Job brief
We are looking for a detail-oriented Reliability Engineer to join our mechanical engineering team and spearhead our proactive asset management initiatives. In this role, you will analyze equipment performance data to eliminate recurring failures and drive continuous improvements across our multi-site production facilities. You will have the autonomy to redesign critical components and implement data-driven maintenance strategies that directly impact our bottom line and operational safety. If you are passionate about mechanical precision and long-term asset health, we invite you to help us build a more resilient industrial future.
Key highlights
- Perform root cause failure analysis (RCFA) on critical mechanical assets to prevent the recurrence of complex production equipment breakdowns.
- Develop and execute predictive and preventive maintenance schedules utilizing CMMS software to ensure maximum machinery uptime and availability.
- Conduct statistical reliability modeling, including Weibull analysis, to predict equipment lifespan and optimize replacement cycles for high-wear components.
- Implement condition monitoring programs using vibration analysis and ultrasound to identify internal bearing or gear wear before failure occurs.
What is a Reliability Engineer?
A Reliability Engineer is a specialized technical professional focused on maximizing the operational availability and performance of mechanical systems and industrial equipment. By applying advanced reliability-centered maintenance (RCM) methodologies and root cause failure analysis (RCFA), a Reliability Engineer identifies vulnerabilities in complex hardware before they manifest as costly production outages. Their work serves as a critical bridge between design engineering and facility operations, ensuring that physical assets achieve their full lifecycle potential while maintaining the highest safety standards.
What does a Reliability Engineer do?
On a daily basis, a Reliability Engineer monitors equipment health using predictive maintenance technologies such as vibration analysis, thermography, and oil tribology to detect early warning signs of degradation. They perform detailed statistical analysis of mean time between failures (MTBF) and mean time to repair (MTTR) to optimize maintenance intervals and minimize downtime. Beyond data analysis, they collaborate with maintenance technicians and procurement teams to manage spare parts strategies, implement equipment upgrades, and refine Standard Operating Procedures (SOPs) to ensure consistent, reliable manufacturing performance.
Key responsibilities
- Perform root cause failure analysis (RCFA) on critical mechanical assets to prevent the recurrence of complex production equipment breakdowns.
- Develop and execute predictive and preventive maintenance schedules utilizing CMMS software to ensure maximum machinery uptime and availability.
- Conduct statistical reliability modeling, including Weibull analysis, to predict equipment lifespan and optimize replacement cycles for high-wear components.
- Evaluate mechanical designs for manufacturability and reliability, providing feedback to engineering teams based on field performance data.
- Implement condition monitoring programs using vibration analysis and ultrasound to identify internal bearing or gear wear before failure occurs.
- Lead cross-functional reliability improvement projects by collaborating with production managers, maintenance crews, and plant safety officers.
- Manage technical documentation, including asset criticality rankings, equipment maintenance history, and comprehensive standard operating procedures (SOPs).
- Oversee the selection and validation of spare parts and industrial components to ensure they meet strict performance and durability specifications.
Requirements and skills
- Bachelor of Science degree in Mechanical Engineering, Reliability Engineering, or a closely related technical field.
- Minimum of 3+ years of experience in an industrial or manufacturing environment focusing on equipment reliability and maintenance strategy.
- Proficiency in Computerized Maintenance Management Systems (CMMS) such as SAP PM, Maximo, or Fiix for tracking asset performance.
- Strong technical expertise in root cause failure analysis (RCFA) and Failure Mode and Effects Analysis (FMEA) methodologies.
- Ability to interpret complex engineering schematics, GD&T standards, and technical specifications for diverse mechanical assemblies.
- Hands-on experience with predictive maintenance tools, including vibration monitoring hardware and infrared thermography equipment.
- Certified Reliability Professional (CRP) or Certified Maintenance & Reliability Professional (CMRP) credentials are highly preferred.
- Demonstrated proficiency in statistical software like Minitab or JMP for analyzing failure data and identifying operational trends.
FAQs
What does a Reliability Engineer do?
A Reliability Engineer focuses on the proactive management of industrial assets to ensure they perform their required functions reliably and safely. They use data analysis, predictive maintenance tools, and failure analysis to reduce downtime, extend the life of equipment, and improve the efficiency of manufacturing processes. By analyzing failure patterns, they translate technical data into actionable maintenance strategies that lower operational costs.
What are the essential Reliability Engineer skills?
Essential skills for a Reliability Engineer include a deep understanding of mechanical engineering principles, proficiency in failure analysis methods like FMEA/RCFA, and experience with CMMS platforms. Candidates must be adept at interpreting statistical data, understanding vibration analysis and lubrication science, and translating technical insights into improved maintenance SOPs. Additionally, strong problem-solving and interpersonal skills are necessary to coordinate between maintenance crews and engineering leadership.
How does a Reliability Engineer improve production?
A Reliability Engineer improves production by shifting an organization from reactive 'run-to-failure' maintenance to proactive, predictive maintenance. By identifying bottlenecks and equipment failure trends, they implement design changes and maintenance tasks that prevent unexpected stops. This leads to higher equipment utilization rates, more predictable output schedules, and significant reductions in emergency repair expenses.
What is the career path for a Reliability Engineer?
The career path for a Reliability Engineer often begins in plant maintenance or design engineering before moving into specialized reliability roles. Over time, professionals may advance to Lead Reliability Engineer, Maintenance Manager, or Director of Asset Management. Obtaining professional certifications such as the CMRP (Certified Maintenance & Reliability Professional) is a standard way to increase seniority and earning potential within the field.