary importance! Be patient. Observe the student, silently encouraging independent problem-solving skills. Wait until the student asks for help and provide minimal assistance only as needed to build self-confidence and independence.
  • Avoid leaving doors and drawers ajar or chairs out from under tables and desks. Either keep furniture consistent or inform and/or involve the student in rearranging. For peers, please keep all backpacks under the desk keeping the aisles clear.
  • Address all students by name so that the student with visual impairments can learn to associate names with voices of classmates. Address the student with visual impairments by name as well, so he or she knows when he or she is being spoken to.
  • Encourage the student’s use of proper posture, eye contact as much as possible and proper social etiquette. Discourage any inappropriate mannerisms to maximize the student’s physical and emotional health, as well as the student’s social, educational and career potential.
  • Always treat the student with visual impairments equally as other students. This includes discipline and special privileges as well as involvement in extracurricular and leadership opportunities.
  • Please do not presume that just because the student cannot see and is using other learning mediums, that the student is incapable. Try to allow the student to use their strengths in the areas they need to learn.
  • All students, including those with visual impairments, learn at individual rates.
  • As much as possible, treat the student the same as any other student and your example will encourage classmates to do the same.


Orientation & Mobility

Movement is important to everyone. Orientation asks the questions:

  • “Where am I?” 
  • “Where am I going?” and 
  • “How do I get there?”


Mobility involves getting there safely and efficiently. Orientation and mobility (O&M) begins with understanding where your body ends and the environment begins. It also includes knowing about relationships between different objects in the environment. O&M is a related service and may be provided for all students with visual impairments from birth through age 21 years, regardless of additional disabilities.

Orientation and mobility is a lifelong learning process. It is important because:

  • Movement teaches the brain. O&M teaches movement with a purpose. Purposeful movement may not occur naturally for children with a visual impairment. An early O&M evaluation is critical.
  • Safety creates confidence and a sense of well-being. O&M skills enable children to safely explore and interact with the world, including the home, school, and  community. When infants and children, including those with low vision or multiple disabilities, understand their environments, they feel safe. Early O&M evaluation is critical.
  • Experience brings context to life.

    • O&M instruction provides real experiences essential to all children. The skills learned reduce isolation by giving students a “common ground” for interacting with family, friends, and future employers. O&M instruction brings the general curriculum to life.  Early and periodic O&M evaluations are critical.
  • O&M evaluations include activities such as assessing a student while:

    • He/she moves around a different campus to evaluate his/her abilities in unfamiliar environments.
    • He/she uses his/her limited night vision in the neighborhood or community.
    • He/she uses his/her wheelchair to travel to the cafeteria, restroom, or other spot on the campus or community.
  • O&M instruction includes activities such as teaching:

    • parents of an infant how to deal with their fear that their baby will hurt himself as he moves around the room.
    • a young child how to move towards her mother’s voice.
    • a young child with limited movement that those movements creates changes in his life.
    • a student how to find her way in the community by using a telescope or monocular to read street signs.
    • an adolescent how to use a cane and the bus system to independently meet his friends.
    • a girl in a wheelchair how to find the bathroom independently.
    • a student to travel independently to a future job in the community.


Low Vision Accommodation Video


Blind Children’s Center Video


Cover slide of PowerPoint presentation on teaching students with visual impairments


Collage of A Brief Overview of Teaching Students with VI