Engine Design Engineer - NX & Vehicle Integration

General Motors Company; United States; Hybrid; USD 90,000 - 120,000; Full time

Job summary

General Motors is seeking an Engineering Designer to develop integrated, high‑quality, manufacturable Engine-space designs. The role focuses on translating requirements into robust Siemens NX models and data, coordinating with design and manufacturing teams for release-ready data.

You will own or support NX math models, criteria, sections, clearances, and subsystem integration, ensuring performance, safety, durability, and production readiness while collaborating with cross‑functional teams to

Qualifications

• Bachelor’s degree in mechanical engineering or a related field; 2–5 years in automotive/mechanical CAD or similar.
• Two to five years of automotive or mechanical CAD/design experience.
• Experience using Siemens NX for parametric modeling and design intent.

Responsibilities

• Develop and maintain Siemens NX parametric models for components and subsystems.
• Create virtual vehicle integration solutions aligned with program requirements and interfaces.
• Apply GD&T, tolerance concepts, and variation management to support manufacturability and assembly.
• Plan and execute work against design milestones and release deliverables.
• Communicate design intent and risks clearly to team members across functions.

Skills

Structural design understanding

GD&T knowledge

Team collaboration

Problem solving

Communication

Education

Bachelor’s degree in mechanical engineering or related field

Master’s degree in engineering (preferred)

Tools

Siemens NX

Job description

General Motors is seeking an Engineering Designer to develop integrated, high‑quality, manufacturable Engine-space designs. The role focuses on translating requirements into robust Siemens NX models and data, coordinating with design and manufacturing teams for release-ready data.

You will own or support NX math models, criteria, sections, clearances, and subsystem integration, ensuring performance, safety, durability, and production readiness while collaborating with cross‑functional teams to