RCM/Reliability Engineers
The tasks required will be based around engineering support mainly within Air Systems and particularly unmanned systems, specifically reliability, with the ability to deliver and undertake the following:
• Leading and undertaking Reliability and Safety engineering activities
• Application of the defined System Reliability Centered Maintenance (RCM) and Failure Mode Effects Analysis (FMEA) processes working closely with the Design and Safety functions;
• Analysis of Supportability requirements including, Availability, Reliability and Maintainability (ARM),and RCM across the major system area including modelling and maintainability evaluations;
Core Duties & Responsibilities
• Develop and maintain a thorough knowledge of the System Supportability requirements and drivers.
• Working with clients to develop and perform Reliability Growth Trending and Analysis.
• Working with clients performing Weibull analysis on components and systems on development and in-service programmes.
• Performing Reliability Centered Maintenance Analysis on client programs in accordance with various Standard’s and Client Requirements.
• Development and update of Failure Modes Effects and Criticality Analysis (FMECA) for client projects and programs in accordance with various Standard’s and Client Requirements.
• Investigate and document all data connected with RCM and FMEA activities.
• Undertake AR&M, RCM and FMEA activities.
• Conduct Fault Tree Analysis (FTA).
• Control the AR&M, RCM and FMEA data input process to the LSA data or other repository as required.
• Support or conduct Maintenance Task Analysis (MTA), Level Of Repair Analysis (LORA) and Ease of Maintenance Assessment (EMA) activities.
• Assist in the development of proposals for innovative approaches to RCM and FMEA with the aim of reducing/optimising the Upkeep / Operational cycle for client programs.
• Support, develop and manage client Failure Reporting Analysis and Corrective Action Systems (FRACAS) in accordance with Client requirements and various Standards.
• Ensure data governance, configuration control, validity & integrity.
Behavioral & Role Competences
• A self-motivated and pragmatic individual, with an ability to work effectively as part of a team to deliver successfully to schedule and budget.
• Ability to effectively adhere to flexible work schedules and locations to support the business and work requirements.
• Ability to develop close working relationships with a wide range of stakeholders & interfaces to progress business and program demands.
• Ability to identify value for money options through challenging the norm and implementing innovative solutions.
Essential
• The ideal candidate will ideally have experience in reliability analysis including the application of Mil Handbook 217, Def Stan 00-600, 00-040, 00-042 and the Defence Logistic Framework (DLF).
• Degree, or higher education qualification in engineering, physics or mathematics.
• Experience in the conduct and/or development of Reliability program/regimes in one of the following industries: Aero/Land/Maritime/Energy/Nuclear/Utilities, Transportation or Defence.
Advantageous:
Knowledge/expereince in Unmanned systems
Familiarity with analysis using modern software tools and techniques such as:
o Matlab, particularly involved with Health Monitoring modeling and analysis.
o Monte Carlo Simulations on reliability applications.
o Reliasoft
o Isograph
o RAM