Are you a rockstar Engineer looking to make your mark in the world of engineering manufacturing? Look no further! We are seeking a dynamic and results-driven individual to work on our reliability team and take our business to the next level. With competitive compensation and a supportive, collaborative company culture, this is the perfect opportunity for someone like you who is ready to take on a new challenge. Apply today and let's build something great together!

Qualifications:
•Bachelor's degree in Engineering.
•Proven experience in reliability engineering within the aerospace industry.
•Strong knowledge of reliability analysis methods and tools.
•Proficiency in statistical analysis and predictive modeling.
•Excellent problem-solving skills and attention to detail.
•Ability to compile and present technical findings clearly and concisely.
•Strong communication and teamwork skills.

1.Reliability Analyses:
-Perform in-depth reliability analyses on mechanical, electrical, and electromechanical devices.
-Conduct analyses such as Mean Time Between Unscheduled Removals (MTBUR), Mean Time Between Failures (MTBF), Failure Mode and Effects Analysis (FMEA), and Failure Mode, Effects, and Critical Analysis (FMECA).
-Gather and analyze data from customer paperwork, shop finding reports, and historical data to establish baseline reliability metrics.
-Compile and present findings in the format outlined per contracts to stakeholders.
-Complete ad hoc requests to support additional investigations by business or engineering teams.

2.Performance Monitoring:
-Monitor parts performance on a monthly basis for multiple engine platforms.
-Deliver 20 contractual reports to internal and external customers during the period of performance.

3.Program Development:
-Design and implement comprehensive reliability programs to evaluate and enhance the reliability of aerospace systems and components.
-Develop and maintain reliability databases and document results of reliability studies.
-Identify potential failure modes and develop preventative measures.
-Collaborate with design engineers to incorporate reliability requirements into product designs.

4.Risk Management:
-Conduct thorough risk assessments and prepare detailed risk management plans.
-Investigate reliability-related incidents and determine root causes.
-Perform life cycle cost analyses and recommend design or process changes to reduce costs.

5.Collaboration and Communication:
-Work closely with cross-functional teams, including design, manufacturing, and quality assurance, to improve product reliability.
-Present reliability findings to management and customers in a clear and concise manner.
-Stay current with the latest reliability tools, techniques, and industry best practices.