Hybrid Educational Diagnostician (EBD) – Fort Worth

The Stepping Stones Group, LLC; Fort Worth (TX); On-site; USD 61,000 - 72,000; Full time

Benefits offered by this job

Competitive pay & benefits

Dedicated clinical support network

Professional growth & PD courses

SPARK mentorship program

Placement flexibility

Referral program

Job summary

The Stepping Stones Group in Fort Worth, TX is seeking an Educational Diagnostician for a school-based role for the 26/27 year, onsite or hybrid. You will provide psychoeducational evaluations and support IEPs for a local district, with robust clinical leadership and professional infrastructure.

Minimum requirements include TX TEA licensure as an Educational Diagnostician, EBD program graduation, and school-based experience; bilingual candidates are preferred.

Qualifications

• Licensed Educational Diagnostician in TX (TEA)
• Graduate from an EBD program
• Experience in a school-based special education setting preferred
• Monolingual or bilingual (preferred)

Responsibilities

• Administer and interpret standardized assessments evaluating cognitive ability, academic achievement, and social-emotional development
• Write detailed evaluation reports and attend ARD/IEP meetings
• Collaborate with teachers, administrators, and families to develop and support individualized education plans
• Ensure all evaluations comply with state and federal special education law (IDEA) and guidelines

Skills

Licensed Educational Diagnostician TX/

School-based experience

Bilingual

TX TEA license

Education

Graduate from EBD program

Job description

The Stepping Stones Group in Fort Worth, TX is seeking an Educational Diagnostician for a school-based role for the 26/27 year, onsite or hybrid. You will provide psychoeducational evaluations and support IEPs for a local district, with robust clinical leadership and professional infrastructure.

Minimum requirements include TX TEA licensure as an Educational Diagnostician, EBD program graduation, and school-based experience; bilingual candidates are preferred.