Structural Analysis-Stress/DADT/Dynamics/FEA/FEM

PlanIT Group, LLC; Fort Worth (TX); On-site; USD 90,000 - 130,000; Full time

Job summary

PlanIT Group is seeking a Subsystems Stress Analyst for the F-35 Program in Fort Worth, TX. The successful candidate will perform stress analysis on routing of wire harnesses, hydraulic tubing, and coolant lines, and assess static strength of brackets, clamps, shelves, and welded tubes.

You will collaborate with designers, use classical analysis and FE methods, and apply Hypermesh, Nastran, and Patran to ensure isolation of systems from surrounding structure.

Qualifications

• Bachelor's or Master's Degree in Aerospace Engineering, Mechanical Engineering, or Engineering Mechanics.
• Experience in Stress Analysis of Subsystems and Routing.
• Experience in developing, running, and working with Finite Element Models: Hypermesh, Nastran, and Patran.
• Experience in a collaborative work environment and good interpersonal skills for conversing with teammates

Responsibilities

• Work directly with designers to convey requirements and to verify compliant products.
• Use classical engineering analysis, automated versions of analytical tools, and Finite Element Analysis using Hypermesh, Nastran, and Patran

Skills

Stress analysis

Collaboration skills

Education

Bachelor's/Master's in AE/ME/Engineering Mechanics

Tools

Hypermesh

Nastran

Patran

Catia

3DX

TMP Vision

Mathcad

Job description

Subsystems Stress Analyst for the F-35 Program.

The successful candidate will be able to perform stress analysis on new and revised designs for routing of wire harnesses, hydraulic tubing, and coolant lines within the F-35 airframe. Responsible for static strength assessment of brackets, clamps, shelves, pressurized tubes, and welded tubes. Evaluation of deflection for routed tubes to guarantee isolation of systems from surrounding structure and other systems.

What You Will Be Doing

• You will work directly with designers to convey requirements and to verify compliant products.
• You will use classical engineering analysis, automated versions of analytical tools, and Finite Element Analysis using Hypermesh, Nastran, and Patran

Basic Qualifications

Bachelor's or Master's Degree in Aerospace Engineering, Mechanical Engineering, or Engineering Mechanics

Experience in Stress Analysis of Subsystems and Routing

Experience in developing, running, and working with Finite Element Models: Hypermesh, Nastran, and Patran

Experience in a collaborative work environment and good interpersonal skills for conversing with teammates

Desired Skills

Microsoft Office Suite, particularly Excel, Word, and PowerPoint

Excel spreadsheet mathematical calculations and macro coding highly desired

Familiarity with Catia, 3DX, TMP Vision, Mathcad