Senior Reliability Engineer
As a Senior Reliability Engineer, you will lead efforts to ensure the long-term performance and durability of critical hardware systems, focusing on electromechanical components and sensors. You will apply Design for Reliability principles, develop test strategies, and drive failure analysis investigations.
About the job
The Role
As we continue to develop and deploy cutting-edge autonomous technologies, we are seeking a Senior Reliability Engineer (REL) to lead efforts in ensuring the long-term performance, durability, and robustness of critical hardware systems. This role is a key part of our Hardware Reliability team, with a focus on driving reliability strategy, testing, and validation across a broad range of electromechanical components, including sensors.
We're looking for a hands-on, detail-oriented engineer who is passionate about identifying failure risks early in the design cycle, driving cross-functional collaboration, and delivering hardware that performs reliably in the harshest real-world environments.
- Lead reliability engineering efforts across hardware programs, ensuring components and systems meet demanding performance, environmental, and durability requirements.
- Apply Design for Reliability (DfR) principles throughout the product lifecycle, from concept through production, to proactively mitigate failure risks.
- Develop and execute comprehensive test strategies to uncover failure modes, validate off-the-shelf and custom hardware, and model expected field performance.
- Translate FMEA and reliability risk analyses into targeted test plans with clearly defined objectives, acceleration factors, and pass/fail criteria.
- Plan and run Design of Experiments (DOE) to isolate root causes and address key reliability concerns.
- Design and optimize test fixtures and setups to evaluate hardware under electrical, thermal, mechanical, and environmental stresses (shock, vibration, thermal cycling, etc.).
- Drive and support failure analysis investigations, collaborating closely with design, manufacturing, and component teams to identify root causes and implement corrective actions.
- Leverage data analytics tools (e.g., Python, JMP, MATLAB) to automate testing workflows, perform reliability modeling (e.g., Weibull, Monte Carlo), and extract actionable insights from test data.
- Champion continuous improvement in reliability processes and tools across hardware engineering teams.
What You'll Need to Succeed
- Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Materials Science, or a related field (Master’s preferred).
- 5+ years of hands-on reliability engineering experience, preferably in electromechanical systems or sensors.
- Proven track record in testing and validating hardware components for long-term field performance.
- Strong understanding of physics of failure and reliability engineering principles, particularly for electronic, optical, or mechanical systems.
- Experience with environmental and mechanical stress testing, including test design, execution, and result interpretation.
- Familiarity with reliability analysis tools and techniques: FMEA, Weibull analysis, SPC, HALT/HASS, and accelerated life testing.
- Proficiency in scripting or automation using tools such as Python, MATLAB, or LabVIEW.
- Experience working with reliability test equipment such as environmental chambers, vibration tables, thermocouples, strain gauges, and data acquisition systems.
- Strong communication and collaboration skills to work effectively with design, systems, manufacturing, and test teams.
Why join Eight Sleep?
Equitable compensation and continuous equity investment
We extend equity participation to every full-time team member, recognizing and rewarding your direct contributions to our success. This includes periodic equity refreshments based on performance, ensuring that as Eight Sleep grows and succeeds, so do you – perfectly aligning your achievements with the broader triumphs of the company. Pay grows rapidly as you accumulate experience with Eight Sleep and translate it into concrete impact.
Your own Pod - and other great benefits
Every Eight Sleep employee receives the very product that defines our mission: a Pod of their own. If you join us you’ll get your own Pod, along with*:
- Full access to health, vision, and dental insurance for you and your dependents
- Supplemental life insurance
- Flexible PTO
- Commuter benefits to ease your daily commute
- Paid parental leave
*List of benefits may vary depending on your location
Compensation: The compensation range for this role is $150k-180k for individuals based full-time in San Francisco, CA.
Skills
Design For Reliability, Fmea, Weibull Analysis, Spc, Halt/Hass, Accelerated Life Testing, Python, MATLAB, Labview, Data Acquisition Systems
Similar jobs
Hardware Engineering jobsDesign, prototype, test, and troubleshoot high-performance mechanisms for field-deployed counter-drone hardware. The role requires 10+ years of mechanical engineering experience, deep kinematics and dynamics expertise, strong GD&T skills, and hands-on machining and failure analysis.
Leads the design and production release of composite and metallic structural components for autonomous aircraft, coordinating cross-functional development and structural integration. Requires substantial aerospace structures experience, team leadership, CAD proficiency, and knowledge of manufacturing and analysis methods.
Leads manufacturing process development and optimization from NPI through high-volume production, improving capacity, labor efficiency, quality, and scalability. Requires 7+ years of experience, strong Lean and industrial engineering expertise, cross-functional project leadership, and hands-on analytical capabilities.
Develops and deploys precision robotic and mechatronic systems for manufacturing, integrating controls software, actuators, sensors, motion systems, and operator interfaces. Requires 6+ years of automation or robotics experience and a relevant engineering degree.
Leads data center design optimization across space, power density, and cost, translating commercial requirements into engineering decisions. Requires 7+ years of infrastructure experience, strong electrical and mechanical systems knowledge, quantitative cost modeling, and cross-functional leadership.