The follow skills are required: 1) Experience designing aircraft structure or aircraft structural repairs 2) Experience in post-production environment or as a production MRB engineer 3) Experience with Catia V5 (3D modelling) 4) The ability to effectively work with & support a multidiscipline team of engineers, mechanics, Tech Ops, Quality Control, upper management, etc. 5) Strong written and verbal communication and collaborative skills and the ability to effectively communicate the organization's position with external and internal customers 6) Practical hands-on aircraft experience and problem solving The following unique skills are preferred: 1) engineering experience on GV and G550 2) Experience in the repair of metal bonded structure 3) Experience in development of Structural Repair Manual (SRM) data. 4) Experience with foreign airworthiness regulatory agencies 5) Experience with repairs that impact Airworthiness Directives 6) Experience with Catia V4 7) Familiar with Static Stress analysis MUST BE US CITIZEN or Permanent Resident due to ITAR Restrictions.
Education and Experience Requirements:
Bachelor's Degree in engineering or technical related curriculum applicable to the respective job position required. 10 yrs in specific technical discipline or 15 yrs broad eng experience in several technical disciplines with Bachelors. Experience credit considered for related adv degrees limited to 2 yrs for Masters and 4 yrs for PhD in fields applicable to this job.
Guides successful completion of major engineering programs, or conceives research in areas of considerable scope and complexity supporting the development and production of products and services
Principle Duties and Responsibilities:
Essential Functions: 1. Selects appropriate methods, techniques, and evaluation criteria to resolve complex engineering issues 2. Is consulted extensively by associates and others as a recognized authority within the field 3. Anticipates and resolves complex issues in creative and effective ways, developing standards and guides for diverse engineering activities 4. Approach to problem solving balances technical product, cost and schedule 5. Works without appreciable direction; work is reviewed from a long-range perspective for desired results 6. Exercises latitude in determining technical objectives of assignments, and makes decisions and recommendations that are recognized as authoritative