The Role
This Role will serve as the owner of the Siemens NX CAM environment for the NC programming team. The focus will be on maintaining the assets that automate and enable manufacturing such as, post processors (Post configurator & Post Builder), machine kit simulations, templates, method libraries, and additional tools. All changes, upgrades, and updates should be thoroughly tested in a DEV environment prior to releasing to the production team.
Core Responsibilities
NX CAM Environment, Post Processing, Digital Twins.
Serve as the Environment owner for NX CAM: evaluate and implement changes to templates, method libraries, tooling databases, and environment variables; manage impact and change control.
Provide expert-level toolpath and post troubleshooting: interpret NC programmer intent, reproduce issues, and deliver fixes or guidance.
Develop, configure, and maintain post processors for Siemens, Fanuc, and Heidenhain; implement/test machine options, probing/custom subroutines, and shop G/M code standards.
Develop and maintain the Siemens Digital Twin for Machine Simulation within Siemens NX.
Create/maintain CAM templates and programming standards that enable front-line programmers.
VERICUT Simulation
Build and maintain VERICUT simulation kits.
Define and maintain verification standards.
Leverage AUTO DIFF and establish guidance for when/how to apply it.
Software Engineering & Automation
Design, implement, and test internal engineering tools using VBA, Visual Studio, TCL, C#, and C++
Use Git/GitHub for version control and Visual Studio/VS Code for development and debugging; change management.
Author user documentation and training content.
Systems, IT & Data Integration
Troubleshoot application/IT issues spanning NX, VERICUT, licensing, drivers, and ERP interfaces; collaborate with IT to resolve.
Support data accuracy and process governance (PDM/PLM/ERP links, revision control, tool libraries).
Process Development, Training & Liaison
Operate primarily at the macro level: defining processes, programming standards, simulation sign off, and guardrails that enable scalable, high-quality execution by front-line programmers.
When needed, engage at the micro level to unlock a production issue, then fold learnings back into standards, templates, or tools.