Mechanical Design Engineer II

Honeywell Aerospace•Phoenix, AZ

14h•Hybrid

About The Position

As a Failure Analyst - Mechanical Design Engineer II here at Honeywell Aerospace, specializing in investigation aerospace components, you will play a critical role in diagnosing and understanding the cause of failures in various aerospace parts. Your expertise will serve as the backbone for addressing complex business challenges connected to component performance and reliability issues. You will report directly to our Engineering Manager and you’ll work out of our Phoenix, AZ location on a Hybrid work schedule.

Requirements

Bachelor's degree in Mechanical Engineering, Materials Science, or related field (Master’s preferred).
Minimum 2 years of experience in Aerospace Engineering performing problem solving investigations which require laboratory analysis.
Extensive experience in component failure analysis, metallurgy, and materials engineering.
Strong problem-solving skills with a collaborative mindset and proactive approach.
Familiarity with standardized engineering investigation processes and best practices.
Exceptional communication and documentation skills to provide clear explanations and solutions.
Experience resolving production process problems in aerospace metals products
Experience with aerospace design requirements definition (drawings, specs) where strong knowledge of materials and processes used in aerospace is required
Hands-on experience with laboratory techniques to expose fractures, metallography, and electron microscopy.
U.S. Person, which is defined as, a U.S. citizen, a U.S. permanent resident, or have protected status in the U.S. under asylum or refugee status or have the ability to obtain an export authorization.

Nice To Haves

In lieu of 2 years experience, Master’s degree will be considered.

Responsibilities

Conduct in-depth investigations into the causes of component failures, utilizing advanced engineering principles and methodologies with a team approach.
Apply exemplary engineering investigation competencies to establish the direct cause of the failed components and proactively collaborate with the engineering team to determine root cause and corrective actions.
Master the connection between metallurgy and part performance to analyze material behaviors under operational conditions.
Use knowledge of material and process failure phenomena to conclude the direct cause of component failure.
Leverage detailed knowledge of product functionality to articulate component failure mechanisms comprehensively.
Collaboratively engage with cross-functional teams and stakeholders to proactively solve problems and improve engineering processes.
Adhere to standardized Material Engineering Component Investigation (MatEng CI) processes and expectations to ensure consistency and accuracy in investigations.