Introduction
Traumatic brain injury is one of the most complex conditions a rehabilitation therapist will encounter. No two TBI patients present the same way. The injury may affect physical function, cognitive performance, communication, emotional regulation, fatigue tolerance, and the ability to learn and retain new information, sometimes all at once.
That complexity makes home exercise programs (HEPs) for TBI patients both critically important and uniquely challenging to design and deliver.
The therapist session is one or two hours, maybe twice a week. Everything else like the practice, the repetition, the carryover of strategies into daily life, depends on what happens at home. A well-structured TBI home exercise program bridges that gap. A poorly designed one, or one that the patient cannot realistically follow, leaves that gap wide open. We reiterate the same in our complete guide for neurorehabilitation article.
This neurorehabilitation guide is written for occupational therapists, physical therapists, speech-language pathologists, and cognitive rehabilitation specialists working with TBI patients across the severity spectrum. It covers what to include, how to structure programs for patients who may have cognitive difficulties, how to address fatigue, what the research says about adherence, and how digital tools are changing what’s possible in between-session care.
Why TBI Home Exercise Programs are Different
Most HEP design principles, individualize, simplify, demonstrate, and review, apply broadly across rehabilitation populations. But TBI introduces several factors that require specific consideration.
Challenges | Why it Matters for HEPs | Clinical Implications |
|---|---|---|
| Memory impairment | Patients may forget exercises, how to do them, or that the program exists | Video demos, digital reminders, and routine anchoring are essential |
| Attention difficulties | Patients may not sustain focus through multi-step instructions | Keep programs short; one exercise per page or screen |
| Executive dysfunction | Patients may struggle to initiate, sequence, or self-monitor | Use checklists, timers, and caregiver support |
| Cognitive fatigue | Over 70% of TBI survivors report significant fatigue post-injury | Time exercises during peak energy windows; build in rest |
| Reduced insight / awareness | Patients may not recognize when they are doing an exercise incorrectly | Video demonstrations of correct form are especially valuable |
| Emotional and behavioral changes | Frustration, anxiety, and low motivation are common | Connect exercises to personally meaningful goals |
| Variable recovery trajectory | Progress is non-linear and highly individual | Programs must be reviewed and updated frequently |
These factors do not mean TBI patients cannot successfully follow home programs. Research has shown that patients with severe injuries are able to exercise independently, and that pre-injury exercise history, older age, and injury severity can all predict adherence. What it does mean is that the program design needs to account for these realities from the start.
What the Research Says About TBI Home Programs
The evidence base for home-based rehabilitation after TBI is growing, and several findings are directly relevant to clinical practice.
Key Research Findings:
Adherence predictors:
A study published in Brain Injury found that greater injury severity, older age, and a pre-injury history of walking or jogging were positive predictors of adherence to home-based exercise programs in TBI patients, and that these three factors together classified 82% of participants as adherent or non-adherent. (Tate et al., Brain Injury, 2011)
Fatigue impact:
Fatigue after brain injury has been reported in approximately 70% of patients in outcomes studies, affecting physical, affective, and cognitive dimensions. Fatigue management is therefore integral to effective TBI rehabilitation, including in home programs. (Cochrane Review)
Walking and fatigue: A randomized controlled trial of a home-based walking program using a pedometer found improvements in fatigue outcomes in TBI patients over a 12-week period, with tapered coaching calls supporting adherence. (NIDRR TBI Model System)
Aerobic exercise and cognition: Aerobic exercise has been associated with improved cognitive function in TBI survivors, including processing speed, executive function, and overall cognition, outcomes directly relevant to home program design. (Chin et al., Arch Phys Med Rehabil)
Caregiver involvement: A 2024 study in Frontiers in Rehabilitation Sciences found that caregiver involvement in home programs was associated with better outcomes after acquired brain injury, with caregivers reporting that explicit instruction about their role was important for adherence.
Digital intervention: A completed clinical trial (NCT06037603) evaluated a mobile app-guided dual-task walking program for mTBI, delivering 14 consecutive days of cognitive-walking exercises and finding the approach feasible for improving cognition and sensorimotor function.
The clinical takeaway is clear: TBI home programs work when they are designed to match the patient’s actual cognitive and physical capacity, account for fatigue, involve caregivers where appropriate, and include a mechanism for the patient to revisit and remember their exercises.
