About this role
When you join the growing BILH team, you're not just taking a job, you’re making a difference in people’s lives.
Position Summary:
The Clinical Engineer I supports and advances patient care by applying developing engineering knowledge to the safe, effective, reliable, and cost-conscious use of healthcare technology across Beth Israel Lahey Health. Working with guidance from Clinical Engineering leadership and more experienced engineers, the position supports medical technology assessment, planning, implementation, lifecycle management, risk management, and technical consultation.
Essential Duties & Responsibilities including but not limited to:
1. Supports evaluation of medical technologies and emerging equipment, including review of clinical requirements, safety, human factors and usability, reliability, serviceability, interoperability considerations, lifecycle support, standardization opportunities, and total cost of ownership.
2. Participates in medical equipment selection, acquisition, implementation, acceptance, replacement, and other project activities under the guidance of more experienced Clinical Engineering staff and within established project-management processes.
3. Collects and analyzes equipment lifecycle information such as age, service history, reliability, utilization, manufacturer support status, maintenance cost, and other available data to support technology and replacement planning.
4. Supports development of medical equipment capital and lifecycle recommendations by preparing technical analyses, comparative evaluations, project information, and other decision-support materials for Clinical Engineering leadership.
5. Assists with vendor and service-provider coordination, including collection and review of technical documentation, warranty and service information, training requirements, implementation requirements, and service-performance information.
6. Provides Clinical Engineering consultation and technical support to clinical departments for assigned technologies, escalating complex or high-risk issues to more experienced engineers or leadership as appropriate.
7. Supports monitoring and follow-up of medical-device hazards, recalls, safety notices, and regulatory communications in accordance with established BILH processes.
8. Participates in medical technology risk assessments and incident investigations by gathering information, performing assigned engineering analyses, and supporting root cause analysis, failure mode and effects analysis, and corrective-action activities.
9. Coordinates with Clinical Systems Engineering and Information Services as needed to identify medical-device integration, connectivity, interoperability, cybersecurity, infrastructure, and technical support requirements associated with assigned technologies.
10. Maintains accurate and complete records of technology evaluations, projects, implementation activities, engineering analyses, decisions, risks, and other Clinical Engineering work in accordance with established policies and Quality Management System requirements.
11. Monitors applicable codes, standards, regulatory requirements, and organizational policies and develops working knowledge of their application to assigned medical technologies.
12. Supports development and delivery of staff education related to medical technology use, precautions, hazards, basic troubleshooting, care and handling, and other Clinical Engineering topics.
13. Participates in multidisciplinary project teams, standing committees, technology evaluations, and operational improvement activities as assigned.
14. Supports review of service options and maintenance strategies for assigned medical technologies by collecting service, cost, reliability, and technical-support information.
15. Participates in after-hours emergency service coverage, issue escalation, and emergency-management support as assigned and consistent with demonstrated competency.
Minimum Qualifications:
Education: Bachelor's degree in Electrical or Biomedical Engineering required.
Licensure, Certification & Registration: None required. Relevant Clinical Engineering, project-management, quality, or healthcare technology certification preferred as experience permits.
Experience: Minimum of one year of related experience in Clinical Engineering, biomedical engineering, medical technology, or a related healthcare engineering environment required. Experience may include progressively responsible applied work in healthcare technology, medical-device projects, or comparable engineering support.
Skills, Knowledge & Abilities: Foundational knowledge of engineering principles and their application to medical devices and healthcare technology. Working knowledge of human physiology and anatomy, medical terminology, and clinical environments. Ability to perform structured technology evaluation, data analysis, technical documentation, project support, and problem solving with guidance. Basic knowledge of medical-device lifecycle management, project management, computer networks, and medical-device integration. Strong written, verbal, analytical, and interpersonal skills.
Preferred Qualifications & Skills: Experience in an acute-care or ambulatory healthcare environment preferred. Familiarity with lifecycle-cost analysis, human factors/usability, regulatory requirements, root cause analysis, FMEA, medical-device cybersecurity concepts, and project-management tools preferred.
Dept./Unit-Specific Skills: Knowledge of computerized maintenance management systems, medical-equipment lifecycle data, technology-assessment methods, project-management practices, Quality Management System requirements, and healthcare regulatory expectations applicable to medical technology.
Job Description:
Pay Range:
$85,280.00 USD - $115,128.00 USD
The pay range listed for this position is the annual base salary range the organization reasonably and in good faith expects to pay for this position at this time. Actual compensation is determined based on several factors, that may include seniority, education, training, relevant experience, relevant certifications, geography of work location, job responsibilities, or other applicable factors permissible by law.