Works with design, project and quality engineers through the development process to select and implement the best NDT method to ensure product quality at lowest cost. Designs NDT inspection processes, for highly energetic, static sensitive, corrosive, and chemical processes. Ensures NDT processes and procedures follow best practices, regulations, and procedures. Implements qualification and change management processes to ensure products or services meet customer requirements. Reviews engineering designs and drawings providing correct NDT method description for the critical defect size and type of material being inspected. Prepare inspection documentation to identify test parameters and requirements. Develop and produce formal customer reports containing recommendations, computer generated graphics, plots, tables, summaries and comparisons. Maintain & archive electronic and hard copy inspection data and reports. Communicate and interact extensively with suppliers, component designers, safety, tooling engineers, and management personnel. Assist in the performance of inspector training, including training module creation. Perform technical audits of NDT personnel in the field. Review NDT inspection reports for accuracy, completeness, and procedural adherence. Analyze, interpret and convert data into format for engineering analysis. Support activities as required such as proposal support, process instruction revisions, new test development, interpretation of customer's technical specifications, and support of internal or external meetings. Engineer must understand all safety risks of the process and design the processes such that safety risks are mitigated or eliminated. All processes must meet the minimum standard as outlined in (HOPs) Hazards Operation Standard. Understands and comply with DOD4145.26 ATF. Engineers work closely with the Hazards Analysis and Cross Functional Engineering group in designing and setting up the processes. Supports cross function matrixed investigation teams with emphasis on root cause analysis, process failure modes, non-conformances and effective analysis Principal Energetics Manufacturing Engineer B.S. in Mechanical Engineering, Electrical Engineering, Physics, or related STEM field with 5 years' experience in a manufacturing, quality, or engineering environment, 3 Years with Masters; 1 Year with PhD. A minimum of one Level 3 certification in accordance with NAS 410 in Eddy Current (ET), Ultrasonic (UT), or Radiography (RT). Be able to obtain and maintain a U.S. Government security clearance (U.S. Citizenship is a pre-requisite) Sr. Principal Energetics Manufacturing Engineer B.S. in Mechanical Engineering, Electrical Engineering, Physics, or related STEM field with 8 years' experience in a manufacturing, quality, or engineering environment, 6 Years with Masters; 4 Years with PhD. Holding for at least 2 years one Level 3 certification in accordance with NAS 410 in Eddy Current (ET), Ultrasonic (UT), or Radiography (RT). Records of certification and experience are required. Be able to obtain and maintain a U.S. Government security clearance (U.S. Citizenship is a pre-requisite) Principal This is a very hands-on position. Will be working on the shop floor with the technicians. Will be required to obtain additional Level 3 certification to NAS 410 in Eddy Current (ET), Magnetic Particle (MT), Ultrasonic (UT), Radiography (RT), Dye Penetrant (PT). Will cross train in other NDT methods. Must pass the 20/25 Snellen or Jaeger No. 1 vision test for NAS 410 certification This position will require some travel and after-hours and weekend support. Working knowledge of computer aided design (CAD) software. Skilled in working with Microsoft Office applications. Strong interpersonal skills and communication skills; ability to communicate effectively and develop collaborative relationships with all levels within the organization and outside. Ability to perform at a high level with minimal supervision and direction, can multi-task and is a self-starter. Hands on experience with Lean Manufacturing concepts and Six Sigma tools Background in NDT of Aerospace products. Experience investigating, performing root cause analysis, and recommending corrective measures.