Design Release Engineer - Knowledge Based Engineer

Job Summary

Experienced Knowledge-Based Engineering (KBE) Design Engineer responsible for developing and maintaining parametric CAD templates, engineering design automation frameworks, and standardized vehicle development methodologies for automotive programs. Supports Body, Structure, Closures, and Exterior systems by integrating engineering requirements, design standards, and best practices into scalable CAD models and Knowledge-Based Engineering solutions.

Works closely with Architecture, Design Studio, Product Development, and Engineering Release teams to improve design quality, consistency, and development efficiency.

Key Responsibilities

Knowledge Based Engineering (Knowledge Based Engineering (KBE) Define parameters and standards of critical systems & integrated into Computer Aided Design (CAD) design templates. Associative parametric modeling Computer Aided Design (CAD) model and template set up Requirement section development, application, buy off, change process Adaptation of studio surface data to meet engineering and parametric modeling requirements Highest Level of Computer Aided Design (CAD) Skillset, Knowledge Based Engineering (KBE) required Surfacing and Surface breakout expertise required Specific expertise in a function is required (Body, Structure, Closures, Exterior) Required Skills & Experience: Bachelor of Science Engineering Degree (Mechanical, Electrical or Aerospace) from an ABET accredited University Expert knowledge of Team.

Center, NX and Vis Professional viewer Proficient in Excel, PowerPoint and Word High level of proficiency in English (speaking, reading, writing) Computer Aided Design (CAD) Design Preferred Domain Experience: Automotive Body-in-White (BIW), Structures, Closures, Exterior Systems, or Vehicle Architecture. Experience supporting OEM vehicle development programs.

Knowledge of vehicle packaging, engineering feasibility, design standardization, and digital product development processes. Experience driving CAD productivity improvements through reusable templates, rule-based modeling, and engineering automation.