PRN CNSC Dietitian - Flexible Hours in Hospital Nutrition

ARAMARK; McKinney (TX); On-site; USD 55,000 - 83,000; Part time

Job summary

ARAMARK Healthcare+ is seeking a PRN Consulting Dietitian with a CNSC credential at Baylor Scott & White Medical Center- McKinney in McKinney, Texas. The position offers flexible scheduling across weekdays and weekends, with opportunities to contribute to nutrition care in a busy hospital setting.

You will perform nutrition assessments, develop care plans, educate patients and families, and collaborate with the care team to support quality outcomes in medical and surgical units.

Qualifications

• Bachelor's degree in Nutrition or related field.
• RDN credential required.
• CNSC credential required.
• Licensed Dietitian status in Texas.
• Knowledge of medical nutrition therapy and nutrition support protocols.
• Excellent communication and interpersonal skills.

Responsibilities

• Provide nutrition assessments, diagnoses, and interventions to patients including those requiring nutrition support.
• Develop nutrition care plans and monitor patient progress.
• Collaborate with healthcare professionals to provide optimal patient care.
• Educate patients and families on nutrition-related topics.
• Participate in interdisciplinary rounds and meetings.
• Assist in development and implementation of clinical protocols and quality improvement initiatives.

Skills

Clinical nutrition

Interdisciplinary teamwork

Nutrition education

Patient communication

Education

Bachelor's degree in Nutrition

RDN credential

CNSC credential

Job description

ARAMARK Healthcare+ is seeking a PRN Consulting Dietitian with a CNSC credential at Baylor Scott & White Medical Center- McKinney in McKinney, Texas. The position offers flexible scheduling across weekdays and weekends, with opportunities to contribute to nutrition care in a busy hospital setting.

You will perform nutrition assessments, develop care plans, educate patients and families, and collaborate with the care team to support quality outcomes in medical and surgical units.