Reliability Engineer

Join a dynamic engineering team as a Reliability Engineer, driving robust product performance and lifecycle validation. You will be central to advancing reliability practices through detailed FMECA, accelerated aging evaluations, and meaningful cross-functional collaboration. This position offers hands-on exposure to innovative test methods and the opportunity to directly impact product quality and customer trust., Conduct component-level Failure Modes, Effects, and Criticality Analyses (FMECA) in accordance with MIL STD 1629A and internal standards

• Identify, assess, and document failure modes, causes, and impacts on system reliability
• Assign criticality rankings and develop mitigation strategies to address identified risks
• Update FMECA documentation throughout product development, capturing and applying lessons learned
• Define objectives and acceleration factors for accelerated lifecycle and thermal cycling testing using advanced reliability models (e.g., Arrhenius, Coffin Manson)
• Develop, coordinate, and oversee test plans, ensuring efficient execution with internal laboratories
• Collaborate closely with design engineers, materials scientists, program managers, and test teams
• Interpret test results and translate data into actionable reliability improvements
• Maintain documentation control while managing multiple test programs and analyses

Bachelor’s degree in Electrical/Electronic, Mechanical, Aerospace Engineering, or related field

• 1-3 years of hands-on reliability engineering experience
• Demonstrated expertise in FMECA and accelerated aging/thermal cycling tests
• Proficiency in reliability standards such as MIL STD 1629A, IEC 60812
• Strong knowledge of failure physics, degradation mechanisms, and material performance
• Ability to develop and interpret test plans using ASTM, IEC, or MIL methods
• Excellent technical writing and oral communication skills
• Proven skills in root cause analysis, risk assessment, and data-driven insights
• Effective multitasking and documentation management abilities

Preferred Skills

• Model-Based Engineering tool familiarity (e.g., Cameo)
• Experience with reliability/statistical software (ReliaSoft, Weibull++, ANSYS Reliability, Minitab, R, Python)
• Practical hands-on hardware test and troubleshooting experience
• Analytical problem solving and innovative thinking
• Experience managing subcontractors in reliability engineering

Competitive compensation and comprehensive benefits

• Career advancement opportunities into senior reliability and engineering leadership roles
• Collaborative, supportive team environment
• Exposure to advanced test methodologies and cross-disciplinary innovation
• Access to continuing education and professional development resources