Uses DFM/DFA Techniques to assist Project/Design Engineering on the development of new products and the redesign of existing products.
Analyzes customer returns for root cause and leads corrective action efforts in cooperation with program management and quality
Advises assembly supervisor to best utilize lean principles to eliminate waste, improve quality, safety, ergonomics and throughput
Provides coaching, counseling, and guidance to assigned work groups, monitoring progress and giving guidance on work performance.
Promotes a culture of safety by monitoring self and others to assure all duties are performed within the guidelines as specified by the Company’s Safety Manual.
Attends required meetings to discuss critical path areas, planned work, critical parts, and overall program status.
Interacts with Business Planner, Quality Supervisor, and Assembly Supervisor to set and prioritize daily activities and product delivery schedule.
Creates and leads a continuous improvement with emphasis on assembly flow to achieve desired TAKT
Participates in daily production meetings and implements relevant production schedules for the business unit.
Leads continuous improvement analysis to identify and resolve assembly line process problems, including implementation of Lean and/or Six Sigma best practices.
Ensures adherence to all Company quality and FAA regulations..
Perform other duties and special projects as assigned.
What you will need to be successful in this role
Manufacturing or Mechanical Engineering Degree (BS) from a four-year college or university and a minimum of five years related experience; or equivalent combination of education and experience.
Experience with mechanical systems and lean manufacturing principles.
Familiarity with a diverse range of materials (i.e. aluminum alloys, stainless steel alloys, engineering polymers, composites, etc.).
Must have the ability to read and interpret engineering drawings, specifications and technical data.
Must be capable of applying statistical analysis techniques such as Design of Experiments, Optimization, Process Reliability, Hypothesis Testing and Regression Analysis.
Experience with 3-D Modeling software (Uni-graphics, Solid Works, or Solid Edge) is required.
Must have strong analytical and mechanical troubleshooting skills.
Read, write, speak and understand the English language.
Experience within commercial aircraft seating (assembly) environment.
Lean implementation with emphasis on standard work & line balancing.
Experience establishing operational objectives and performance metrics.
DMAIC problem solving
Physical Demands/Work Environment
The physical demands and work environment characteristics described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
While performing the duties of this job, the employee may be regularly required to sit, stand, bend, reach and move about the facility.
The environmental characteristic for this position is an office setting.
Candidates should be able to adapt to a traditional business environment.
Normal office environment where approximately 70% of work is performed in a sitting position with the remaining time walking and moving around the office, stores, and manufacturing areas
Must be able to work effectively at video display terminals for extended periods of time.
Normal mental and visual attention along with manual coordination for keyboard operations is necessary approximately 70% of the time.
Normal or corrected hearing and vision are required.
Duties require typical bending, stooping, reaching, stretching, etc. with lifting typically limited to 10-20 lbs. maximum.
AAR provides accommodation in accordance with applicable laws through all stages of the hiring process. If you require accommodation for any part of the application and/or hiring process, please advise Human Resources.
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