Onsite Clinical Engineering Leader - Medical Device Ops

BJC HealthCare; St. Louis (MO); On-site; USD 110,000 - 170,000; Full time

Benefits offered by this job

Comprehensive health benefits

401(k) with match

Tuition assistance

Paid time off

Job summary

Missouri Baptist Medical Center, part of BJC HealthCare, seeks a collaborative Clinical Engineering Manager to lead a high-performing on-site team responsible for the management and maintenance of medical devices, regulatory compliance, and customer service across the organization.

You will partner with senior leaders, physicians and service lines to forecast replacement needs, optimize device reliability, and ensure patient safety for MRI, CT, labs and life-safety systems.

Qualifications

• Assc Deg and/or Equivalent Exp required or preferred.
• Bachelor's Degree in a related field strongly preferred.
• Engineering/Biomed Eng/related background is desirable for this role.

Responsibilities

• Hires, trains, assigns work, and evaluates performance; leads professional development.
• Develops and adheres to departmental staffing, revenue and/or expense budgets.
• Manages decision support activities related to diagnosis, repair, preventive maintenance, vendor contracts and quality assurance of patient care devices; oversees recalls.
• Ensures compliance with Joint Commission, CAP, OSHA and other regulatory requirements; supports regulatory committees.
• Maintains Clinical device database inventory and work order accuracy.
• Supports Performance Improvement initiatives through Clinical Asset Management.

Education

Assc Deg and/or Equivalent Exp

Bachelor's Degree

Engineering/Biomed Eng/related

Job description

Missouri Baptist Medical Center, part of BJC HealthCare, seeks a collaborative Clinical Engineering Manager to lead a high-performing on-site team responsible for the management and maintenance of medical devices, regulatory compliance, and customer service across the organization.

You will partner with senior leaders, physicians and service lines to forecast replacement needs, optimize device reliability, and ensure patient safety for MRI, CT, labs and life-safety systems.