Impact-Driven Network School Psychologist & Evaluations

DSST Public Schools; Denver, Northern (CO, KY); Hybrid; USD 70,000 - 86,000; Full time

Benefits offered by this job

Relocation assistance

11+ weeks of paid time off

Job summary

DSST Public Schools in Denver, CO seeks a Network School Psychologist, Evaluation Specialist to ensure high-quality, legally compliant evaluations for students with disabilities. The role supports multiple schools across the DSST network and emphasizes collaboration with families and school teams.

Reporting to the Home Office Exceptional Learner Team, you will conduct cognitive and social-emotional assessments, contribute to eligibility decisions, and coordinate supports across middle and high

Qualifications

• Master's degree in School Psychology from an accredited university.
• Hold a valid Colorado Special Service Provider endorsement.
• 3+ years of school psychology experience at middle or high school level.
• Commitment to anti-racist and anti-ableist practice.

Responsibilities

• Conduct in-school evaluations and participate in eligibility meetings (4–5 days per week).
• Assess cognitive and social-emotional impacts and summarize results for students and families.
• Collaborate with school teams and families to connect students with appropriate services.
• Support DSST network cases across middle and high school levels.

Skills

School Psychology

Assessment administration

Interpersonal skills

Anti-racist / anti-ableist practice

Education

Masters in School Psychology

Colorado Special Service Provider endorsement

Job description

DSST Public Schools in Denver, CO seeks a Network School Psychologist, Evaluation Specialist to ensure high-quality, legally compliant evaluations for students with disabilities. The role supports multiple schools across the DSST network and emphasizes collaboration with families and school teams.

Reporting to the Home Office Exceptional Learner Team, you will conduct cognitive and social-emotional assessments, contribute to eligibility decisions, and coordinate supports across middle and high