Engineer - NVH

Responsibilities & Key Deliverables

• Build comprehensive Full Vehicle Level structural Finite Element (FE) models to simulate, analyse, and optimise vehicle structures for enhanced Noise, Vibration, and Harshness (NVH) performance.
• Gather and integrate input data from various structural systems to develop accurate FE models targeting system-level Design Verification Plans (DVPs) concerning:
• Global and local normal mode analysis
• Driving point dynamic stiffness assessment
• Velocity Transfer Function (VTF) calculations
• Noise Transfer Function (NTF) estimations
• Develop detailed meshing guidelines and best practice documentation for Full Vehicle and Sub-Assembly FE modelling to ensure consistency, efficiency, and reliability in simulations.
• Coordinate effectively with the design teams to propose optimised solutions based on FE analysis findings and support the implementation of design changes to achieve NVH targets.
• Monitor and validate model accuracy by correlating simulation results with test data to identify areas for refinement.
• Provide technical support and mentoring to junior engineers and cross-functional teams on structural FE modelling techniques and NVH analysis approaches.
• Keep abreast of emerging simulation tools and methodologies in structural dynamics and NVH to incorporate advanced practices into development processes.

Experience

The ideal candidate will possess 3 to 5 years of hands-on experience in structural Finite Element modelling, analysis, and NVH simulation within the automotive industry.

Experience working with complex vehicle-level structural systems, including noise and vibration analysis, is essential. Proficiency in using industry-standard FE modelling tools and simulation software, such as NASTRAN, HyperMesh, or equivalent, is expected.

Demonstrated capability in developing, validating, and optimising FE models to support vehicle-level NVH performance improvements is highly desirable.

Familiarity with meshing strategies, structural dynamics, and experience collaborating cross-functionally with design teams to translate simulation insights into design improvements will contribute to success in this role.

Previous exposure to validating simulation with physical testing data and generating comprehensive reports for stakeholders is an advantage.

Industry Preferred

This role is best suited to candidates with experience in the automotive sector, particularly in product development teams focusing on vehicle structural engineering and NVH performance.

Professionals with a background in automotive structural analysis, vehicle dynamics, and noise and vibration engineering will find this position aligns with their expertise.

Exposure to working within multi-disciplinary development divisions, collaborating closely with design, testing, and manufacturing teams in the automotive industry will be beneficial.

Knowledge of regulations and standards related to vehicle NVH requirements within the automotive field will also support effective execution of responsibilities.

Qualifications

• Bachelors degree in Engineering (BE/B.Tech) with a strong foundation in mechanical, automotive, or structural engineering disciplines.
• Educational background that includes coursework or specialisation in structural dynamics, finite element analysis, and NVH principles is preferred.
• Certifications or additional training in Finite Element Method (FEM) software tools or NVH simulation techniques would be considered an asset.
• Strong analytical and problem-solving skills demonstrated through academic or professional projects.
• Excellent communication skills to effectively collaborate with interdisciplinary teams and represent simulation results clearly to stakeholders.

General Requirements

• Strong organisational skills and attention to detail to manage complex structural models and deliver accurate simulations within project timelines.
• Ability to work independently as well as collaboratively within cross-functional teams.
• Proactive mindset with a commitment to continuous learning and application of best practices in structural NVH engineering.
• Adaptability in a fast-paced development environment, managing evolving priorities.
• Proficiency with computing tools and ability to interpret complex technical data.
• Dedication to maintaining high standards of quality, safety, and compliance within engineering tasks.

Our commitment to Diversity, Equity, and Inclusion

At Mahindra and Mahindra Limited, diversity, equity, and inclusion are foundational values driving our innovation and success. We strive to create a work environment where each team member is respected, empowered, and encouraged to contribute their authentic selves.

We are proud to uphold a zero-tolerance policy towards any form of discrimination or bias, and we actively promote equality in recruitment, development, and career advancement opportunities for all.

Our commitment extends to providing accessible hiring processes and fostering a culture where differences are celebrated as strengths that enhance creativity and collaboration.

We strongly encourage applications from candidates of all backgrounds, including those historically underrepresented in engineering and automotive sectors.

Together, we are building a future that mirrors the rich diversity of the communities we serve and where everyone has the chance to grow and succeed.