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Reliability engineer skills for your resume and career

Updated January 8, 2025
5 min read
Quoted expert
Dr. Kamran Abedini
Reliability engineer example skills
Below we've compiled a list of the most critical reliability engineer skills. We ranked the top skills for reliability engineers based on the percentage of resumes they appeared on. For example, 21.7% of reliability engineer resumes contained java as a skill. Continue reading to find out what skills a reliability engineer needs to be successful in the workplace.

15 reliability engineer skills for your resume and career

1. Java

Java is a widely-known programming language that was invented in 1995 and is owned by Oracle. It is a server-side language that was created to let app developers "write once, run anywhere". It is easy and simple to learn and use and is powerful, fast, and secure. This object-oriented programming language lets the code be reused that automatically lowers the development cost. Java is specially used for android apps, web and application servers, games, database connections, etc. This programming language is closely related to C++ making it easier for the users to switch between the two.

Here's how reliability engineers use java:
  • Created programs that utilized programming languages such as Java, Python, C, C++, MATLAB, Swift
  • Experienced in building Java application using Maven scripts.

2. Troubleshoot

Troubleshooting is the process of analyzing and fixing any kind of problem in a system or a machine. Troubleshooting is the detailed yet quick search in the system for the main source of an issue and solving it.

Here's how reliability engineers use troubleshoot:
  • Conducted experiments and data analysis to support next generation product design and troubleshoot performance issues with current production.
  • Supported manufacturing technicians on product test failures that were difficult to troubleshoot.

3. Ruby

Ruby is a high-level programming language, versatile in its uses and tools. It might be used to design either programs and software which can be applied and used on a number of devices, other programs, and platforms. The fact that it is a high-level programming language means that it is easier to use than low-level languages, in that it automises parts of the program building process and uses natural language for some of its elements.

Here's how reliability engineers use ruby:
  • Create Nagios check using Ruby.

4. Jenkins

Jenkins is an open source automation server that is free to use. It aids continuous deployment and execution by automating the aspects of product creation related to building, analyzing, and deploying. It is a system based on the server that runs in servlet containers like Apache Tomcat. Jenkins is a Java-based fully accessible automation platform with plugins designed for Continuous Integration.

Here's how reliability engineers use jenkins:
  • Implemented Workflows Orchestration using Bamboo also with Jenkins for diff projects.
  • Used Jenkins API, Python and Oracle to make the continuous integration builds run in parallel.

5. Azure

Here's how reliability engineers use azure:
  • Learned and worked on new system, such as Azuki, TFS, Jira Bug console, Cassandra, Azure.
  • Conduct daily scrum and SE sprint planning aligned with Azure Engineering's cadence in TFS.

6. Debugging

Here's how reliability engineers use debugging:
  • Assisted debugging driver installation error by acquiring error logs for log analysis.
  • Use of oscilloscope, DMM, power supplies for test and debugging of hardware.

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7. Continuous Improvement

Continuous improvement is an ongoing process of improvement of products, services, and processes with the help of innovative ideas. It is an organized approach that helps an organization to find its weaknesses and improve them.

Here's how reliability engineers use continuous improvement:
  • Coordinated opportunity prioritization with other continuous improvement organizations.
  • Drive plant productivity improvements through asset reliability and continuous improvement initiatives, including the use of 5S and Predictive Maintenance.

8. Failure Analysis

Failure Analysis is a step-by-step process of determining the reason for a particular machine or equipment failure by way of checking, identification, and examination. It means conducting a test within the system and perform a maintenance check that leads you to a conclusion. A failure analysis takes place to prevent further damages.

Here's how reliability engineers use failure analysis:
  • Designed, initiated, and monitored engineering projects, optimizing unit throughput and conducted Root Cause Failure Analysis investigations as needed.
  • Performed maintenance tasks and failure analysis, supporting vibration technicians in troubleshooting equipment issues; provided recommendations for further enhancements.

9. Corrective Action

Here's how reliability engineers use corrective action:
  • Key member of teams which determined root cause, implemented corrective action and notified principal customers of several major reliability issues
  • Provide corrective actions for repetitive failures systematically defining, designing, developing, monitoring and refining an asset maintenance plan.

