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General Motors · 10 hours ago

Process Engineer - Machining

Spring Hill, Tennessee, United States of America

Full-time

Onsite

Mid Level

General Motors is a leading automotive company committed to innovation and sustainability. They are seeking a Manufacturing Engineer specializing in machining processes to develop and optimize manufacturing operations in an engine component machining plant, ensuring effective utilization of resources and continuous improvement of production processes.

AutomotiveElectric VehicleInformation ServicesManufacturingTransportation

No H1B

Responsibilities

Ensure that manufacturing processes are effectively maintained

Process definition for machining and sub-assembly processes

Support the day-to-day production needs on the production floor by maintaining solid relationships with the Production and Maintenance teams

Sequencing of operations

Human factors – ergonomic consideration

Efficient material flow

Providing technical direction to and oversight of external vendor sources and internal maintenance and operations teams, to solve urgent and complex problems by identifying and evaluating alternatives and solutions

Supporting improvements through TIP (Throughput Improvement Process), ensuring high-yield and productivity

Supporting Business Plan Deployment (BPD) teams and coordinating engineering activities to achieve Business Plan objectives

Analyzing production results and data for root cause analysis

Continuous improvement of equipment, tooling, and gaging

Development and testing of advanced process technology

Qualification

Process engineeringStatistical methodsCNC machiningAutoCADQuality systemsAnalytical mindsetCritical thinkingCommunication skillsInterpersonal skills

Required

Technical knowledge and ability in process engineering disciplines

Critical thinking and an analytical mindset

Demonstrate excellent level of analytical ability, communication and interpersonal skills required to build relationships with team members and customers to solve problems and resolve issues

Demonstrated knowledge of statistical methods as applied to process control

Demonstrated knowledge of quality Systems and gauging methods

Demonstrated knowledge of PFMEAs and control plans

Experience with AutoCAD and part and tooling prints

Ability to work flexible hours, at times overtime, off-shift support, as well as on-call support