20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You often split time between patient care and paperwork. Morning might begin with interviews and neuropsychological testing sessions using paper tests and computerized batteries like the Automated Neuropsychological Metric Assessments Battery or Conners' Continuous Performance Test II.
Afternoons commonly include scoring tests in IBM SPSS or Excel, writing detailed neuropsychological reports in Microsoft Word, discussing cases with neurologists, and supervising practicum students. You also review MRI or other neuroimaging results and update treatment plans as new data arrives.
Start with common assessment tools: paper-and-pencil neuropsychological tests plus computerized ones like Conners' Continuous Performance Test II and Automated Neuropsychological Metric Assessments Battery. Clinics often use the Behavioral Assessment and Research System (BARS) for specific tasks.
For data handling and reports, learn Microsoft Word for reports, Microsoft Excel for raw scores and simple analyses, and IBM SPSS Statistics for more complex group or research analyses. Learn to read MRI results enough to correlate them with testing.
You do not perform the MRI but interpret how MRI findings relate to cognitive test results. For example, a lesion on MRI may explain memory deficits found during neuropsychological evaluations and help shape diagnosis and treatment plans.
You write that correlation in reports (Microsoft Word), and discuss the findings with neurologists or neurosurgeons to plan care. MRI helps diagnose neurological disorders affecting cognition and behavior and guides rehabilitation goals.
The U.S. Bureau of Labor Statistics (BLS) reports 18,820 employed neuropsychologists (SOC 19-3039.02). The median annual wage is $110,840. The lowest tenth earn $54,990, and the top tenth earn $168,520.
Those numbers cover people working across hospitals, private clinics, research, and schools; your actual pay depends on setting, location, and experience.
Neuropsychologists focus on cognitive function and behavior using formal testing and sometimes correlating results with brain imaging or lesion studies. They administer neuropsychological batteries, interpret tests, and write detailed reports aimed at understanding how brain structure or injury affects thinking and behavior.
Neurologists are medical doctors who diagnose and treat brain disease and order imaging or surgeries. Clinical psychologists may focus more on therapy and mental health without the same depth of cognitive testing or emphasis on lesion/brain–behavior correlations.
AI can speed tasks like drafting report text or summarizing test batteries, but you must verify every clinical statement against raw data, test scores, and neuroimaging. Never let AI replace your clinical interpretation or signature on a report.
Keep patient data secure: do not upload identifiable patient information to public AI services. If you use AI, use approved, HIPAA-compliant tools run by your employer and document what the AI did in the record.
Attention to test administration and scoring detail — consistent administration of tests like the Conners' CPT II and accurate scoring in Excel or SPSS — prevents wrong conclusions. Writing clear, reproducible reports in Word that link tests, history, and imaging is crucial.
Clinical skills that matter: good interviewing to gather medical and psychological history, the ability to correlate brain function with test results, and supervising trainees so your methods are reproducible. Continued education to stay current with research keeps your diagnoses and treatment plans sharp.