JPC - 203200 - Engineering - Reliability Engineer

[About the Role] Join our Orlando-based team as a Senior Reliability Engineer and become a key contributor in ensuring the long-term performance and robustness of mission-critical products. This role offers the opportunity to influence product design from the ground up, working alongside multidisciplinary experts in a collaborative and innovation-driven environment. You’ll take ownership of reliability analyses, design validation, and risk mitigation strategies, driving product quality and lifecycle excellence.

[Responsibilities]

• Conduct comprehensive Failure Modes, Effects, and Criticality Analyses (FMECA) on components and subassemblies in accordance with MIL STD 1629A and internal standards.
• Identify and document failure modes, root causes, and potential effects on system performance, assigning criticality rankings and recommending mitigation strategies.
• Develop, update, and maintain FMECA worksheets throughout the product development lifecycle, capturing lessons learned and continuous improvements.
• Define, plan, and coordinate accelerated life tests using models such as Arrhenius and Coffin Manson to validate product reliability.
• Collaborate with design engineers, material scientists, test laboratories, and program managers to ensure reliability goals are met.
• Analyze large data sets from testing, interpret results, and provide actionable insights for product improvement.
• Ensure compliance with industry reliability standards and maintain documentation control.
• Present technical findings and recommendations to cross-functional teams and stakeholders.

[Required Skills and Experience]

• Bachelor’s degree in Electrical/Electronic, Mechanical, Aerospace Engineering, or related technical discipline.
• 3–5 years of hands-on reliability engineering experience, emphasizing FMECA and accelerated aging/thermal cycling tests.
• Expertise in reliability analysis standards such as MIL STD 1629A or IEC 60812.
• Strong knowledge of failure physics, degradation mechanisms, and material behaviors under stress.
• Proven ability in root cause analysis, risk assessment, and generating actionable insights from large data sets.
• Experience with developing and interpreting test plans using ASTM, IEC, or MIL test methodologies.
• Excellent oral and written communication skills, including technical report writing and group presentations.
• Ability to manage multiple projects and maintain documentation control.

[Preferred Skills]

• Familiarity with Model-Based Engineering tools, such as Cameo.
• Experience using reliability software—ReliaSoft, Weibull++, ANSYS Reliability—and statistical analysis tools, including Minitab, R, Python.
• Practical hands-on experience in hardware testing and troubleshooting.
• Demonstrated ingenuity and innovation in solving complex technical problems.
• Capability to manage subcontractors in reliability engineering programs.

[Benefits]

• Competitive salary and performance-based bonuses
• Comprehensive health, dental, and vision insurance
• Generous paid time off and holidays
• Professional development, technical training, and career advancement programs
• Collaborative, inclusive, and forward-thinking workplace culture

[How to Apply] Ready to elevate your reliability engineering career? Submit your resume and a cover letter outlining your relevant experience and passion for reliability excellence. Qualified candidates will be contacted for next steps.

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