What are the responsibilities and job description for the CAE Analyst - Multi-Body Dynamics position at Tata Technologies?
Role description
Job Title: CAE Analyst – Multi Body Dynamics
Location: Livonia, MI
U.S. Citizen or U.S. Permanent Resident allowing for International Traffic in Arms Regulations (ITAR) compliance.
Job Summary:
The CAE Analyst II (Multi-Body Dynamics - MBD) performs multi-body dynamic simulations to solve real world engineering problems in the automotive, aerospace, entertainment, and industrial segments. The CAE Analyst II (MBD) builds engineering-dynamics models, runs simulations, generates reports, and presents the results to internal customers.
Essential Duties and Responsibilities:
Build MBD models for various applications in the automotive, aerospace, and entertainment industries using commercial CAE tools such as ADAMS.
Run MBD simulations to convergence, postprocess results, and provide engineering analysis.
Develop detailed reports to support customer presentations.
Develop Python scripts for workflow automation.
Learn new CAE tools and techniques quickly.
Manage analysis files according to company data-retention policies.
Collaborate with various groups within the CAE department to enhance predictive accuracy and reduce development cycles.
Able to execute projects with minimum guidance, including direct communication with customers, and develop effective design solutions utilizing CAE tools.
Effectively handle more than one project simultaneously, ensuring timely and high-quality deliverables.
Support new technology and process development.
Experience (required):
Bachelor of Science in Mechanical or Aerospace Engineering with coursework in Kinematics, Dynamics, Vibration, and Numerical methods.
1-3 years of MBD modeling experience.
Experience in Kinematics and Dynamics modeling.
Knowledge of mechanical systems, 2D and 3D mechanisms, automotive suspensions, and vibration isolation principles.
Good attention to detail and ability to use hand calculations and free body diagrams to validate input and results.
Excellent problem-solving ability.
Proficiency in multi-body simulation software (ADAMS, MATLAB, SIMPACK. etc.).
Experience with full vehicle MBD models.
Experience with real-world data integration and experimental validation.