Neuropsychology Psychometrist – Day Program Impact

Select Medical; Frisco (TX); On-site; USD 60,000 - 80,000; Full time

Job summary

Baylor Scott & White Institute for Rehabilitation in Frisco, TX is seeking a Psychometrist to support the Neuropsychology team in their Day Neuro Program. The role focuses on scheduling and administering assessments, recording observations, and ensuring confidential, accurate documentation.

The position requires a Bachelor’s degree and BLS certification, with experience in psychological testing preferred. Join a growing program dedicated to neurorehabilitation outcomes.

Qualifications

• Bachelor’s degree in related field.
• Experience administering psychological and neuropsychological tests preferred.
• Excellent communication and interpersonal skills.
• Ability to learn and teach neuropsychological measures, observe confidentiality and standardization, and demonstrate accuracy, reliability and organizational skills.
• Certified BLS completion required; for new hires

Responsibilities

• Schedule neuropsychological assessments based on space, materials, and psychologist priorities.
• Conduct neuropsychological assessments with confidentiality.
• Record behavior observations in detail.
• Submit billing information to psychologist and keep timely records.
• Maintain inventory of neuropsychological measures.
• Train staff in new neuropsychological measures.
• Perform other duties as requested.

Skills

Communication

Confidentiality

Organizational skills

Teaching measures

BLS certified

Education

Bachelor's degree in related field

Job description

Baylor Scott & White Institute for Rehabilitation in Frisco, TX is seeking a Psychometrist to support the Neuropsychology team in their Day Neuro Program. The role focuses on scheduling and administering assessments, recording observations, and ensuring confidential, accurate documentation.

The position requires a Bachelor’s degree and BLS certification, with experience in psychological testing preferred. Join a growing program dedicated to neurorehabilitation outcomes.