Job description

The Reliability Systems Engineer will be required to interact with other OTECH personnel and the client to guide engineering efforts to meet the client’s RAM (Reliability, Availability, and Maintainability) requirements. The Reliability Systems Engineer will provide guidance to engineering design and lifecycle support efforts through the development of RAM modelling, block diagrams, fault event trees, and statistical methods, and guide the supply support activities with RCCA (Root Cause Corrective Actions) analysis. • Assist the Lead RAM Systems Engineer to identify Reliability and Maintainability (R&M) shortfalls in system level analysis/design and subsystem level predictions as applicable • Develop and integrate the analysis and data between the Failure Mode Causes, Effects and Criticality Analysis (FMECA), RAM and Integrated Logistics Support Analysis (ILSA) • Provide RAM and FMECA Risk data to support design and operations trade studies and analysis and the program risk plan • Support fault event tree analysis and support the development of training and maintenance concepts, troubleshooting methods and maintenance manuals. • Assist in preparing system, segment, element, and equipment R&M specifications from top-level requirements. • Interface with system and element design engineers to identify R&M shortfalls in system level analysis/design and subsystem level predictions as applicable • Perform reliability and maintainability predictions and allocations for equipment using RAM software-based tools under the guidance of the Lead RAM systems engineer • Interpret statistical data derived from failure reporting programs and reliability demonstrations. • Complete predictions and be able to discuss R&M areas of improvements with design engineers. • Work closely with the Lead RAM Systems engineer and other engineering disciplines to verify reliability and availability requirements for systems though analyses such as, Failure Modes and Effects Analysis (FMEA) and limited life item analysis for system, sub-system, functional (electrical/mechanical), component and device level. • Work with the Lead RMA systems Engineering to provide quantitative reliability inputs to trade studies based on reliability theory, including the impacts of the selected technology, applied stresses, quality, redundancy, temperature, wear-out, and environmental impacts. • Provide component failure rates, block diagrams etc. in support of Maintainability Engineering analyses, System Safety Hazard Analyses, and Logistics support for deriving Operational Availability (Ao) and range and depth of spares required for mission success. • Develop Reliability Growth Test Plans detail test hours, rationale for approach and expected results. • Provide inputs to key technical documentation such as the Systems Engineering’s Management Plan (SEMP), Test and Evaluation Program Plan (TEPP), Master Test Plan (MTP) and Integrated Logistics Support Management Plan (ILSMP). • Provide RMA allocated inputs into Purchase specifications. • Displays excellent technical judgment, attention to detail, and ability to look at the “big picture” in system design, demonstrating ability to devise innovative solutions to problems, at the same time as having focus on RAM data products • Prepares reports and presents results to management and clients. • Working closely with the project lead Systems Engineer to ensure that Systems Engineering tasks are completed in a timely manner, including tasking engineering personnel to complete analyses, trade papers, tests, etc. • Some travel may be required. Minimum • BS degree in Statistics/Mathematics, Reliability, Electrical, Computer, Mechanical, Systems Engineering, • Minimum 5+ years of practical experience in an engineering environment • Experience with: • Using FMECA and RAM analysis to guide the engineering design process and contribute to lifecycle support concepts. • Contributing to the development of sections of systems engineering documentation, including system engineering management plans, requirements specifications, verification and test requirements, interface control documents, and integrated logistics data records • Developing system requirements and derived requirements. assisting with the development of system requirements, functional requirements, and allocation of the same to individual hardware, software, facility, and personnel components • Management of the requirements for reliability, availability, and maintenance and sparing • Candidate will have to perform in an ISO-9000 rated company in a rapidly changing and demanding atmosphere. • US citizenship required. Must be able to obtain a Top Secret security clearance. Preferred • Master’s degree in related field. • Experience developing Failure Mode Effects and Criticality Analysis (FMECA) and integrating the results and data with RAM and integrated logistics records and processes • Experience with defining failure detection methods, failure mitigations, and linking the mitigations into the test and verification process • Work experience with US Department of Defense, and related use of Military reliability references (i.e. MIL-HDBK-217F Reliability Prediction of Electronic Equipment, DoD Reliability and Maintainability Engineering Management Body of Knowledge, etc). • Widely recognized for achievements, technical expertise, and professional standing demonstrated by the applicant’s portfolio of work. • Certification desired: CRE (Certified Reliability Engineer), CRL (Certified Reliability Logistician) or equivalent. We offer a comprehensive and competitive benefits package. Employee benefits vary by role, however, may include Health and Wellness, Mental Health, Retirement Savings, Life and Disability, Paid Maternity and Parental Leave, Paid Time Off, Tuition Reimbursement, and an Employee Assistance Program. Compensation $118,600.00 - $177,800.00 As a Reliability Systems Engineer you would provide vital mission assurance support for Maritime underseas programs in engineering development as well as Operations and Maintenance (O&M) phases, under the direction of the Lead Systems Engineer, and the Product Support/Logistics Manager.

Requirements

Must-haves

Assist the Lead RAM Systems Engineer to identify Reliability and Maintainability (R&M) shortfalls in system level analysis/design and subsystem level predictions as applicable
Develop and integrate the analysis and data between the Failure Mode Causes, Effects and Criticality Analysis (FMECA), RAM and Integrated Logistics Support Analysis (ILSA)
Provide RAM and FMECA Risk data to support design and operations trade studies and analysis and the program risk plan
Support fault event tree analysis and support the development of training and maintenance concepts, troubleshooting methods and maintenance manuals.
Assist in preparing system, segment, element, and equipment R&M specifications from top-level requirements.
Interface with system and element design engineers to identify R&M shortfalls in system level analysis/design and subsystem level predictions as applicable
Perform reliability and maintainability predictions and allocations for equipment using RAM software-based tools under the guidance of the Lead RAM systems engineer
Interpret statistical data derived from failure reporting programs and reliability demonstrations.
Complete predictions and be able to discuss R&M areas of improvements with design engineers.
Develop Reliability Growth Test Plans detail test hours, rationale for approach and expected results.
Provide RMA allocated inputs into Purchase specifications.
Prepares reports and presents results to management and clients.
Working closely with the project lead Systems Engineer to ensure that Systems Engineering tasks are completed in a timely manner, including tasking engineering personnel to complete analyses, trade papers, tests, etc.
Some travel may be required.
BS degree in Statistics/Mathematics, Reliability, Electrical, Computer, Mechanical, Systems Engineering,
Minimum 5+ years of practical experience in an engineering environment
Experience with: • Using FMECA and RAM analysis to guide the engineering design process and contribute to lifecycle support concepts.
Management of the requirements for reliability, availability, and maintenance and sparing

Nice-to-haves

Master’s degree in related field.
Experience developing Failure Mode Effects and Criticality Analysis (FMECA) and integrating the results and data with RAM and integrated logistics records and processes
Experience with defining failure detection methods, failure mitigations, and linking the mitigations into the test and verification process
Widely recognized for achievements, technical expertise, and professional standing demonstrated by the applicant’s portfolio of work.
Certification desired: CRE (Certified Reliability Engineer), CRL (Certified Reliability Logistician) or equivalent.
Compensation $118,600.00 - $177,800.00

Application prep

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Platform: oracle-cloud
Effort: medium

Benefits

Benefits detected in the listing.

Paid Time Off

Parental Leave

Wellness