EECAE Engineer

Description

Summary: The EECAE / EDS Systems Engineer is responsible for the design, development, and validation of vehicle wiring. Highlights: 1. Develop and maintain physical schematics and vehicle level topology. 2. Perform wire sizing and in-line connector selection. 3. Analyze and optimize product features and electrical architecture. The EECAE / EDS Systems Engineer is responsible for the design, development and validation of the vehicle wiring. * **Engineering Degree (Electrical Engineering, Mechatronics)** * **Strong English Proficiency (written, read, and oral).** * Microsoft Office Usage (Excel, Word, PowerPoint, and Visio). * Time and Project Management. * **Proactive.** * **Detail oriented.** * **Analytical thinking.** * Process oriented. * Electrical Distribution System tool knowledge (E3 Zuken Cable or Mentor Graphics Capital Design) desirable. * Ford GPDS desirable. Understanding of feature partitioning desirable. * DISCLAIMER: Ford Motor Company is an Equal Opportunity Employer, as we are committed with a diverse workforce, and do not discriminate against any employee or applicant for employment because of race, color, sex, age, national origin, religion, sexual orientation, gender identity and/or expression, status as a veteran and basis of disability. * **4 days on site in GTBC Ford Mexico. Naucalpan Mexico.** * Develop and maintain physical schematics. * Develop and maintain vehicle level topology. * Perform wire sizing and in\-line connector selection to ensure standards, specifications, and guidelines are met. * Assign circuit and connector numbers per engineering guidelines. * Select with the D\&R harness to harness in\-line connector, define pin outs and terminal sizing per engineering guidelines. * Review, analyze, and sign\-off circuit simulation (CAE). * Perform architecture optimization studies. * Analyze and breakdown Product Direction Letter and Trim Spiders (documents that contains features and options of an specific vehicle). * Generate proposals to minimize giveaway cost and reduce total part count (complexity). * Develop and maintain the build level complexity charts. * Perform Harness Complexity Analysis. * Perform engineering cost estimates. * Develop and maintain in\-line connector book. * Develop and maintain Device Transmittal list.