The Four Domains of a TBI Home Exercise Program
Unlike orthopedic rehabilitation, where a HEP might address a single body region, TBI rehabilitation almost always spans multiple domains simultaneously. A well-rounded TBI home program should address whichever of the following domains are relevant to the patient’s individual goals and presentation.
1. Physical Rehabilitation
Many TBI patients experience physical sequelae including reduced strength, coordination difficulties, balance impairment, altered gait, and vestibular dysfunction. Physical home exercises help maintain and build on the gains made in therapy sessions.
Exercise Category | Examples and Clinical Notes |
|---|---|
| Strength and mobility | Seated marching, weight shifts, heel-toe raises, seated hip exercises, standing-balance-progressions: Always prescribed based on individual assessment and safety |
| Balance and coordination | Tandem stance, single-leg standing with support, weight-shifting activities, balance board progressions as appropriate |
| Gait and functional mobility | Prescribed walking programs (including timed and distance-based progressions), step practice, community ambulation tasks |
| Vestibular exercises | Gaze stabilization, habituation exercises, and balance activities for patients with post-TBI vestibular dysfunction: Always under clinical supervision initially |
| Aerobic exercise | Evidence supports graduated aerobic activity (walking programs, cycling) for both physical and cognitive outcomes in TBI: Intensity must be appropriate to the patient’s tolerance and symptom status |
| Fine motor and upper extremity | Grip strengthening, bilateral coordination tasks, writing or tool-use practice for patients with motor involvement |
Safety Note for Physical TBI Exercises:
Exercise prescription after TBI requires clinical assessment of the patient’s symptom profile, particularly for patients with post-concussion syndrome, vestibular involvement, or cardiovascular complications.
Exercise that exceeds the patient’s current tolerance can exacerbate symptoms. All physical exercise programs should be individually prescribed by a qualified therapist and introduced with appropriate monitoring.
When in doubt, start conservatively and progress based on patient response.
2. Cognitive Rehabilitation
Cognitive difficulties: Including impairments in memory, attention, executive functioning, and processing speed are among the most common and functionally significant consequences of TBI. Cognitive home exercises help patients practice skills and strategies in their everyday environment, where those skills actually matter.
Cognitive Domain | Home Exercise Examples |
|---|---|
| Memory | Spaced retrieval practice, memory notebook use and review, prospective memory tasks (remembering to complete a future action), journaling for recall |
| Attention | Focused attention tasks (reading for a set time, completing a task without distraction), attention-to-detail activities, dual-task practice appropriate to the patient’s level |
| Executive functioning | Structured morning routine checklists, meal planning and preparation sequences, multi-step task completion with self-monitoring, scheduling, and time management practice |
| Processing speed | Timed activities appropriate to the patient’s level, card-sorting and categorization tasks, graduated computer or tablet-based activities |
| Problem-solving | Everyday problem-solving scenarios, strategy application in real-world tasks (e.g., navigating a grocery store, planning a trip) |
| Compensatory strategy practice | Consistent use of prescribed external aids: memory notebook, phone calendar, written checklists, alarms, and structured routines |
An important principle in cognitive rehabilitation is that functional context matters. A patient who practices attention during a therapy-room task may not automatically transfer that skill to making breakfast.
Wherever possible, cognitive exercises should be embedded in activities the patient actually needs to perform at home.
3. Fatigue Management
Post-TBI fatigue is not simply tiredness. It is a pervasive, multi-dimensional experience that affects physical, cognitive, and emotional function, and it directly undermines home program adherence. Approximately 70% of TBI survivors report significant fatigue, and this can persist for months or years after injury.
Effective TBI home exercise programs don’t just prescribe exercises, they prescribe exercises in the context of realistic fatigue management.
Fatigue Management Strategies for TBI Home Programs:
Schedule exercises during the patient’s peak energy window (often mid-morning for many TBI patients).
Build mandatory rest breaks into the program, not as optional additions, but as prescribed parts of the routine.
Limit total session duration. Short, focused exercise sessions that a patient completes are more effective than long sessions they abandon midway.
Distinguish between physical fatigue (after physical activity) and cognitive fatigue (after sustained mental effort): both need to be managed, and they can compound each other.
Teach patients and caregivers to recognize early fatigue signals and stop before the point of significant symptom exacerbation.
Avoid scheduling cognitively demanding exercises immediately after physically demanding ones (or vice versa) without an adequate recovery period.
