Sterile Processing Tech (CSP/CRCST) - Night Shift Sat-Sun

Hugh Chatham Health, Inc.; Concord (NC); Presencial; USD 29.000 - 43.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Health benefits

Flexible Spending Accounts

Educational Assistance Program

Retirement plan with employer match

Descripción de la vacante

Advocate Health Care's Sterile Processing team in Concord, NC is seeking a Full-Time Sterile Processing Technician for 40 hours/week. The night shift (Saturday-Sunday 7pm-7am) provides 40 hours, with no holidays. Pay range is $20.80–$31.20 per hour, with comprehensive benefits.

Required CSPDT or CRCST certification and a high school diploma. Responsibilities include safety adherence, sterilization, and instrumentation processing across multiple modalities.

Formación

• High school diploma or equivalent required.
• CSPDT or CRCST certification required.
• Adheres to safety standards.
• Performs sterilization using steam, gas plasma, EO, and chemical methods.
• Maintains equipment and reports malfunctions.

Responsabilidades

• Adheres to safety standards and policies.
• Identifies, responds & reports malfunctions and alarms.
• Performs efficacy and quality testing for processes and equipment.
• Performs sterilization for general, laparoscopic, orthopedic, neuro, cardiovascular instruments.
• Packages and labels instrumentation following standards.
• Operates sterilization equipment and documents processes.

Conocimientos

Safety standards

Quality testing

Sterilization

High Level Disinfection

Instrument handling

Educación

High school diploma or equivalent

CSPDT or CRCST certification

Descripción del empleo

Advocate Health Care's Sterile Processing team in Concord, NC is seeking a Full-Time Sterile Processing Technician for 40 hours/week. The night shift (Saturday-Sunday 7pm-7am) provides 40 hours, with no holidays. Pay range is $20.80–$31.20 per hour, with comprehensive benefits.

Required CSPDT or CRCST certification and a high school diploma. Responsibilities include safety adherence, sterilization, and instrumentation processing across multiple modalities.