Are you a mechanical design engineer spending hours every week on repetitive tasks in Siemens NX?
Checking material properties one component at a time. Generating the same reports manually. Measuring face areas and copying numbers into spreadsheets. Tasks that follow the exact same steps every single time — and yet still require you to sit there and do them by hand.
There is a better way. And it does not require you to become a software developer.
What This Course Teaches You
In this course you will learn how to use Claude AI to build NX Open journal programs in C# that automate your most repetitive Siemens NX tasks — described in plain English, built in minutes, running in your NX environment the same day.
No programming degree. No prior coding experience. No developer needed.
What You Will Learn
By the end of this course you will be able to:
→ Understand the structure of NX Open APIs — namespaces, classes, managed API versus UF API — well enough to review and direct the code Claude AI produces
→ Write powerful prompts that get working NX journal code from Claude AI consistently — including the exact four-part prompt structure that eliminates guesswork
→ Handle NX journal compiler restrictions confidently — no LINQ, no string interpolation, no value tuples — and know exactly how to avoid the most common errors before they happen
→ Debug journal errors using Claude AI — copy the exact error, paste it back, get a fix in under two minutes
→ Work with the context window correctly — stay in one conversation per journal, paste your rules block every time, extend existing journals without breaking what already works
→ Automate real NX tasks including body property queries, face type identification, hollow section detection, material density audits, reference set filtering, assembly traversal, and CSV report generation
→ Apply the human in the loop approach — understand your role as the engineer who provides the logic, reviews the output, and verifies the result is correct, not just that it compiled
→ Identify your own highest value automation opportunities using a structured exercise that scores your tasks by repeatability, predictability, and time impact
→ Build your first personal NX journal library — a growing collection of automation tools tailored to your specific workflow