Graduated return to activity: use pacing principles to build tolerance over time rather than pushing for maximum output in each session.
4. Functional and Daily Living Activities
For many TBI patients, the most important ‘exercise’ is not a discrete therapeutic task—it is structured practice of the functional activities that their injury has made difficult. This is where occupational therapy’s role in TBI home programs is particularly powerful.
Functional Goal | Home Program Activity |
|---|---|
| Independent morning routine | Step-by-step routine checklist with prompts; practice with timed elements to build efficiency |
| Meal preparation | Graduated cooking tasks starting with simple recipes; sequencing checklists; safety awareness practice |
| Community reintegration | Prescribed community tasks (grocery store, post office, pharmacy) with structured debriefing |
| Return to work preparation | Work-simulation tasks matching the patient’s occupational demands; cognitive strategy application in work context |
| Leisure and social participation | Structured engagement in a valued hobby or social activity, with fatigue and attention management strategies embedded |
| Home management | Household task practice with sequencing support; safety awareness for tasks involving tools or appliances |
Designing HEPs for Patients with Cognitive Difficulties
This is the section most HEP guides skip, yet it is one of the most clinically important considerations in TBI rehabilitation.
A patient with memory impairment may genuinely not remember they have a home program. A patient with executive dysfunction may be unable to initiate their program without external prompting. A patient with attention difficulties may not be able to follow multi-step written instructions. Standard HEP formats were not designed for these patients.
Design Principle 1: Assume the Patient Will Forget
Build the program around the assumption that the patient will need a reminder. This means anchoring exercises to existing daily routines (“after breakfast,” “when you sit down for lunch”), using digital reminders or phone alarms, involving caregivers in the prompting structure, and keeping the program accessible on a device the patient already uses every day.
Design Principle 2: One Thing at a Time
Multi-step instructions on a single page are difficult for many TBI patients to process. Where possible, present one exercise or activity per screen or card. Include the exercise name, what to do, how many times, and when – nothing more. Additional clinical detail belongs in the therapist’s documentation, not in the patient-facing materials.
Design Principle 3: Show, Don’t Just Tell
Written descriptions of physical exercises require the patient to translate text into movement, a process that demands intact reading, comprehension, visualization, and motor planning. A video demonstration removes most of those steps. The patient watches. They replicate. When in doubt, they watch again.
For TBI patients specifically, being able to re-watch a video of their actual therapist performing the exercise is significantly more supportive than re-reading a handout that may already be confusing on the first read.
Design Principle 4: Involve Caregivers from Day One
Research consistently shows that caregiver involvement improves TBI home program outcomes. A 2024 study found that caregivers reported limited but satisfactory training in home program delivery, and that explicit instruction about their role was important for effective implementation.
Don’t leave caregiver involvement as an afterthought. From the first HEP session, consider: Does the caregiver know what exercises are prescribed? Do they know how to prompt the patient? Do they know what to do if the patient resists or is too fatigued? Building caregivers into the program structure from the start changes outcomes.
Design Principle 5: Keep the Minimum Effective Dose
The temptation in TBI rehabilitation is to prescribe comprehensively, to address all the impairments, all the functional goals, all the compensatory strategies in one program. Resist this. A TBI patient who is also managing fatigue, cognitive difficulties, and emotional changes does not need a 15-exercise home program. Three exercises, done consistently, produce better outcomes than fifteen exercises completed once and abandoned.
How to Structure a TBI Home Exercise Program: A Practical Framework
| Step | What to Do |
|---|---|
| Step 1: Identify the primary functional goal | Start with what the patient needs to be able to do, not with what impairments to treat. The functional goal drives exercise selection. |
| Step 2: Assess cognitive capacity for self-management | How much can this patient independently manage? Do they need caregiver support? Will they need digital reminders? This determines how the program is structured and delivered. |
| Step 3: Assess fatigue profile | When is the patient’s energy best? How long can they sustain activity before cognitive or physical fatigue impacts performance? Build the program around this window. |
| Step 4: Select the minimum effective program | Choose the fewest exercises that will meaningfully support the functional goal. Start with two to four. More can always be added as adherence is established. |
| Step 5: Prepare clear, demonstrated instructions | Use video for every exercise where possible. Keep written instructions to one or two sentences maximum. Use plain language. |
| Step 6: Anchor exercises to an existing routine | Tell the patient (and caregiver) exactly when the exercises happen: after breakfast, before the evening news, when the alarm goes off. Remove decision-making from the equation. |
| Step 7: Set up a review schedule | TBI recovery is non-linear. Schedule explicit check-ins to update the program, and communicate to the patient that the program will change as they progress. |
| Step 8: Monitor engagement between sessions | Use a platform that allows you to see whether patients are accessing their programs. This data changes your clinical decisions and helps you identify adherence issues early. |
TBI Home Programs Across Disciplines: PT, OT, SLP, and Cognitive Rehab
TBI rehabilitation is inherently multidisciplinary. The most effective home programs are coordinated across disciplines, ensuring that exercises reinforce each other and that the patient isn’t overwhelmed by receiving separate, disconnected programs from three different therapists.
