Using the Functional Skills Inventory for the Blind (FSIB)

When a child is blind or has low vision, knowing their medical diagnosis is only the starting point. What teachers and specialists truly need to know is: What can this child actually do? That is precisely the question the Functional Skills Inventory for the Blind (FSIB) is designed to answer. Developed as a criterion-referenced assessment tool, the FSIB evaluates the practical, everyday skills of blind and low-vision children aged 6 to 17 across 12 key developmental areas – giving educators a clear, structured picture of where a child stands and what they need to move forward.

What is the FSIB? 🔗

The FSIB is a criterion-referenced assessment, which means it measures a child’s performance against a defined set of skills – not against the performance of other children. This is a critical distinction. As noted by Teaching Students with Visual Impairments, assessments for students who are blind or visually impaired present unique challenges because standardized tests are often built with visual components, and simply converting them into another format does not automatically make them valid or accessible. The FSIB sidesteps this problem by focusing entirely on functional performance – what the child can do in real-life settings.

The tool is specifically designed for children with blindness or low vision between the ages of 6 and 17, making it appropriate across a wide range of school-going years. Its purpose is not merely to label or classify a child, but to generate actionable data that informs planning, goal-setting, and instruction. The outcome of an FSIB assessment feeds directly into the development of an Individualized Education Program (IEP) – the cornerstone document that shapes how a student with a disability is taught and supported in school.

The 12 developmental areas of the FSIB 🔗

What makes the FSIB comprehensive is its breadth. It does not look at academic achievement in isolation – it examines the full range of skills a child needs to function and thrive. The 12 developmental areas span physical, cognitive, social, and practical domains, recognizing that a child’s education is far more than what happens in a classroom.

Gross motor skills 🔗

This area looks at large-body movement – how a child walks, runs, climbs, and manages physical coordination. For children with blindness or low vision, gross motor development can be delayed because so much of early movement learning happens through visual imitation. Assessing this area helps educators identify whether targeted physical activities or therapy referrals are needed.

Fine motor skills 🔗

Fine motor skills involve the precise use of hands and fingers – essential for braille reading and writing, using assistive tools, and carrying out daily tasks. Evaluating this area informs decisions about the type of writing or communication tools that would best suit the child.

Spatial awareness 🔗

Spatial awareness refers to understanding one’s position in relation to surrounding objects and environments. Without intact vision, children must build this understanding through touch and sound. Strong spatial awareness is the foundation for safe, independent movement – making it closely connected to orientation and mobility instruction.

Sensory awareness 🔗

Children who are blind rely heavily on their remaining senses – hearing, touch, smell, and proprioception – to gather information about the world. This area of the FSIB assesses how effectively a child uses these compensatory senses, which directly shapes how instruction is designed and delivered.

Social and emotional skills 🔗

As highlighted by the Tennessee Department of Education’s evaluation guidance, social skills such as gestures, body language, and facial expressions are primarily learned through visual observation. Children with visual impairments often need direct, systematic instruction in social skills because these cannot be picked up incidentally. The FSIB’s inclusion of this area ensures that social and emotional development is treated as a legitimate educational priority, not an afterthought.

Cognitive skills 🔗

This area addresses thinking, problem-solving, reasoning, and the ability to process and retain information. Since cognitive assessments often rely on visual stimuli, the FSIB evaluates cognitive functioning through non-visual means, giving a more accurate representation of a child’s intellectual capabilities.

Language skills 🔗

Language development encompasses both receptive skills (understanding spoken language) and expressive skills (communicating ideas). Blind children may develop strong verbal abilities while still needing targeted support in areas such as concept development, where visual grounding is typically assumed. Assessing language skills also supports decisions about communication aids and instructional approach.

Compensatory academic skills 🔗

Compensatory skills are the alternative techniques blind and low-vision students use to access the academic curriculum. These include braille literacy, the use of screen readers, tactile graphics, and other adapted instructional methods. Assessing competency in these skills is critical for determining how a child will access reading, writing, and mathematics in the classroom.

Daily living skills 🔗

Daily living skills cover practical independence – dressing, eating, personal hygiene, managing money, preparing food, and navigating the home. These are areas where visual impairment often creates genuine barriers. The FSIB evaluates how independently a child manages these tasks, helping teams identify where direct instruction or adaptive strategies are needed to build self-reliance.

Orientation and mobility skills 🔗

Orientation and Mobility (O&M) is one of the most critical skill areas for children who are blind. The U.S. Department of Education’s policy guidance explicitly recognizes that a blind or visually impaired individual’s ability to move around independently is closely linked to their self-esteem. O&M encompasses body awareness, understanding spatial relationships, using a white cane, and travelling safely in both familiar and unfamiliar environments. The FSIB’s evaluation in this area helps determine the level of O&M instruction required and whether a referral to a Certified Orientation and Mobility Specialist (COMS) is needed.

Beyond these core ten, the FSIB also covers vocational/career awareness skills and recreation and leisure skills – two often-overlooked areas that are vital for a child’s long-term quality of life and transition to adulthood.

How to use the FSIB: a step-by-step process 🔗

The FSIB is not a one-time test administered in a quiet room. It is an ongoing, multi-layered assessment process that unfolds across multiple settings and involves several professionals. Here is how it typically works in practice.

