NVH CAE Engineer/Analyst

Maruti Suzuki; Gurugram District; On-site; INR 2,800,000 - 3,800,000; Full time

Job summary

Maruti Suzuki is seeking an NVH CAE Engineer to lead low and mid-frequency vehicle NVH analysis. The role involves predicting vibration behavior, generating wheel center forces and mount forces, and supporting downstream NVH simulations across the vehicle chassis.

The candidate should have strong knowledge of NVH, RLDA, body/chassis systems, and proficiency with ADAMS, HyperMesh, NASTRAN, MATLAB, and Python. Collaboration and clear reporting are essential for design reviews.

Qualifications

• Strong knowledge in NVH, RLDA, and body/chassis systems.
• Proficient with ADAMS, HyperMesh, NASTRAN, MATLAB, Python.
• Experience with vehicle NVH, load path analysis and vibrations.
• Ability to correlate CAE with test data and prepare reports.

Responsibilities

• Perform vehicle NVH analysis in the 0–600 Hz range.
• Generate wheel center forces and mount forces; analyze transfer paths.
• Correlate CAE results with test data; prepare reports.
• Support design reviews with recommendations.

Skills

NVH analysis

RLDA

Multibody dynamics

Load path analysis

Team player

Tools

ADAMS

HyperMesh

NASTRAN

MATLAB

Python

SEA

Simpack

RecurDyn

Job description

Role: NVH CAE Engineer - Low & Mid Frequency Vehicle NVH Analysis

Responsibilities:

Vehicle NVH Analysis (0-600 Hz): Predict vibration behavior; analyze

Force Transfer & NVH Load Generation: Generate Wheel Center Forces; extract engine/transmission mount forces; analyze transfer paths; support downstream NVH simulations.

Correlation & Reporting: Correlate CAE with test data; prepare reports and recommendations; support design reviews.

Technical/ Functional

Strong knowledge in NVH, RLDA, and body / chassis systems.

Proficiency in ADAMS (vehicle/chassis modeling), Hypermesh /NASTRAN /MATLAB, Python., SEA

Vehicle NVH, Vibrations, Multibody Dynamics, Load Path Analysis, Wheel Center Force & Mount Force generation. Tools: MSC Adams/Car, Adams/View, Simpack, RecurDyn. Preferred: Python/MATLAB, HyperMesh, Nastran/OptiStruct, LMS Test.Lab/Simcenter. SEA

Candidate should have:

Sound Knowledge of ADAMS / HYPERMESH / NASTRAN

- Basic python, MATLAB, Automation

Behavioral:

Excellent interpersonal skills,

Communication & presentation skills,

Achievement orientation,

Team player

Networking skills