Senior Engineer

The Modeling & Simulation team is seeking a highly skilled and collaborative Senior Engineer – Acoustics to lead advanced predictive modeling efforts.

In this role, you will apply state-of-the-art numerical methodologies to solve complex noise and vibration challenges across our diverse product portfolios.

The ideal candidate will have deep technical expertise spanning both vibro-acoustics and aero-acoustics.

This role requires a unique balance of rigorous engineering execution alongside a global perspective—focusing on commonizing acoustic methodologies and simulation standards across different regional engineering teams to meet varying regional customer and regulatory requirements.

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• Advanced Modeling & Simulation: Develop, validate, and execute high-fidelity numerical models to predict and optimize the acoustic performance of HVAC systems, transport refrigeration units, and components (such as compressors, fans, structures, and air handlers).

ü Aero-Acoustics & Fluid-Structure Interaction: Conduct Computational Aero-Acoustics (CAA) simulations to predict flow-induced noise, fan noise, and turbulence-driven acoustic phenomena.

ü Vibro-Acoustics & Structural Dynamics: Analyze structural-acoustic coupling, structure-borne noise transmission, and vibration propagation using Finite Element Method (FEM) and Boundary Element Method (BEM) solvers.

ü Regional Commonization & Standards: Champion efforts to standardize and commonize acoustics simulation methodologies globally.

Collaborate with international design centers to harmonize workflows while addressing varying regional regulations and market requirements.

ü Experimental Correlation: Collaborate closely with physical testing laboratories to design validation tests, analyze dynamic measurement data (sound power, vibration, modal testing), and correlate experimental results with simulation models.

ü Design Optimization: Partner with product development teams to provide actionable, physics-based design recommendations early in the development cycle to reduce noise and enhance sound quality.