Clinical Reasoning and Motor Learning: Bed Mobility, Transfers, Walking
Presented by J.J. Mowder-Tinney
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This course introduces a practical, evidence-informed approach to neurorehabilitation by focusing on three foundational mobility tasks: bed mobility, transfers, and walking. Using a structured four-step clinical reasoning framework (identify the task, assess the person, assess the environment, and choose a motor learning strategy), clinicians will learn to evaluate movement limitations and design targeted, task-specific interventions. Emphasis is placed on maximizing functional carryover through strategies such as error augmentation, repetition, external cueing, and motor priming. Video demonstrations featuring real patients at varying levels of challenge show how to apply these principles across different stages of recovery and care settings, concluding with an integrative video that ties all three mobility components together to reinforce meaningful functional progress. Designed for physical and occupational therapists working with individuals post neurological injury, this course bridges theory and practice to build the movement foundations essential for independence and safety.
Learning Outcomes
- Apply a four-step clinical reasoning framework to guide intervention planning for functional mobility training
- Differentiate how patient presentation (assist level, impairments, cognitive/affective factors) influences strategy selection to maximize therapeutic engagement and occupational participation
- Analyze environmental factors that constrain or enhance motor performance during mobility training to support functional recovery and improve therapeutic outcomes
- Select appropriate motor learning strategies for bed mobility, transfers, and gait to maximize therapeutic engagement and occupational participation, supporting functional recovery and improved outcomes
- Design patient-centered, task-specific interventions that integrate intensity, error, salience, and autonomy to maximize functional carryover into everyday life
Meet your instructor
J.J. Mowder-Tinney
Dr. J.J. Mowder-Tinney holds a bachelor of science degree in psychology from the University of Colorado Boulder, a master of science in physical therapy from the University of Miami, and a doctorate in physical therapy from Nova Southeastern University. With nearly three decades of diverse clinical experience, her expertise…
Chapters & learning objectives
1. Bed Mobility
This chapter focuses on bed mobility as a foundational skill that impacts safety, independence, and readiness for functional progression. Emphasis is placed on how the environment—including surface choice, equipment, and setup—can be used strategically to promote movement and increase intensity with each repetition. Using part-to-whole practice, external cues, and error-based strategies, the chapter demonstrates how to build capacity and confidence through purposeful repetition. Bed mobility is framed not as a basic task but as a critical building block for transfers and gait recovery.
2. Transfers
Transfers are more than transitional—they are trainable skills essential for independence and discharge readiness. This chapter emphasizes the motor and environmental components of squat and stand pivot transfers, including pelvic positioning, trunk control, weight shift and effective lower extremity activation to drive the movement. Case-based video analysis highlights how clinicians can systematically increase challenge through adjustments in load, leverage, and environmental setup. External cues are incorporated to support autonomy and maximize meaningful repetition while building the strength and control needed for efficient transfers.
3. Walking
In the final chapter, walking is broken down into four key components: preparing priority muscle groups, priming the nervous system, refining stance mechanics, and progressing to whole-task gait. Clinicians will learn to target gluteal and trunk activation, integrate aerobic exercise as a neuroplastic primer, and use part-task training to reinforce efficient gait mechanics. By layering in variability, error, and purposeful cues, therapists can create meaningful walking interventions that accelerate carryover and support safe community mobility.
