Develop detailed machining process plans for powertrain prismatic parts
Define machining sequence, operation grouping, fixturing strategy, and datum selection in line with GD&T requirements.
Select appropriate machine tools, cutting tools, and process parameters for each operation.

Estimate cycle times for each machining operation using standard time-study methods and CAM simulation data.
Calculate the number of machines/stations required to meet given production volumes (takt time analysis, OEE considerations).
Support capacity planning and line balancing studies for new programs.

Generate toolpaths (roughing, semi-finishing, finishing) in NX CAM for milling, turning, drilling, and other machining operations.
Perform toolpath simulation and collision/gouge checks to validate feasibility prior to shop floor deployment.
Optimize toolpaths for surface finish, tool life, and cycle time reduction.

Review and evaluate tool design drawings, fixture drawings, and process sheets for accuracy and manufacturability.
Validate process sheets against component drawings, GD&T, and process capability requirements.
Provide feedback/DFM (Design for Manufacturability) inputs to design teams.

Design, develop, and deploy CAD/CAM automation solutions (knowledge-based engineering, NX Open, VB.NET/C#/Python scripting) to streamline process planning and programming workflows.
Drive automation initiatives to reduce manual programming effort and improve first-time-right toolpath generation.
Collaborate with cross-functional teams to identify automation opportunities and deliver measurable productivity improvements.

Bachelor's/Master's degree in Mechanical, Manufacturing, Production, or Tool Engineering.
6+ years of experience in CAD/CAM, process planning, or virtual machining.
Strong hands-on expertise in Siemens NX CAM (mandatory); familiarity with other CAM systems (Mastercam, CATIA CAM, Vericut) is a plus.
Sound knowledge of machining processes (milling, turning, drilling, boring), cutting tool technology, and fixture design principles.
Working knowledge of GD&T, process sheet/route sheet preparation, and tooling drawings.
Experience with cycle time estimation methods and capacity/machine planning.

Proficiency in NX Open API, Python, VB.NET, or C# for CAD/CAM automation.
Strong NX CAD, NXCAM and AutoCAD knowledge.
Strong working knowledge of Teamcenter AWC.
Understanding of lean manufacturing, takt time, and OEE concepts.
Experience working with global manufacturing engineering teams in an automotive or heavy engineering environment.

Virtual Machining Engineer(CAPP)

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