Senior Reliability Engineer, Medical Diagnostics Systems

HiArc; Merrimack, Northern (NH, KY); Hybrid; USD 120,000 - 180,000; Full time

Benefits offered by this job

9/80 schedule

401(k) program

Medical, dental, vision, disability

Life Insurance

Flexible Vacation & PTO

Employee Referral Program

Voluntary Benefits

Tricare Supplement

Job summary

HiArc is seeking a Staff Reliability Engineer to drive reliability across medical diagnostic systems. You will design strategies, lead complex failure analyses, and guide cross-functional teams to improve resilience and availability.

Your work includes MTBF modeling, HALT/HASS methods, and advanced degradation monitoring to reduce downtime and extend product life. Mentoring engineers and shaping reliability best practices are also key facets of the role.

Qualifications

• Degree in electrical engineering, physics, systems engineering or related field.
• 12+ years engineering experience with at least 5 years in reliability engineering.
• Experience with reliability analysis tools and predictive modeling.
• Familiarity with HALT/HASS methodologies and failure investigations.
• Strong cross-functional communication and documentation skills.

Responsibilities

• Define and own reliability strategy for medical instrumentation and systems.
• Lead failure analysis, RCA investigations, and supplier reliability improvements.
• Architect and oversee environmental stress testing and MTBF/fit life modeling.
• Drive data-driven reliability insights and predictive maintenance programs.
• Support field service with expert diagnostics and reliability reporting.

Skills

Reliability engineering

Failure analysis

Root cause analysis

Data analysis

Weibull, life-data modelling

System integration

Strong communication

Education

Bachelor's or Master's in Electrical Engineering / Physics / Systems Engineering / Mechanical Engineering

Tools

Weibull

Minitab

JMP

ReliaSoft

Job description

HiArc is seeking a Staff Reliability Engineer to drive reliability across medical diagnostic systems. You will design strategies, lead complex failure analyses, and guide cross-functional teams to improve resilience and availability.

Your work includes MTBF modeling, HALT/HASS methods, and advanced degradation monitoring to reduce downtime and extend product life. Mentoring engineers and shaping reliability best practices are also key facets of the role.