Turbomachinery Structures Engineer — Stress & FEA

Mach Industries; San Luis Obispo (CA); On-site; USD 115,000 - 195,000; Full time

Job summary

Mach Industries is seeking a Structures Engineer, Turbomachinery to analyze rotating and stationary components in turbomachinery and guide structural improvements. You will collaborate daily with aerodynamic and mechanical designers to accelerate design-to-production cycles for high-performance engines.

Responsibilities include stress life fatigue analysis, developing simulation tools, and establishing drawing tolerances while contributing to rapid, scalable manufacturing and a pathway to

Qualifications

• BS in Aerospace, Mechanical Engineering or related field.
• 3+ years of relevant experience in a professional environment.
• Fundamental knowledge in structural mechanics and rotor-dynamics.
• FEA experience for static structural, vibratory and heat transfer analysis.

Responsibilities

• Analyze rotating and stationary components to determine stress, life, fatigue, etc.
• Develop tools/workflows in simulation software for speeding up repetitive tasks.
• Create analytical tools to perform basic analysis.
• Work with aerodynamic and mechanical designers and manufacturing to develop the ultimate component.
• Guide the drawing requirements for the component’s tolerance.
• Develop test procedures for component life.
• Communicate structural results and structural knowledge to the team.

Skills

Structural mechanics

Rotor dynamics

Education

BS in Aerospace or Mechanical Engineering

Tools

NX

Teamcenter

Job description

Mach Industries is seeking a Structures Engineer, Turbomachinery to analyze rotating and stationary components in turbomachinery and guide structural improvements. You will collaborate daily with aerodynamic and mechanical designers to accelerate design-to-production cycles for high-performance engines.

Responsibilities include stress life fatigue analysis, developing simulation tools, and establishing drawing tolerances while contributing to rapid, scalable manufacturing and a pathway to