CAE Engineer III - NVH Methods Development

As a CAE Engineer III at Goken America, your primary responsibilities will include utilizing advanced software such as Hypermesh and Ansa for constructing high-quality finite element meshes, conducting FE solutions using Optistruct for strength and stiffness evaluations, and performing NVH performance assessments with Nastran. You'll also be tasked with building vehicle models using Simpack and Matlab/Simulink for handling performance evaluations, interpreting data, and developing effective countermeasures.

To qualify for the CAE Engineer III position at Goken America, candidates must possess a Bachelor's degree in Engineering along with 8+ years of relevant experience. Preferred specializations include Mechanical, Aerospace, or Automotive engineering. Furthermore, candidates should demonstrate experience with 3D FEA analysis, pre-processor and post-processor tools, solver tools, and have strong skills in Microsoft Office, particularly in Excel.

At Goken America, a successful CAE Engineer III should be proficient in several software tools including Hypermesh, Ansa, Optistruct, Abaqus, and Nastran, as these are critical for finite element analysis. Additionally, experience with vehicle modeling tools like Simpack, Matlab, and Simulink is necessary for evaluating performance, as well as familiarity with CAD software such as CATIA V5/V6.

Goken America fosters a collaborative and innovative work culture, encouraging CAE Engineer III professionals to empower change and affect results. The company values trust and promotes a sense of community among its associates. As part of the team, you'll be supported to lead research initiatives and implement improvements, contributing to both your personal development and the overall success of Goken America.

Yes, Goken America recognizes the need for flexibility and offers relocation assistance for candidates who qualify for the CAE Engineer III position. This includes support for temporary housing and visa assistance as needed, ensuring a smooth transition for new hires who are moving to Raymond, OH.

To answer this question effectively, it's best to provide specific examples of projects where you've utilized FEA tools. Mention the tools you used, such as Nastran or Abaqus, and discuss the types of analyses you conducted, such as durability or NVH evaluations. Focus on the challenges faced during the analysis and the outcomes achieved to demonstrate your problem-solving capabilities.

Explain the methodologies you use to optimize and validate your CAE models against empirical test data. Highlight your approach to data interpretation and adjustment of the CAE models based on testing feedback. Share any specific strategies that have been successful in your past work, including software tools used for post-processing results.

Discuss the importance of teamwork by citing examples of cross-functional collaborations. Emphasize that open communication and shared goals are crucial for successfully completing complex CAE projects. Highlight instances where teamwork has led to innovative solutions or prevented potential setbacks.

Express your commitment to professional growth by detailing the sources of information you regularly engage with, such as relevant publications, webinars, and conferences. Mention specific groups or online communities where you exchange knowledge, ensuring that you're aware of the latest developments in CAE methodologies.

Use the STAR method (Situation, Task, Action, Result) to structure your response. Detail the project, the specific challenges encountered, the steps you took to address them, and the final outcomes. Highlight any innovative methods or tools you employed, providing evidence of your resourcefulness and technical expertise.

Discuss your approach to time management and prioritization of tasks. Share specific techniques you use, such as scheduling tools or prioritization frameworks, to ensure timely delivery of project milestones. Illustrate with examples of how you've successfully managed competing demands in past roles.

Explain your communication style and how you adapt it when dealing with different stakeholders. Offer examples showing how you've effectively bridged the gap between technical and non-technical teams, ensuring all parties are aligned and informed on project progress and implications.

Share insights on the importance of continuous improvement and adapting to emerging technologies. Discuss how understanding real-world applications and constraints is pivotal for developing relevant and effective CAE methods. Illustrate your perspective with examples of past experiences.

Showcase your openness to feedback as a crucial part of professional growth. Provide an example where you've received constructive criticism, how you processed it, and the steps you took to implement changes based on that feedback. This will reflect your ability to grow and adapt within collaborative environments.

Articulate your passion for engineering and how it drives you to deliver high-quality work. You might mention the satisfaction that comes from solving complex challenges or contributing to projects that have a tangible impact, such as improved vehicle performance or enhanced safety.