CAE Simulation Engineer

Quick USA Inc.; Dublin (OH); On-site; USD 60,000 - 65,000; Full time

Job summary

Quick USA Inc. seeks a CAE Simulation Engineer (Vibration & Acoustic Analysis) to join our R&D focused engineering team in Ohio.

You will apply mathematics, physics, and mechanical engineering to automotive development projects using Hybrid SEA System for vibration and noise analysis for major manufacturers. The role involves running simulations, building models, coordinating experiments, validating results, and offering technical improvements to customers globally.

Qualifications

• Bachelor’s degree or higher in Mechanical, Electrical, Physics or Mathematics.
• Experience in evaluation, experiments, analysis, quality control, or related engineering fields.

Responsibilities

• Perform vibration and acoustics simulations using our proprietary CAE software (Hybrid SEA System).
• Create analysis models, input data, and execute simulation calculations.
• Prepare measurement experiments and support evaluation activities.
• Validate simulation results and prepare technical reports.
• Provide technical improvement recommendations to automotive manufacturers.
• Participate in technical discussions with customers and engineering teams.
• Collaborate on joint development projects with domestic and international manufacturers.

Skills

CAE analysis

Vibration analysis

Acoustics analysis

Simulation engineering

Education

Bachelor's degree in Mechanical Engineering

Bachelor's degree in Electrical Engineering

Bachelor's degree in Physics

Bachelor's degree in Mathematics

Tools

Hybrid SEA System

Job description

[Position]

CAE Simulation Engineer(Vibration & Acoustic Analysis)

[Summary]

We are seekinga CAE SimulationEngineerto join ourR&D-focusedengineering team specializingin vibration andacoustic analysis.

This position offersan opportunity toapply knowledge ofmathematics, physics, andmechanical engineeringto cutting-edgeautomotive developmentprojects. You willwork with ourproprietary CAE simulationsoftware,Hybrid SEA System, to support vibrationand noise analysisprojects for leadingautomotive manufacturers, including Honda, Nissan, and Suzuki.

[Essential Duties]

• Performvibration and acousticsimulations using ourproprietary CAE software(Hybrid SEA System)
• Create analysis models, input data, andexecute simulation calculations
• Prepare measurement experimentsand support evaluationactivities
• Validate simulation resultsand prepare technicalreports
• Provide technical improvementrecommendations to automotivemanufacturers
• Participate in technicaldiscussions with customersand engineering teams
• Collaborate on jointdevelopment projects withdomestic and internationalmanufacturers

The analysis projectscovera wide rangeof industries, includingautomobiles, railway vehicles, ships, aircraft, rockets, satellites, and buildings, helping solve complexvibration and acousticchallenges.

[Working Hours / Working style]

• Workinghours: 10:00AM – 7:00PM (8 workinghours per day)
• Break time: 12:00 PM – 1:00 PM (60minutes)
• Standard overtime isminimal; additional hoursmay occur dependingon future projectrequirements
• On-site workat company office
• Potential opportunitiesfor domestic and international businesstrips,including long-termassignments in Japanor the U.S.

[Working Location]

Dablin, OH

[Salary / Benefit]

60-65k

[Holidays]

Saturday, Sunday, Company calendar-basedholidays

[Qualifications]

Required Qualifications

• Bachelor’s degree or higher in one of the following fields:
  • Mechanical Engineering
  • Electrical Engineering
  • Physics
  • Mathematics
• Professional experiencein evaluation, experiments, analysis, quality control, or related engineeringfields

Preferred Qualifications

• Experience with CAEanalysis
• Experience with simulationengineering
• Experience in theautomotive industry
• Strong interest invibration and acousticengineering
• Interest in researchand development projects
• Desire to buildspecializedtechnical skills andadvance as anengineering professional
• Ability and willingnessto work ina global environment