Lead Turbomachinery Design Engineer — FEA & Testing

Honeywell Aerospace US LLC in; Phoenix (AZ); On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

Medical insurance

Dental and vision insurance

Disability coverage

401(k) match

Educational assistance

Parental leave

Paid holidays

Paid time off

Job summary

Honeywell Aerospace leads a team executing mechanical design, simulation, analysis and testing for turbomachinery within FanC. You will shape products across turbofan, turboshaft and APU applications, applying design, physics, math and software development to a broad set of engineering tasks.

You will drive continuous improvement of design, analysis and simulation methods while mentoring junior engineers and leading cross-functional teams in successful project delivery.

Qualifications

• Degree in Mechanical or Aerospace Engineering from ABET-accredited institution.
• Minimum 7+ years' experience in mechanical design and analysis of aerospace components.
• Minimum 3+ years' experience with turbomachinery components.
• Minimum 7+ years' experience with FEA software ANSYS APDL or ANSYS Mechanical.

Responsibilities

• Lead mechanical design of rotating and static turbomachinery components.
• Lead design and analysis tasks including modal, vibration, deflection, crack growth, burst, fatigue, thermal and stack analyses with FEA.
• Lead testing of components and engine modules across lifecycles and analyze test data.
• Generate documentation and present engineering results during design reviews.
• Mentor junior engineers and lead teams; drive process/tool improvements and proposals.

Skills

Rotating turbomachinery

Vibration analysis

FEA

Leadership

Mentoring

Python scripting

ANSYS APDL

Education

ABET-accredited degree

Tools

ANSYS APDL

ANSYS Mechanical

Python

MATLAB

Job description

Honeywell Aerospace leads a team executing mechanical design, simulation, analysis and testing for turbomachinery within FanC. You will shape products across turbofan, turboshaft and APU applications, applying design, physics, math and software development to a broad set of engineering tasks.

You will drive continuous improvement of design, analysis and simulation methods while mentoring junior engineers and leading cross-functional teams in successful project delivery.