Stress Engineer

Stress Engineer Apollo Professional Solutions, Inc.

• 3.8 Chula Vista, CA Job Details Contract $60
• $64 an hour 6 hours ago Benefits Health insurance Dental insurance 401(k) Vision insurance Qualifications Aerospace Engineering Master's degree Bachelor's degree FEA Stress analysis Bachelor's degree in aerospace engineering Structural analysis Full Job Description Job Description
• Structural / Stress Engineer (MST)

Location:

Chula Vista, CA (Onsite)

Duration:

12

Months Contract Shift:

1st Shift (5/40) .

Role Overview:

Looking for a Structural Analysis Engineer to support aircraft component design and analysis. You'll work with engineering teams to evaluate structural integrity using both FEA tools and hand calculations.

Key Responsibilities:

Perform structural analysis on aircraft components and systems Develop finite element models (FEM) and apply loads Conduct static, fatigue, and vibration analysis Evaluate structural load paths and design integrity Collaborate with cross-functional engineering teams

Required Qualifications:

Bachelor's + 5 yrs experience OR Master's + 3 yrs OR 9 yrs exp (no degree) Strong experience in structural analysis (hand calc + FEA) Experience with load paths and structural behavior Hands-on with FEA tools Must be U.S.

Person / Green

Card holder

Preferred:

Degree in Mechanical / Aerospace / Structural / Civil Aircraft or space structure experience NASTRAN or similar tools Composite materials knowledge Experience working with global teams #

ECH Pay:

$60.00

• $64.

00 per hour

Benefits:

401(k) Dental insurance Health insurance Vision insurance Application Question(s): How many years of experience do you have in structural analysis, and is it more focused on FEA or hand calculations? What FEA tools have you used (NASTRAN, ANSYS, etc.), and at what level? Have you worked on aircraft or aerospace structures? If yes, what components? Are you a U.S. Citizen or Green Card holder, and open to work onsite in Chula Vista, CA? Can you explain your experience with structural load paths and failure analysis?

Work Location:

In person