Discipline | Primary HEP Focus Areas | Key Considerations |
|---|---|---|
| Physical Therapy (PT) | Strength, balance, gait, vestibular, aerobic conditioning, mobility | Fatigue limits physical exercise tolerance; graduated progressions essential; safety assessment critical for balance/vestibular work |
| Occupational Therapy (OT) | ADLs, home management, return to work, fine motor, community reintegration, fatigue management | Functional context is everything; embed exercises in real daily activities; caregiver training is central to OT’s role |
| Speech-Language Pathology (SLP) | Cognitive-communication, memory strategies, attention, word retrieval, language, swallowing | Memory impairment affects carryover of communication strategies; simplify instructions; use visual and audio supports |
| Cognitive Rehabilitation | Memory, attention, executive function, processing, compensatory strategy training, insight and awareness | Ensure strategies are practiced in real-world contexts, not just structured exercises; metacognitive training supports generalization |
A platform that allows all treating therapists to contribute to a single, coordinated patient program, rather than distributing separate handouts from separate disciplines, dramatically reduces the risk of conflicting or overwhelming home programs.
How AC-Health Supports TBI Home Programs
AC-Health was built to address many of the specific challenges that make TBI home programs difficult to deliver effectively.
How AC-Health Addresses TBI-Specific HEP Challenges:
1. Custom therapist video demonstrations:
Patients see their actual therapist performing each exercise, reducing the cognitive burden of interpreting written instructions and supporting correct technique.
2. Digital access anytime:
Patients and caregivers can access the program on a phone or tablet at any time no lost handout, no “I forgot what you showed me.”
3. HIPAA-compliant messaging:
Therapists can communicate with patients between sessions to answer questions, provide encouragement, and monitor how the program is going, without compromising patient privacy.
4. Instant program updates:
As the TBI patient progresses, the program is updated in real time. No reprinting, no redistributing. The patient always has the current version.
Caregiver access: Programs can be shared with caregivers who support home program implementation, a critical feature for TBI patients who need prompting or assistance.
5. RTM billing support:
Remote Therapeutic Monitoring (RTM) CPT codes 98975, 98977, 98980, and 98981 allow therapists to bill for the monitoring and communication time they are already spending between sessions.
6. Multidisciplinary programs:
PT, OT, SLP, and cognitive rehab can all contribute to a single, coordinated patient program through one platform, reducing duplication and program overload.
7. Free plan available:
AC-Health is free for life for up to 5 patients, making it accessible for every therapist, regardless of practice size.
How to Improve TBI Home Program Adherence: Evidence-Based Strategies
Adherence is the central challenge of any home program, and it is compounded by the cognitive, fatigue, and emotional sequelae of TBI. The following strategies are grounded in research and clinical experience.
Connect Every Exercise to a Personally Meaningful Goal
Patients are more motivated to complete exercises they understand. A balance exercise isn’t just a balance exercise, it’s a step toward walking to the mailbox independently, or attending a grandchild’s school event, or returning to a job. When the patient knows why each exercise matters to their life, adherence improves.
Use Demonstration, Not Description
Research on video-based home exercise programs has found high overall retention and attendance when video delivery is available. For TBI patients specifically, being able to re-watch a demonstration addresses memory and comprehension barriers simultaneously.
Build Around Peak Energy, Not Around the Clock
Scheduling home exercises at a time when the patient is consistently fatigued is a reliable way to ensure the program fails. Work with the patient and caregiver to identify when energy and cognitive capacity are at their best, and schedule the most demanding exercises for that window.