Step 1: Gather background information 🔗

Before the assessment begins, the evaluator collects relevant information about the child. This includes medical records, prior evaluations, information from the child’s ophthalmologist or optometrist, school reports, and input from parents and caregivers. The Outreach Center for Deafness and Blindness notes that a child’s medical diagnosis, eye exam report, and clinical low-vision evaluation are not mandatory to begin, but they provide valuable context for interpreting results. Understanding the nature and extent of the child’s visual impairment helps the assessor set appropriate expectations and adapt the process where needed.

Step 2: Observe the child across multiple settings 🔗

Observation is central to any functional assessment. The evaluator observes the child in natural environments – the classroom, the playground, the cafeteria, the hallway – to see how skills (or gaps) manifest in real life. This is far more informative than a controlled test, because it reveals how the child actually copes with everyday challenges. The Desired Results Access Project emphasizes that assessors must optimize both visual and tactile aspects of the environment during observation, ensuring the child can participate and be accurately assessed.

Step 3: Administer the inventory items 🔗

Using the FSIB’s structured items, the evaluator systematically assesses the child across all 12 developmental areas. Each item in the inventory describes a specific skill or behavior. The evaluator determines whether the child has mastered the skill, is emerging in it, or has not yet developed it. This structured format ensures that no skill area is overlooked, and it creates a consistent framework that can be used for progress monitoring over time – much like the criterion-referenced approach used in other established tools for students with visual impairments, such as the Oregon Project Skills Inventory, which similarly organizes hundreds of behavioral statements in developmental sequence to track skill acquisition.

Step 4: Collaborate with specialists 🔗

No single professional can conduct the FSIB alone effectively. The process requires meaningful collaboration. The Teacher of Students with Visual Impairments (TVI) typically leads the assessment, but input from the COMS is essential for the O&M domain. Parents, classroom teachers, therapists, and the child themselves (where appropriate) all contribute valuable perspectives. Accurate assessment of a child with a visual impairment involves collaborating with the child’s family and a range of service providers, including TVIs, O&M instructors, and other specialists. This collaborative approach ensures the picture of the child’s abilities is complete and contextually accurate.

Step 5: Document and score the findings 🔗

All findings from observations, structured items, and specialist input are carefully documented. Scores or ratings are recorded for each skill item across the 12 areas. This documentation is not just a formality – it creates a baseline record that makes it possible to measure progress over time. The Perkins School for the Blind highlights that thorough documentation also makes findings accessible to all IEP team members, translating what can be specialist language into terms that classroom teachers, administrators, and parents can understand and act on.

Step 6: Use findings to develop and monitor the IEP 🔗

The ultimate goal of the FSIB is to drive meaningful educational planning. The results identify the child’s current strengths and the skill areas requiring direct instruction or support. This forms the basis for writing IEP goals that are specific, measurable, and aligned with the child’s actual functional needs. The Wisconsin Department of Public Instruction underlines that IDEA requires IEP teams to draw on information from multiple sources – including adaptive behavior assessments and observations – to develop goals that reflect the child’s complete profile. As the child progresses, the FSIB can be re-administered to track growth, update goals, and adjust instruction accordingly.

Why the FSIB matters for educational planning 🔗

The FSIB fills an important gap in how we assess blind and low-vision children. Traditional standardized tests often fail this population because they are built on visual assumptions. A child who cannot see a diagram, a facial expression, or a printed picture is not necessarily lacking the underlying skill – they are simply being assessed through an inaccessible medium. The FSIB, by focusing on function rather than form, gives a more honest and useful account of what a child can and cannot do.

Crucially, the FSIB recognizes that being blind or having low vision affects far more than a child’s ability to read print. It affects how they move through space, how they form relationships, how they develop independence, and how they access an education. U.S. federal policy guidance is clear that IEP teams must consider the full range of a child’s unique needs arising from their visual impairment – including orientation and mobility, braille literacy, and self-help skills. The FSIB is one of the most structured tools available to ensure that this comprehensive view is actually achieved in practice.

For educators working with blind and low-vision students, the FSIB is not simply a compliance tool. Used well, it is a road map – one that helps teams move from a general understanding of a child’s diagnosis to a precise, skill-by-skill plan for supporting their growth and independence.

What do you think? How might a more comprehensive functional assessment – one that goes beyond academic performance to include mobility, daily living, and social skills – change the way we design support plans for students with visual impairments? And if you work with blind or low-vision students, which of the 12 developmental areas do you find most challenging to assess accurately in real classroom settings?

References

1. https://www.teachingvisuallyimpaired.com/educational-assessments.html
2. https://iowaideainformation.org/special-education/individualized-education-programs/components-of-an-iep/vision-special-factor-considerations/
3. https://www.tn.gov/content/dam/tn/education/special-education/eligibility/se_deaf_blindness_visual_impairment_evaluation_guidance.pdf
4. https://education.missouristate.edu/BSS/StudentReferrals.htm
5. https://afb.org/research-and-initiatives/education/education-initiatives-afb/educating-blind-and-visually-impaired
6. https://deafandblindoutreach.org/meded-connections-bvi/meded-assessments-for-students-who-are-blind-or-visually-impaired
7. https://draccess.org/UsingDRDP2015ChildrenVI.html
8. https://www.soesd.k12.or.us/or-project/
9. https://www.perkins.org/resource/foolproof-functional-vision-assessment-template/
10. https://dpi.wi.gov/sped/ccr-ieps/comp-eval/six-areas