Interior Trim Product Engineer Senior Engineer

Position Summary

The Interior Trim Product Engineer is responsible for the design, development, and engineering of automotive trim components, including interior and exterior trims such as door trims, pillar trims, roof liners, consoles, and bumpers. The role involves leading trim system projects, ensuring timely delivery of high-quality parts, conducting competitor benchmarking, and supporting feasibility, tooling, and assembly evaluations throughout the product lifecycle.

Key Responsibilities

1. Trim Engineering & Design

• Design and develop interior and exterior trim components in compliance with engineering standards and project requirements.

• Create CAD models, design concepts, and detailed drawings for trim parts.

• Conduct design feasibility studies based on packaging, ergonomics, styling, and manufacturing constraints.

2. Project Leadership

• Lead complete trim system engineering activities from concept to production.

• Ensure timely delivery of trim parts that meet quality, performance, and cost targets.

• Collaborate with cross-functional teams including Styling, Manufacturing, CAE, Quality, and Suppliers.

3. Benchmarking & Feature Evaluation

• Benchmark competitor vehicles to evaluate trim features, ergonomics, fit & finish, materials, and manufacturing techniques.

• Propose improvements and innovations based on benchmarking insights.

4. Feasibility & Tooling

• Perform tooling feasibility checks and coordinate with tool makers to ensure manufacturability.

• Validate design robustness through DFMEA, DFA/DFM, and tolerance analysis.

• Support prototype build phases and troubleshoot engineering issues.

5. Data Management & Documentation

• Manage design data releases, ensuring accuracy and timely updates in PLM systems.

• Prepare technical documentation, design review reports, and engineering change requests (ECNs).

• Provide inputs during design reviews and ensure alignment with project timelines.

6. Assembly & Service Studies

• Evaluate designs for ease of assembly and serviceability, ensuring compliance with plant and service requirements.

• Address assembly line concerns and propose design modifications for improvement.