Make Initiation Automatic
Executive dysfunction makes initiating tasks, even intended tasks, difficult. Remove as much of the initiation burden as possible: phone alarms, caregiver prompts, visual cues in the patient’s environment (e.g., a sticky note on the bathroom mirror), and routine anchoring all reduce the cognitive demand of getting started.
Start Small and Build Success
Early adherence success builds the self-efficacy that sustains longer-term engagement. A patient who consistently completes two exercises for two weeks is far better positioned than one who attempts twelve exercises and gives up after three days. Start conservatively, confirm adherence, then progress.
Review Regularly and Visibly Respond to Progress
When a therapist reviews the home program, acknowledges the patient’s efforts, and updates the program to reflect progress, the patient learns that their home work matters and is seen. This is one of the most powerful adherence motivators, and one that digital platforms with engagement tracking make much easier to execute consistently.
Frequently Asked Questions
What should a TBI home exercise program include?
A TBI home exercise program typically addresses some combination of physical rehabilitation (strength, balance, mobility), cognitive rehabilitation (memory, attention, executive functioning), fatigue management strategies, and functional daily living activities. The specific content should always be individually prescribed by a qualified therapist based on the patient’s assessment, goals, and abilities.
How many exercises should a TBI patient do at home?
Fewer than you might think. For most TBI patients, a focused program of two to four well-chosen, clearly explained exercises is more effective than a comprehensive list that becomes overwhelming. Complexity can be increased as adherence is established and the patient’s capacity grows.
How do you design a home program for a TBI patient with memory problems?
Key strategies include anchoring exercises to existing daily routines, using digital access so the patient can review their program at any time, providing video demonstrations that can be re-watched, involving caregivers in prompting and support, using phone alarms as external reminders, and keeping instructions as simple as possible, ideally one exercise per page or screen.
How does post-TBI fatigue affect home exercise programs?
Post-TBI fatigue, reported by approximately 70% of survivors, can significantly limit the volume and timing of home exercise. Effective TBI home programs schedule exercises during the patient’s peak energy window, build in mandatory rest breaks, distinguish between physical and cognitive fatigue, and use pacing principles to graduate activity over time.
Can cognitive exercises be done at home after TBI?
Yes. Cognitive rehabilitation exercises, including memory strategy practice, attention tasks, executive function activities, and compensatory strategy use, can be delivered effectively as home programs. Functional context matters: exercises embedded in real daily activities tend to produce better carryover than abstract cognitive taskss.
What is RTM and how does it apply to TBI home programs?
Remote Therapeutic Monitoring (RTM) allows therapists to bill for time spent monitoring patient adherence and communicating between sessions. For TBI patients who require more intensive between-session support, RTM billing (CPT codes 98975, 98977, 98980, 98981) provides a mechanism to be reimbursed for that clinical time. Platforms like AC-Health automate the reporting required to support RTM claims.
Is AC-Health suitable for TBI rehabilitation across multiple disciplines?
Yes. AC-Health supports home exercise program delivery across PT, OT, SLP, and cognitive rehabilitation, allowing all treating therapists to contribute to a coordinated patient program. Custom video demonstrations, HIPAA-compliant messaging, caregiver access, and RTM billing support make it well-suited to the complexity of TBI rehabilitation. AC-Health is free for up to 5 patients.
Final Thoughts. TBI Home Programs Require More and Deliver More
TBI home exercise programs are more complex to design than most. They need to account for cognitive difficulties that affect how instructions are processed and remembered. They need to respect fatigue as a clinical reality, not an obstacle. They need to involve caregivers as genuine partners. And they need to be flexible enough to evolve as the patient’s recovery trajectory unfolds, sometimes rapidly, sometimes slowly, always individually.
The therapist who gets these elements right is not just prescribing exercises. They are extending the therapeutic relationship into the patient’s everyday life, reinforcing the clinical goals that matter, and maximizing the recovery potential that exists between sessions.
Digital HEP tools don’t replace that clinical judgment. They amplify it, making it possible to deliver personalized, video-supported, HIPAA-compliant, measurable home programs to TBI patients who previously received a printed handout and a hope.
If you are a PT, OT, SLP, or cognitive rehabilitation specialist working with TBI patients, AC-Health gives you the tools to build home programs that actually work between appointments, starting free, with no credit card required.
