Job Description

 Responsibilities: 

Perform high-fidelity Multi-Body Dynamic (MBD) simulations to analyze the structural and mechanical behavior of turbomachinery components. Analyze the simulation results and validate against test data. Simulate healthy operation of the turbomachinery and incorporate fault models to generate faulty data in different operating scenarios. Analyze critical speeds and resonant frequencies to identify the vibration behavior of the turbomachinery. Collaborate with data analysts to communicate simulation results effectively.  Utilize programming languages (e.g., Python) to automate simulation tasks and post-process data. Optimize simulation methodologies and workflows to improve accuracy, efficiency, and predictive capabilities. Report, present and document technical findings and recommendations. 

Qualifications

Qualifications

5+ years of experience in multi-body dynamic simulation using software such as MSC Adams.In-depth knowledge of rotodynamics and vibration analysis. Strong analytical and problem solving skills. •Excellent communication and presentation skills.