NVH CAE Engineer

Job Description – NVH CAE Engineer Work Model: In‑person (Work from Office) Experience Level: 2-5 Years Location: Pune Position Summary We are seeking a highly motivated and self-driven NVH CAE Engineer to join our CAE Body Performance Development team. The ideal candidate will possess strong technical problem‑solving capabilities, leadership qualities, and hands‑on experience in NVH model building & simulations using primarily in NASTRAN, ANSA/META (Optistrut, Hypermesh / Hyperview), and related tools. This role involves supporting clients on vehicle NVH load cases, analyzing results, preparing detailed engineering reports, and recommending design countermeasures to meet or exceed NVH targets. Key Responsibilities Technical & Simulation Responsibilities: Handle full‑vehicle and subsystem NVH load cases using Nastran (SOL101, SOL103, SOL108, SOL111 & SOL200), Opti Strut, Perform model assembly and integration for: BIW, Trim BIW, Full vehicle Body–Powertrain coupling, Structure–fluid coupling Build and evaluate FE models, ensuring: High‑quality meshing Correct material properties Accurate connections (rigids, bushings, welds, etc.) Generate acoustic cavity models with correct measurement point positioning. Evaluate and integrate subsystem models from simple to highly complex assemblies.   NVH Analysis Execution : Modal Analysis & Modal Alignment Frequency Response Functions & Direct Response Analysis Dynamic Stiffness & Road Noise Vibration Transfer Function & Noise Transfer Function Powertrain Noise (WOT & IDLE) Road-Load Conditions & Interior Acoustic Response   Post‑Processing & Interpretation Identify BIW/TBIW global modes Interpret FRFs, transfer functions, and dynamic responses Evaluate Sound Pressure Levels (Pa, dB, dB(A)) Conduct Transfer Path Analysis ( TPA ) to identify dominant noise contributors   Project Execution & Client Interaction Independently lead NVH simulation projects and deliver high‑quality results Prepare detailed technical reports and present findings to clients Provide structural design countermeasures to achieve NVH performance targets Communicate with clients on daily simulation activities, deliverables, and decision‑making support Mentor junior team members and contribute to competency development Ensure adherence to customer expectations regarding quality, timelines, and technical guidelines Required Qualifications Bachelor’s or Master’s degree in Mechanical, Automotive, Aerospace Engineering , or related field Minimum 2-5 years of vehicle-level NVH analysis experience. Strong understanding of Structural Mechanics, Finite Element Methods, material modelling, connections/contacts, and linear/nonlinear behaviour Hands‑on experience with: Pre-processing: ANSA (preferred) / HyperMesh Post-processing: META (preferred) / HyperView Ability to interpret simulation results including stress-strain, deformation, energy, acceleration, and acoustic metrics. Analytical mindset with strong organizational and problem‑solving skills Advanced or fluent English communication skills Preferred Skills (Good to Have) Experience in Statistical Energy Analysis, (Mid & High Frequency Analysis) Experience in other tools like AVL, GT Suit will be preferred CAE–physical test correlation experience Programming/scripting skills: Python , TCL. Familiarity with HPC environments (clusters, cloud-based simulation platforms) Experience with other solvers: Abaqus , LS-Dyna , PAM‑Crash   Bachelor’s or Master’s degree in Mechanical, Automotive, Aerospace Engineering , or related field What do we offer Global approach Travel to IDIADA’s main technical center near Barcelona and to other IDIADA locations in more 20 countries in Asia, America, and Europe Competitive package High technologies services International collaboration with regional markets   If you are a proactive, cooperative and client-oriented person with innate leadership and a passion for the work well done, apply here and give us the opportunity to get to know you in depth. Applus IDIADA is committed to equality,   diversity and inclusion . We don’t put limits on you, so don’t put limits on yourself either. There is a place for everyone.