Arbetsbeskrivning

Veritaz is a leading IT staffing solutions provider in Sweden, committed to advancing individual careers and aiding employers in securing the perfect talent fit. With a proven track record of successful partnerships with top companies, we have rapidly grown our presence in the USA, Europe, and Sweden as a dependable and trusted resource within the IT industry.

Assignment Description:

We are looking for a Senior NVH CAE Engineer to join our dynamic team.

What you will work on:

• Perform CAE simulations focused on noise and vibration (NVH) for various vehicle systems, including propulsion systems, AC compressors, fans, blowers, pumps, and electric motors.
• Support the development and integration of vibrating components to ensure optimal NVH performance in future vehicle platforms.
• Collaborate closely with design departments to evaluate and influence new concepts and functions from an NVH perspective.
• Provide technical recommendations and improvement proposals to enhance system and component-level performance.
• Participate in car program teams, contributing to system-level requirement setting, analyzing and presenting results, and guiding design work based on NVH insights.
• Lead NVH-related assignments and support the development of new methods, tools, and guidelines to improve analysis accuracy and efficiency.

What you bring:

• Proven experience in NVH engineering, with strong knowledge in vibration isolation, structural dynamics, and applied acoustics.
• Hands-on expertise in finite element analysis (FEA) and complete vehicle simulation.
• Proficiency in simulation and analysis tools such as ANSA, HyperMesh, Nastran, and programming skills in Matlab and/or Python.
• Solid skills in MS Office for documentation, reporting, and data presentation.
• MSc or PhD in Mechanical Engineering, Technical Acoustics, Engineering Physics, or a related field.
• Strong analytical mindset, problem-solving ability, and attention to detail.
• Excellent collaboration and communication skills, with the ability to provide clear NVH input to cross-functional engineering teams