Engineering Design – Engine Team

General Motors

. Develop and maintain robust, accurate, production-oriented Siemens NX parametric models for assigned engine components and subsystems .

Posted 10/30/2026full-timeWarren • Michigan • United StatesJuniorMid-LevelWebsite

Core Competencies

Role fit

Core Competencies

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Demonstrates expertise in Siemens NX parametric modeling and structural design principles, with a strong focus on design for manufacturability and assembly. Capable of translating complex program requirements into actionable design criteria while ensuring compliance with GD&T and variation management standards.

Highest-signal resume keywords

Siemens NX Parametric ModelingStructural Design FundamentalsGD&T and Tolerance ManagementDesign for Manufacturability and AssemblyVirtual Integration and Clearance Studies

ATS Keywords

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Applicant Tracking System Keywords

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Hard Skills

Parametric ModelingLoad Path EvaluationDesign Criteria DevelopmentModel Quality PracticesDurability AnalysisClearance StudiesConfiguration ValidationTolerance AnalysisDesign OptimizationDFMEA

Soft Skills

Technical CommunicationProblem-SolvingCollaborationOwnershipFollow-Through

Tools & Technologies

Siemens NXCAD SoftwareVirtual Integration ToolsModeling MethodsData Management Systems

Industry Keywords

Automotive EngineeringMechanical EngineeringProduct DevelopmentStructural DesignManufacturing Processes

Tech Stack

Tools & technologies

Assembly

About the role

Key responsibilities & impact

Develop and maintain robust, accurate, production-oriented Siemens NX parametric models for assigned engine components and subsystems
Create virtual vehicle integration solutions aligned with program requirements, design principles, packaging constraints, design criteria, and subsystem interfaces
Develop and refine NX criteria and typical sections using approved modeling methods and program standards
Establish and control hard points, packaging zones, clearances, service access, and critical interfaces
Apply structural design fundamentals and evaluate primary and secondary load paths for durability, crash, support, and propulsion conditions
Identify load introduction points, reactions, joints, discontinuities, weak links, and opportunities for structural improvement
Perform or support clearance, usage, configuration, and virtual studies across components, subsystems, and the complete vehicle
Complete NX Analysis and use results to guide design decisions
Apply GD&T, tolerance awareness, variation management, and stack-up principles
Design for manufacturability and assembly, considering tooling, fixturing, joining, weldability, inspection, repairability, and production variation
Maintain accurate and traceable material, mass, specification, and related data within math files
Translate program and component requirements into design criteria, integration checks, verification expectations, and release deliverables
Plan and execute work against design sync points, review milestones, release timing, and Global Vehicle Development Process deliverables
Deliver accurate, complete, on-time math releases with clean CAD, correct interfaces, complete details, and minimal rework
Resolve non-routine and moderately complex virtual integration issues using structured problem solving
Communicate design intent, load paths, integration risks, timing, decisions, and technical concerns
Track actions and issues through integration, analysis, reviews, release, build, validation, and closure
Collaborate across design, engineering, manufacturing, quality, suppliers, plant, program, and service teams
Contribute to continuous improvement of modeling methods, design reviews, checks, templates, workflows, and data quality

Requirements

What you’ll need

Bachelor’s degree in mechanical engineering, engineering technology, or a related engineering discipline, or equivalent experience
Two to five years of experience in automotive or mechanical CAD, engineering design, or a related product-development environment
Demonstrated experience using Siemens NX for parametric modeling, model organization, design intent, references, constraints, and model-quality practices
Understanding of automotive or mechanical structural design, including load paths, stiffness, strength, joints, reinforcements, materials, and interfaces
Experience with virtual integration, packaging, clearance studies, configurations, usage validation, or comparable design-integration activities
Working knowledge of GD&T, tolerance concepts, and variation management
Working knowledge of design for manufacturability and design for assembly
Ability to interpret requirements, identify ambiguity or conflict, and maintain traceability through design, review, analysis, release, and issue closure
Ability to complete assigned work accurately and on schedule while managing multiple interfaces and program commitments
Strong technical communication, problem-solving, collaboration, ownership, and follow-through skills
Willingness and ability to work onsite at the Warren Tech Center at least three days per week—Tuesday, Wednesday, and Thursday—or at another frequency determined by the manager
GM does not provide immigration-related sponsorship; candidates must not require GM immigration sponsorship now or in the future, including H-1B, OPT, STEM OPT, CPT, TN, or J-1 support
Preferred: structural sheet-metal design, casting processes, advanced Siemens NX, NX Analysis, joining strategies, DFMEA, tolerance analysis, durability, design optimization, configuration or design-change leadership, coaching, and a master’s degree

Benefits

Comp & perks

Benefits information available through GM Total Rewards resources
Reasonable accommodations for applicants with disabilities
Inclusive workplace and equal employment opportunity protections
No relocation benefits; relocation costs are the selected candidate’s responsibility