Occupational Therapy Evaluation - High Complexity

Procedure Information

What is an Occupational Therapy Evaluation - High Complexity?

An Occupational Therapy Evaluation of High Complexity is an assessment that assesses an individual's performance in the activities necessary for everyday life. It involves observing the individual in real-life work, leisure, and self-care activities.

Why would I get an Occupational Therapy Evaluation - High Complexity?

An Occupational Therapy Evaluation - High Complexity may be recommended for individuals who have been diagnosed with disabilities or injuries that impact their ability to complete daily activities. This type of assessment is recommended by a doctor or therapist and can be used to decide the best course of treatment.

What happens during an Occupational Therapy Evaluation - High Complexity?

During an Occupational Therapy Evaluation - High Complexity, a therapist will observe and evaluate an individual's performance in everyday activities such as getting dressed, brushing teeth, and completing basic chores. The therapist will assess the individual's physical, cognitive, and motor skills and offer recommendations for improving the individual's ability to complete the tasks.

What to expect after an Occupational Therapy Evaluation - High Complexity?

After an Occupational Therapy Evaluation - High Complexity, the individual can expect to receive a report with recommendations and plan of action. The therapist may also provide guidance to the individual on how to complete daily activities more efficiently and safely.

Conclusion

An Occupational Therapy Evaluation - High Complexity is a comprehensive assessment of an individual's ability to complete everyday activities. It is recommended for individuals with disabilities or injuries that impact daily functioning. During the evaluation, the therapist will observe performance in real-life tasks and provide recommendations for improvement. After the assessment, the individual will receive a report with a plan for improving performance.