This list contains only the countries for which job offers have been published in the selected language (e.g., in the French version, only job offers written in French are displayed, and in the English version, only those in English).
Mach Industries is seeking a Reliability Engineer who will own the end-to-end reliability lifecycle for our UAS platforms, subsystems, and processes. In this role you will ensure that our systems meet reliability, maintainability, and operational life-expectancy targets in the context of mission-critical defense applications. You will manage data-driven strategies to predict and prevent failures, extend system life, and ensure safe, dependable operation in demanding environments.
Job Responsibility:
Develop, deploy and maintain a reliability program plan for our UAS platforms and key subsystems (hardware, firmware, software) following best-practices (e.g., failure-mode and effects analysis (FMEA))
Define reliability and maintainability requirements and metrics (e.g., MTBF, MTBR, availability, mission readiness, failure rate targets) early in the design lifecycle, and track performance through production and field operation
Using data (lab testing, manufacturing, field returns, in-service logs) perform analytics to identify trends, root causes of failures (RCFA), latent defects, and reliability risks—then drive corrective and preventive actions
Define and oversee reliability test plans, accelerated life testing, environmental stress screening, field-data analysis, degradation modelling and life-cycle modelling in collaboration with test & validation teams
Monitor key reliability indicators (e.g., failure-rate trending, early‐life failures, wear-out characteristics, maintenance cost per unit time/mission, parts-life forecasting) and provide actionable insights to leadership
Communicate reliability status, risk posture, and improvement plans to senior leadership and stakeholders, including interfacing with defense-customer reliability/quality requirements and audits if applicable
Requirements:
Bachelor’s or Master’s degree in Mechanical Engineering, Electrical/Electronic Engineering, Aerospace Engineering, Systems Engineering or related discipline
5+ years of reliability engineering (or similar) experience in complex hardware-centric systems
preferably in aerospace/defense/unmanned systems or high-reliability industrial/automotive environments
Demonstrated experience applying reliability methods such as FMEA, FMECA, and RCFA
Strong data-analysis skills: ability to ingest large data sets (field returns, operational logs), perform statistical/trend analysis, build dashboards, derive actionable insights
Experience with reliability testing: accelerated life tests, environmental stress screening, vibration/thermal/thermal-cycle/shock/humidity, life-cycle modelling
Knowledge of safety‐critical system standards and regulatory requirements (e.g., MIL-STD, DO-178, DO-254)
Nice to have:
Prior experience in UAS/unmanned aerial systems, defense/mission-critical systems, or high-availability aerospace systems
Hands-on experience in collaborating with design/production/field teams and influencing change in systems/products based on reliability findings
Familiarity with manufacturing and supplier reliability practices, and reliability in high-volume production environments - including supplier reliability and high-volume manufacturing
Experience working with growth-stage companies, building reliability infrastructure from the ground up