Structural Dynamics Engineer — HVAC Acoustics & Vibration

Trane Technologies; La Crosse (WI); Hybrid; USD 85,000 - 119,000; Full time

Benefits offered by this job

Health Insurance

401K match

Tuition assistance

Paid time off

Job summary

Trane Technologies in the United States is seeking a Structural Dynamics Engineer to design equipment and systems for commercial HVAC products, applying acoustics, structural dynamics, and testing to drive sustainable innovation.

You will lead simulations and testing, collaborate with global engineering teams, and mentor staff. Expect travel up to 10% as you contribute to best-in-class solutions that meet reliability and performance goals.

Qualifications

• Bachelor's Degree in Mechanical Engineering and at least 2 years of work experience in structural dynamics.
• Master's Degree is a plus.
• Formal coursework in mechanics of materials, vibration, structural dynamics, numerical simulation methods, digital signal processing.

Responsibilities

• Lead and advance Acoustics & Mechanics Engineering for commercial HVAC products.
• Plan, conduct, and supervise structural and structural dynamic simulations (FEA, etc.).
• Plan, conduct, and supervise structural tests including modal analysis and vibration tests.
• Correlate simulation/model predictions with test data to improve accuracy.
• Develop guidelines for structural design, simulation, and testing.
• Collaborate with product engineers to design reliable, durable products.
• Mentor engineering resources globally; travel up to 10%.

Skills

Mechanics of materials

Vibration

Structural dynamics

Numerical simulation

Digital signal processing

ANSYS

Siemens SimCenter

Siemens Test.Lab

Test and simulation correlation

Teamwork

Education

Bachelor's Degree in Mechanical Engineering

Master's Degree is a plus

Tools

ANSYS

Siemens SimCenter

Siemens Test.Lab

Job description

Trane Technologies in the United States is seeking a Structural Dynamics Engineer to design equipment and systems for commercial HVAC products, applying acoustics, structural dynamics, and testing to drive sustainable innovation.

You will lead simulations and testing, collaborate with global engineering teams, and mentor staff. Expect travel up to 10% as you contribute to best-in-class solutions that meet reliability and performance goals.