Design Engineer III- Interiors Development

As a Design Engineer III - Interiors Development, you will be primarily responsible for leading and supporting engineering activities for large-scale product development programs. This includes feasibility investigations, 3-D modeling, layout reviews, and the creation of 2D drawings. You'll also oversee the maturation of components from concept through production while establishing targets for cost, investment, quality, and performance.

The ideal candidate for the Design Engineer III - Interiors Development position should have a minimum of a bachelor’s degree and at least 5 years of relevant industry experience developing automotive interior components. Preferred educational backgrounds include Mechanical, Aerospace, Automotive, or Manufacturing Engineering. Experience with 3-D modeling software, particularly CATIA V6, is essential.

Key skills for a Design Engineer III - Interiors Development include a strong understanding of DFM (Design for Manufacturing) for both hard and soft trim materials, the ability to analyze and interpret CAE/test results, and a collaborative work style in cross-functional teams. Excellent communication skills, both written and verbal, are also critical to ensure project success.

Yes, the Design Engineer III - Interiors Development role may require travel to client sites. This is an important aspect of the position as it allows for direct engagement with clients and stakeholders, ensuring that designs meet the required specifications and expectations.

While not mandatory, previous experience with Honda development is a significant plus for candidates applying for the Design Engineer III - Interiors Development position. This experience can provide valuable insights and knowledge of industry standards and practices.

When designing automotive interior components, I begin by gathering requirements from stakeholders and performing feasibility assessments. I use 3-D modeling to create initial designs and conduct layout reviews. Collaborating with cross-functional teams ensures that the components meet quality standards and specifications before moving to production.

To ensure design quality, I utilize best practices in 3D CAD modeling and continuously refer to DFM principles. Regular design reviews and testing of prototypes allow me to identify potential issues early in the process, ensuring that the final product adheres to all quality standards.

I have extensive experience with CATIA V6 for 3D modeling, which I use to create detailed and accurate designs. My proficiency in CATIA V6 allows me to effectively bring conceptual designs to life and facilitate easier communication with manufacturing teams.

I approach problem-solving by gathering relevant data and employing analytical skills to understand the issue thoroughly. I explore various solutions and consult with team members for additional perspectives, ensuring that decisions are well-informed and aligned with project goals.

I use project management tools to prioritize tasks based on deadlines and importance. I continuously communicate with team members to assess progress and adjust timelines as needed to ensure that all projects are completed efficiently and on time.

One common challenge has been aligning design requirements with manufacturing capabilities. I overcame this by fostering strong communication with manufacturing teams and incorporating DFM insights directly into the design process.

In a recent project, I led the design of a new lower cabin trim component. I conducted feasibility studies, created the design using CATIA V6, and coordinated with suppliers and testing teams. The result was a successful launch that met all performance and cost targets.

I regularly attend industry workshops and webinars, read technical journals, and participate in professional networks to stay informed about the latest trends and technologies in automotive design, which I later integrate into my work.

I carefully analyze the technical requirements and homologation standards before applying them to my designs. I consult with experts when needed to ensure that every aspect of the design meets regulatory compliance and functional requirements.

I have extensive experience working in cross-functional teams, where I engage with various roles including purchasing, testing, and manufacturing teams. This collaboration is key to ensuring that all design components are cohesive and meet product specifications efficiently.