Senior Propulsion Engineer (Operability)

Boeing•Everett, WA

1d•Onsite

About The Position

Boeing Commercial Airplanes (BCA) is hiring a Senior Propulsion Engineer (Level 4) specializing in Engine Performance to support our Propulsion System Engineering based in Everett, Washington. In the Engine Operability role, you will play a critical part in engine and airframe integration, leveraging a robust Engine Performance and Operability background, focused on achieving safe and airworthy Propulsion System designs. You will be joining a dynamic team of engineers and leaders who prioritize technical growth and mentorship within their team. The ideal candidate balances a forward-thinking approach, strong data analysis skills, leadership skills, and clear technical communication abilities to resolve complex engine operability challenges. This work supports our Propulsion Organization; a world-class team of over 1000 engineers across the product life cycle from product development to certification to fleet support. At Boeing, we are dedicated to safety, quality, innovation, and technical excellence. Our team designs, builds, certifies, delivers, and maintains products and services that provide superior safety, quality, and value to our customers. Join us in Engine Operability and help us redefine what’s possible.

Requirements

Bachelor of Science degree in Engineering, Engineering Technology (including Manufacturing Technology), Computer Science, Data Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications directly related to the work statement
3+ years of experience in propulsion systems
2+ years of experience working on aircraft ground and/or flight test
Experience with C/C++, Python, or C#

Nice To Haves

Foundational knowledge of gas turbine engine operation and thermodynamics
Experience with engine performance modeling tools & methods
Proficiency with Linux/Unix computing systems and shell scripting
Familiarity with regulatory requirements for engine and airplane certification (e.g., 14 CFR Part 25, Part 33)
Experience with integrated airplane simulation and engine model development
Proficiency with NPSS modeling and engine cycle model development and analysis
Prior involvement in engine certification programs and/or flight test data analysis
Advanced knowledge of engine operability, icing, and transient analysis
Familiarity with propulsion system audits and compliance documentation
Strong written and verbal communication skills
Experience working with engine suppliers and cross-functional teams

Responsibilities

Analyzes steady-state engine performance and detailed thermodynamic cycle data, demonstrating an in-depth understanding of gas turbine engine thermodynamics and performance characteristics
Assesses engine operation across various conditions and certify operating characteristics, applying knowledge of regulatory compliance processes (FAA & EASA)
Analyzes and communicates engine performance impacts on airplane subsystem performance, including proficiency in calculating in-flight thrust and understanding its implications
Collaborates with disciplines across the airplane (e.g. Aero, Environmental Controls, Mech/Hyd, and Thermal) to provide engine performance expertise on assessing cross-functional system impacts
Ensures compliance with regulatory requirements and contributes to certification documentation, showcasing familiarity with means-of-compliance
Conducts data analysis and risk assessments for flight tests, utilizing strong analytical skills to support flight test planning and performance evaluations
Coordinates with engine supplier(s) on engine/airplane performance throughout an airplane program's lifecycle
Supports product improvement initiatives and knowledge sharing within the team, committing to ongoing education in emerging technologies and methodologies in engine performance