- Develop Ford ICE, Power Split, and BEV powertrain systems using systems engineering, signoff, and failure mode avoidance practices

- Use Model-Based Systems Engineering tools such as Cameo Systems Modeler (MagicDraw) to develop and maintain DFMEAs across legacy and future powertrains

- Work with Technical Specialists and D&Rs; to include design parameters in models and drive design verification

- Own FMA documentation, including DFMEAs, Boundary Diagrams, DV Plans, and Quality History

- Maintain lessons learned and apply them to future designs through FMA and design-rule processes

- Manage Unit Workbooks, design specifications, and descriptive models communicating powertrain requirements and capabilities

- Create single-point lessons on FMA documentation

- Assess new powertrain designs and determine applicable design rules, requirements, and regulations

- Work with design and release engineers to develop evidence for compliance before technical specialist sign-off

- Facilitate joint design reviews across product development, manufacturing, and quality

- Assist handoff of design work from concept to production development teams

- Create system documentation, architecture diagrams, and functional specifications; govern system-level requirements

- Ensure new designs and vehicles meet GPDS program gateways and deliverables

- Understand and apply design rules and requirements for transmission and power-unit components and systems

Requirements

- Bachelor's degree or equivalent

- BS in Mechanical or Electrical Engineering or a related field required

- 3+ years of transmission or power unit development experience

- 3+ years of experience with FMA Development (DFMEA, RCL, P-Diagram, etc.)

- Advanced knowledge of Model-Based Systems Engineering tools such as Cameo Systems Modeler (MagicDraw),



PTC Windchill Risk and Reliability, IQ-FMEA, or similar

- Experience with SysML modeling language and RAAML specifications

- Knowledge of transmission/eDrive system components, assembly, and associated failure modes

- Advanced knowledge of Systems Engineering

- Preferred: Master's in Product Development, Systems Engineering, or another engineering discipline

- Basic software writing experience in Python or Groovy

- Experience analyzing descriptive models for complex decision-making

- Prior experience in systems design and processes

- Formal Systems Engineering knowledge

- Strong understanding of vehicle dynamics, electric motors, battery systems, and traditional ICE components

Core Competencies

Demonstrates expertise in Model-Based Systems Engineering, particularly with Cameo Systems Modeler, and possesses strong knowledge of transmission and power unit development. Capable of managing FMA documentation and ensuring compliance with design rules and requirements in powertrain systems.

Highest-signal resume keywords

- Model-Based Systems Engineering

- DFMEA Development

- Transmission System Knowledge

- SysML Modeling Language

- FMA Documentation Management

ATS Optimization Keywords

Hard Skills

- Powertrain System Development

- FMA Development

- Systems Engineering

- Python Programming

- Groovy Programming

- Design Verification

- Failure Mode Avoidance

- Descriptive Model Analysis

- Vehicle Dynamics Understanding

- Electric Motor Knowledge

Industry Keywords

- Powertrain Systems

- Transmission Components

- Electric Drive Systems

- Design Rules

- Quality History

- Design Verification Plans

- GPDS Program Gateways

Tools & Technologies

- Cameo Systems Modeler

- PTC Windchill Risk and Reliability

- IQ-FMEA

- RAAML Specifications

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📌 Engineer – Transmission/Power Unit Core (Naucalpan de Juárez)
🏢 Jobtailor
📍 Naucalpan de Juárez