FEA Engineer [14219]

Description

• Performing Computer-Aided Engineering (CAE) activities related to systems, subsystems, and components across various vehicle programs under different dynamic vibratory load scenarios
• Document and report analysis results; conduct CAE review sessions
• Perform vibratory fatigue durability analyses of propulsion system components.
• Collaborate with cross-functional teams, including design release and engineering groups
• Present analysis findings to engineering organizations; assess design risks and recommend improvements

Requirements

We are recruiting an experienced FEA Engineer to join our team to support our client in the automotive industry.

• Knowledge of dynamics and vibrational fatigue; understanding of solid mechanics, fatigue, vibration, and dynamics
• Solid knowledge of automotive systems; experience in powertrain and vehicle engineering
• Planning and executing vibratory durability CAE tasks. The ideal candidate will possess a strong blend of ground vehicle product development knowledge and proficiency in CAE tools, particularly in applying Finite Element Analysis (FEA) methods to assess various assembly configurations
• Practical knowledge of manufacturing processes and their impact on product development
• Valid driver's license is required as well as a clean driving record
• Proficiency in office software (MS Office, Teams, Outlook, SharePoint); experience with Linux/UNIX systems
• Solid background in quasi-static, non-linear, and durability analysis
• Knowledge of using different AI tools like MS Copilot, Athena AI etc.
• Familiarity with explicit FEA and tools such as LS-DYNA and ABAQUS Explicit.
• Proficient in ABAQUS, ABAQUS-Viewer, FEMFAT/nCode, BANSA, METAPOST, HyperMesh, HyperView, OptiStruct
• Master’s degree or higher in Mechanical Engineering.
• Minimum 3 years of CAE durability analysis experience in the automotive industry
• Strong understanding of computer simulation, numerical methods, and FEA theory
• Understanding of thermal effects and heat transfer analysis
• Excellent oral, written, and presentation skills; strong organizational and teamwork capabilities
• Understanding of optimization and DOE methods (iSight, OptiStruct, HyperStudy, TOSCA)
• Experience in fatigue calculations using sine, random vibration, road load profiles, and shock profiles (via FEMFAT or nCode)
• Ability to develop in-house applications (Python, MATLAB, C++, Linux scripting, VB scripting)
• Strong engineering judgment and problem-solving skills to identify and resolve potential design issues
• Must be willing and able to travel to the USA, without restrictions, effective on the start date
• Experience with both conventional ICE and xEV electrified powertrain components

Benefits

MEDA offers an excellent referral bonus. Great candidates know great candidates.

• Pension eligibility, with employer match, after 1 full year of work (open enrollment every October)
• Paid Benefits after 90 days (individual and family) – extended medical, out-of-country coverage, dental etc.

Training + Development

Interview process

Visa Sponsorship

Security clearance