Sr. Storage Engineer

Job Description from GM with key aspects highlighted: The supplier resident will assume responsibility for the electrical development and release of the Product(s) to be supplied. Where multiple programs are under contract, a resident engineer may be assigned to more than one program. Become proficient in the following GM Process/databases/tools: E-Squared Engineering Work Order and Part Ordering system PRTS, ESIMS Problem/Issue Tracking systems APM Part Drawing system Embassy Pre-Production Vehicle Build Tracking system TeamCenter Specification / Document repository database GM-LAN database and tools GART Warranty tracking system Support for IVER/PPV/Man-Val/Production builds. Support the following Electrical activities: Schedule and coordinate Design Reviews and/or Peer Reviews Coordinate and manage Product Development Team (PDT) meetings. Prepare project plans, track vehicle timing requirements and part availability dates Order and track part deliveries Have access to supplier electrical circuit schematics and subcomponent specifications Responsible with the failure mode and effects analysis process Determine and investigate design and mechanization alternatives Perform electrical packaging and bracket design studies Participate in Module packaging in vehicle. Assist with the updating of system requirements Resolve issues on assigned CTS or SSTS sections Perform design analysis and trade-off studies Initiate system requirement change requests Recommend additional testing and development as required Provide technical direction to relevant Engineering and Support Groups Write Engineering Work Orders (EWOs) for release and change of hardware, software, calibrations, brackets and associated fasteners Responsible for Change Approval Board (CAB) activities for Engineering Work Order (EWO) approval Perform / Support bench and vehicle software checkout Support vehicle build activities and perform subsystem debug Maintain a supplier supplied break out / hardware test box with capability to fully test / evaluate the module at the resident desk or site. Assist with root cause, resolution and verification of system issues and test incidents Prepare and present issues and resolutions to GM Engineering Management and Vehicle Team(s) Support Vehicle Assembly Center launch of product including preproduction launch activities Support vehicle development activities, rides and sub-system buy-off events Perform hardware, software and/or calibration updates to preproduction vehicles and benches Perform monthly warranty tracking of part performance in field Coordinate communication meetings between Buyer and Supplier Represent Buyer's position when communicating with Supplier Stay abreast of new technologies and Buyer's competition Maintain an awareness of programs and vehicle systems Upon request, the appropriate Supplier personnel shall provide support during controller and vehicle calibration development trips. Support at the manufacturing facility for the Manufacturing NonSaleable, Manufacturing Saleable, and Start of Production builds Perform / Submit / Maintain the following: Math Data Electrical Mechanization Drawings Electrical Interface Control Document template or Sharepoint site, whichever applies to program DFMEA / DRBFM for all post-IVER change Assembly Plant training documents EWOs for product / process changes Engineering Change log Assist / Review / Approve the following: Service Manual Service Bulletin Owner's Manual The Supplier Resident shall be on GM campus 90 percent of the work week unless there is written consent by the GM Electrical Lead Engineer Qualifications Requirements: Bachelors degree in Electrical Engineering Ability to read circuit schematics and proficient in circuit operation Proficient in supplied subsystem sensing and control operation Familiar with Supplier manufacturing and processing of component / subsystem Minimum 2 years experience in design or development with Supplier on supplied component / subsystem Experience with GM vehicles, vehicle electrical/electronic subsystem packaging, and sub-system designs Good written and oral communication skills - must be able to clearly and concisely communicate technical information Good interpersonal skills - must work well on a team Good organizational skills - must be able to manage several projects efficiently Ability and ambition to work under pressure, meet schedules and maintain a high level of output Proficiency in the use of Personal Computers (PC's) and Microsoft Office tools.

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