Build Reliability Engineer
- The Build Reliability Engineer will ensure the reliability of flight components and assemblies. This individual will evaluate product and process output data to drive improvements in manufacturing quality, and actively represent quality objectives in design and development teams.
Design for Manufacture
- Participates in Preliminary Design Review (PDR) / Critical Design Review (CDR) to ensure design for quality (DFQ), design for manufacturability (DFM), risk quantification and mitigation, and that appropriate test validation methods and inspection techniques, including nondestructive evaluation methods, have been considered.
- Hands-on development of design for manufacturability through ensuring identification of key characteristics, prototype testing for manufacturability, First Article and Detailed Inspection planning, evaluation of previous non-conformances and lessons learned, and other manufacturing and quality tools as required.
Inspection and Test Process
- Leads inspection planning for new products through identification of features and gages, and integration with planned operations.
- Designs or procures new measurement methods as required and integrates with existing processes.
- Validates new and existing measurement and tests methods using process capability and measurement systems analysis (MSA) statistical tools. Proposes solutions to remove the need to verify product conformance through measurement, e.g. poka yoke.
- Works with Production Quality inspectors to understand inspections with subjective criteria or those that need improvement.
First Build Reviews and Walkdowns
- Co-ordinates, schedules and facilitates objective First Build Reviews to ensure transparency of design intent, design requirements, design and manufacturing risks, and manufacturability of design.
- Develops and maintains engineering walkdown criteria for major product milestones to provide clear guidance to Production on engineering intent and acceptance criteria.
- Identifies photo closeout requirements for complete as-built documentation.
Evaluates and analyzes production quality landscape
- Uses data to make landscape transparent and drive project prioritization. Responsible for ensuring that issues related to product reliability are primary focus.
- Drives achievement of quality targets through a review hierarchy with appropriate levels of management.
- Ensure controls in place to prevent reoccurrence.
Root Cause and Corrective Action Investigations
- Leads, facilitates, and participates in root cause investigations in their respective area.
- Deep dives using appropriate quality or analysis tools as required.
- Ensures documentation of cause and corrective action is captured appropriately.
- Ensures appropriate actions to prevent recurrence.
- Leads activity to support containment of all suspect product.
- Provides guidance to quality inspectors, techs, and shop supervisors to assist in quarantining of all suspect product.
- Communicate status of evaluation and disposition to production leadership on a regular basis.
Issue Ticket Review/Audit/Closure
- Supports review of all issue tickets in respective area.
- Ensures rationale and documentation of design deviation is captured.
- Leads and coordinates the management of non-conforming hardware.
Review of Engineering Masters (EM), Work Order (WO) instructions and drawings
- Reviews and approves Engineering Orders (EO’s), Engineering Masters (EM’s), Work Orders (WO’s), specifications, and product introduction and build documentation for completeness, accuracy, regulatory compliance, and quality objectives.
- Validates that drawing captures all requirements needed to build and inspect hardware.
- Develops Inspection plans and modifies as required for process or design changes. Ensures inspection/test criteria are objective with clear pass/fail criteria.
Production Process Audit/Improvement
- Assesses new processes for safety and product risks.
- Ensures adherence to QMS policy and procedures within their work center.
- Develops criteria and builds audits to identify process weaknesses.
- Bachelor’s degree in electrical, manufacturing, mechanical or material sciences engineering
- Minimum 2years in a quality, manufacturing, or design engineering role
Preferred Skills and Experience:
- Experiencesupporting production of complex electro-mechanical, mechanical, or composites systems in high volume work centers and/or during production ramp-up.
- Knowledge of quality tools such as Lean principles, Six Sigma, Root Cause Analysis and Corrective Action, Advanced Product Quality Planning (APQP), Metrology, Process Failure Mode and Effects Analysis (PFMEA), Control Plans, and various problem solving approaches.
- Dedicated to adopting a Lean approach to quality without compromising safety or reliability.