Explore a career where you’re challenged and have access to exciting engineering projects that stretch your talents. You’ll design and create new systems and technologies to help solve complex aviation problems. Our expert team and supportive leaders give you the trust and independence to do your best work.

The Production Engineer provides engineering support to the business unit for all aspects of component repair related to development of minor repairs and continuous improvement programs. You’ll collaborate with other departments to ensure that our products and services meet the highest industry standards and maintain compliance to relevant airworthiness and contractual requirements.

Specific Accountabilities

SMS (Safety Management System):

• Recognizes and understands flight safety critical parts and processes.
• Responsible for reporting flight safety concerns.
• Participates in proactive risk analysis of flight safety critical parts and processes.

Production Support:

• Provides day-to-day technical support for Component Reworks cells.
• Acts as a conduit between business unit and organizational functions (customer service, operations, quality, service engineering, process engineering, and technical airworthiness group) in resolving technical production problems.
• Owns, generates, maintains, and updates Reworks Process Instruction (RPIs), Temporary Overhaul Data Revisions (TODRs), matrix codes, related to repair.
• Prepares production routings and detailed repair instructions based on technical data.
• Writes technical reports and proposals; develops work instructions.
• In compliance with company instructions and the Design Approval Organization, executes MRB documentation and NCTs, TODRs and Temporary parts list revisions (TPLRs).
• Provides process-related training with other support personnel.

Repair Development and Implementation:

• Determines the actions necessary to develop new repairs from engineering data.
• Contributes to the planning and repair trials to generate data for new repairs or to support existing repairs. Analyzes and documents the results of repair trials.
• Proposes, researches, and performs cost benefit analysis for new equipment purchases.
• Acts as a liaison to coordinate the activities of Engineering and Operations during the implementation of new repairs and processes.

Process Control and Improvement:

• Analyzes, develops and recommends methods to meet production requirements, improve economy and quality, and reduce turn-around-times for products and/or processes with supporting cost analysis.
• Establishes, analyzes, and acts upon measures of performance related to processes.
• Investigates and initiates corrective action of problems and deficiencies relating to equipment and processes to reduce variation and improve reliability.

Other:

• Coordinates and interacts with the outside resources including contractors, equipment vendors, and supply vendors for process support, improvement, or repair development.
• Provides support, technical expertise and experience to the Design Approval Organization (DAO) necessary to make airworthiness engineering decisions.
• Remains current with state-of the-art technologies and processes.
• Responsible for observing all applicable safety requirements and reporting immediately any unsafe practices/conditions.
• Carries out special projects as assigned.

Basic Qualification

• Degree or Diploma in aerospace, mechanical, or metallurgy engineering, or equivalent.

Preferred Qualifications

• Strong project management, planning, organizational, analytical, leadership, interpersonal, decision making, oral and written communication skills.
• Knowledge of gas turbine/accessory design theory, basic machine shop practices, basic gas turbine metallurgy, and familiarity with engine manuals.
• Knowledge of precision measuring instruments and the ability to interpret drawings.
• Knowledge of failure modes and effects analysis.
• Knowledge of quality requirements as they pertain to airworthiness and contractual requirements.
• Experience in an aerospace or manufacturing process engineering environment.
• Knowledge of aerospace materials and remanufacturing processes (e.g. welding, thermal spray, metal removal, heat treatment, bench operations, plating, painting, etc.).

Benefits that make life better:

• Comprehensive Health and Dental insurance
• Pension Plan with 100 company match; up to 5 
• Paid Time Off starting on day one
• Bonus opportunities
• Short- & Long-Term Disability
• Life & AD&D Insurance
• Learning & Training opportunities

Raising the Standard of Excellence since 1911

With over a century of proven excellence, StandardAero has become an industry leader in MRO services and customized solutions in the aerospace field. Our shared values and learning-based culture inspire our team to exceed their potential and power our customers’ missions worldwide. With on-the-job training, advancement opportunities, and excellent benefits, StandardAero invites you to experience a fulfilling and meaningful career with us.

Inclusivity Is Our Standard

StandardAero offers equal employment opportunities for all. Our supportive environment celebrates diversity with no room for harassment or discrimination of any kind. We invite you to bring your authentic self to our team and experience our welcoming culture.

Background Information

The typical minimum level of education to perform this job competently is equivalent to completion of a university (bachelor) program in a specialized field of study and work.  The work requires a sound understanding of the underlying theoretical principles and concepts associated with the subject area and an understanding of the relation of these to the responsibilities of the job.  This specialized training is often recognized by a degree and/or professional designation.

Ongoing work assignments typically have clearly defined goals, but no (or minimal) direction with respect to what action steps to follow.  The incumbents education, training, and previous experience will help ensure that the goal of the assignment can be clearly defined and understood (even if that means just knowing what relevant questions to ask), but the required/optional approaches to achieving the goal will often remain unclear, undefined and/or untested until the work assignment is well underway.