10. FMEA

Here's how reliability engineers use fmea:
  • Utilized FMEA and design of experiments to plan for highly accelerated reliability test similar to HALT for reliability assessment.
  • Educated various departments including Engineering, Validation and Manufacturing about GM FMEA policy and process.

11. Maintainability

Here's how reliability engineers use maintainability:
  • Performed planned and implemented the reliability, Maintainability and safety programs design activities with the design, operation and maintenance Groups.
  • Provided Reliability, Maintainability, and Availability Engineering support to the NASA Lewis Research Center Office of Mission Safety and Assurance

12. Predictive Maintenance

Predictive maintenance refers to the care of equipment by keeping track of their performance and efficiency in day to day operations. It allows you to optimize the equipment for the future because when we closely monitor the devices, we can easily highlight the flaws and make them better. The primary goal of predictive maintenance is to predict when machine failure could occur based on observation.

Here's how reliability engineers use predictive maintenance:
  • Gained specialized experience by performing integrated predictive maintenance services at power plants and manufacturing facilities in the New England/New York area.
  • Developed and maintained a mechanical integrity program that detailed specific preventative and predictive maintenance activities for over 700 pieces of equipment.

13. Prototyping

Here's how reliability engineers use prototyping:
  • Involved in new product design reviews, Prototyping and qualification Tests.
  • Performed prototyping, PC board level, component level troubeshooting.

14. Data Analysis

Here's how reliability engineers use data analysis:
  • Acted as SAS Warranty Analysis administrator and application trainer, leading education on detailed data analysis and advanced reliability techniques.
  • Participated in regular Quality Review meeting at assembly plant, provided data analysis and recommendation for problem solution.

15. Failure Modes

Here's how reliability engineers use failure modes:
  • Tasked to identify and manage system reliability to prevent failure modes from potentially affecting plant or company operations.
  • Analyzed a diversity of systems and components to perform reliability calculations and failure mode analyses.
top-skills

What skills help Reliability Engineers find jobs?

Tell us what job you are looking for, we’ll show you what skills employers want.

What reliability engineer skills would you recommend for someone trying to advance their career?

Dr. Kamran AbediniDr. Kamran Abedini LinkedIn profile

Professor and Chairman, California State Polytechnic University, Pomona

First of all, I do not recommend a gap year or any interruptions in education as it could require additional warm-up and setup for starting it again in the future. However, if they "need" to do so, I recommend they at least take one course so that they understand the trend and the expectations of students in an educational environment. For example, in the last couple of semesters, both faculty and students have learned and experienced new methods of virtual learning and assessment. If you just plan on coming to school after a few semesters, you would be highly surprised by the changes, taking you much time to prepare, and it would cause falling behind your coursework.
Do you want to know more?
Read more about what experts have to say about reliability engineer

List of reliability engineer skills to add to your resume

Reliability engineer skills

The most important skills for a reliability engineer resume and required skills for a reliability engineer to have include:

  • Java
  • Troubleshoot
  • Ruby
  • Jenkins
  • Azure
  • Debugging
  • Continuous Improvement
  • Failure Analysis
  • Corrective Action
  • FMEA
  • Maintainability
  • Predictive Maintenance
  • Prototyping
  • Data Analysis
  • Failure Modes
  • Technical Support
  • Virtualization
  • Preventative Maintenance
  • CMMS
  • Sigma
  • RCA
  • RCM
  • Effects Analysis
  • Kibana
  • Provisioning
  • Product Reliability
  • Condition Monitoring
  • Product Quality
  • Vibration Analysis
  • Capital Projects
  • Statistical Analysis
  • Destructive Testing
  • Data Collection
  • OEM
  • Reliability Analysis
  • Weibull
  • Mechanical Integrity
  • Apache Tomcat
  • System Reliability
  • DOE
  • OSHA
  • FMECA
  • Lifecycle Management
  • Reliability Issues

Updated January 8, 2025

Zippia Research Team
Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

Updated January 8, 2025

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