Turbomachinery Structures Engineer – Fast-Paced Propulsion

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

Job summary

Mach Industries Inc. in San Luis Obispo, CA is seeking a Structures Engineer, Turbomachinery to analyze rotating and stationary engine components and guide structural improvements. You will own components and collaborate with aerodynamic and mechanical designers to accelerate development and testing.

The role requires a BS in Aerospace or Mechanical Engineering, 3+ years of relevant experience, and strong FEA knowledge for static, vibratory and thermal analyses. NX/Teamcenter is preferred.

Qualifications

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

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

FEA experience

Analytical thinking

Education

BS in Aerospace/Mechanical Engineering

Tools

NX/Teamcenter

Job description

Mach Industries Inc. in San Luis Obispo, CA is seeking a Structures Engineer, Turbomachinery to analyze rotating and stationary engine components and guide structural improvements. You will own components and collaborate with aerodynamic and mechanical designers to accelerate development and testing.

The role requires a BS in Aerospace or Mechanical Engineering, 3+ years of relevant experience, and strong FEA knowledge for static, vibratory and thermal analyses. NX/Teamcenter is preferred.