Flexible Per Diem COTA — Impactful Long-Term Care

Renewal Rehab; Eureka (IL); Vor Ort; USD 46.000 - 65.000; Teilzeit

Benefits dieser Stelle

401(k) with company match

Promotion and internal transfers

Immigration support for H1B candidates

Zusammenfassung

Renewal Rehab, part of Enhance Therapies, is seeking a Certified Occupational Therapy Assistant (COTA) for per diem position in Skilled Nursing Facility and Long-Term Care settings. You will provide therapy services under OT supervision, support personalized care plans, and work with a collaborative team to achieve functional outcomes.

We offer flexible scheduling, mentorship opportunities, and professional development, with immigration support for H1B candidates and internal growth pathways

Qualifikationen

• Must have an AOTA-accredited OTA program degree.
• Current state license as COTA.
• NBCOT COTA certification where required by state.

Aufgaben

• Provide occupational therapy treatments under the supervision of an OT.
• Assist in implementing personalized care plans focused on functional goals.
• Collaborate with team members to ensure quality outcomes.
• Maintain documentation to meet regulatory requirements.
• Ensure physician orders are obtained and up to date.

Kenntnisse

Strong communication

Organizational skills

New grads welcome

Ausbildung

Associate’s degree from an AOTA-accredited Occupational Therapy Assistant program

Current license as a Certified Occupational Therapy Assistant in the state of practice

NBCOT COTA certification (state requirements)

Jobbeschreibung

Renewal Rehab, part of Enhance Therapies, is seeking a Certified Occupational Therapy Assistant (COTA) for per diem position in Skilled Nursing Facility and Long-Term Care settings. You will provide therapy services under OT supervision, support personalized care plans, and work with a collaborative team to achieve functional outcomes.

We offer flexible scheduling, mentorship opportunities, and professional development, with immigration support for H1B candidates and internal growth pathways