Brain Injury Recovery at Home: Making Everyday Life Part of Rehabilitation | E78

Brain injury and concussion recovery don't happen only in a rehabilitation clinic—they happen at home, at work, in the grocery store, in the kitchen, and in the hundreds of everyday tasks that can suddenly become harder after a traumatic brain injury. 

In this episode of Life After Impact: The Concussion Recovery Podcast, I talk with cognitive-motor neuroscientist and neurological occupational therapist Dr. Christopher Gaskins about practical brain injury rehabilitation, cognitive fatigue, memory problems, executive dysfunction, mental workload, neuroplasticity, and rebuilding independence after TBI or concussion. Drawing on more than 15 years of experience in neurological rehabilitation—including working with wounded warriors and veterans at Walter Reed—Dr. Gaskins explains why effective neurorehabilitation must go beyond exercises performed in a clinic and address the real-life environments where people actually need their brains to function.

Dr. Gaskins describes his philosophy simply:

“The home is a therapy gym.”

Walking into someone's home can reveal challenges that may never become apparent during a traditional office visit. Is clutter creating visual and cognitive overload? Is the refrigerator so disorganized that preparing a healthy meal becomes overwhelming? Can the person safely navigate the bathroom? Are bills and mail piling up because executive function has become difficult?

Even something as seemingly simple as repeatedly losing your keys can create unnecessary cognitive demand when the brain is already working harder to accomplish everyday tasks.

The goal is not simply to perform better on a rehabilitation exercise. The goal is to make life easier.

Dr. Gaskins explains how occupational therapy can use the activities people actually care about—cooking, shopping, dressing, gardening, using technology, returning to work, or even taking a spouse on a date—as opportunities to promote neuroplasticity and rebuild function.

The conversation also explores one of Dr. Gaskins's areas of neuroscience research: mental workload.

After brain injury, activities that were once automatic can suddenly require enormous amounts of conscious attention. That makes reducing unnecessary cognitive demand an important part of recovery.

Sometimes the solution isn't another brain exercise. It may be creating a better calendar system, organizing a phone, setting location-based reminders, simplifying a morning routine, reducing clutter, or using technology as an external memory aid.

Dr. Gaskins also discusses how he is beginning to incorporate AI tools to help some brain injury survivors organize information, support memory, and complete meaningful tasks—while teaching clients how to use these tools responsibly.

You'll also hear about Dr. Gaskins's years working with wounded warriors at Walter Reed, including rehabilitation after TBI, blast injuries, stroke, polytrauma, vision loss, amputations, PTSD, and other complex neurological injuries. Those experiences ultimately motivated him to earn a PhD in neuroscience and cognitive science to better understand why some people respond to rehabilitation differently than others.

The conversation looks toward the future as well, including electrical stimulation, vagus nerve stimulation, robotics, brain-computer interfaces, and technologies designed to translate a person's intended movement into meaningful action.

But through all of the neuroscience and emerging technology, Dr. Gaskins returns to something remarkably simple:

Rehabilitation should help people do the things that make their lives meaningful.

Sometimes brain injury recovery isn't about adding more therapy.

Sometimes it's about reducing the mental workload, changing the environment, creating better systems, and helping the brain use its limited resources for the things that matter most.

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