NX Automation Engineer

Job description

**Role & responsibilities**  •         Required proficiency in C# •         Required experience working with Siemens NX software •         Knowledge and experience in NX CAD design methodologies •         Good experience in NX Open , UFunc and Knowledge Fusion •         Required proficiency with Git and GitHub •         Required proficiency in Object Oriented Programming (OOP) concepts •         Required proficiency in application of the software design patterns •         Required proficiency in architectural design (Object oriented analysis & design) •         Required good presentation skills •         Required good training/coaching skills •         Required knowledge of test methodologies, writing test plans, creating test cases and debugging. •         Required good knowledge of Agile methodologies (Scrum or SAFe). •         Required proficiency in team software development, including reviewing code of other developers via Pull Requests. •         Attention to detail and clear thinking •         Excellent written and verbal communication in English •         Excellent analytical and problem-solving skills; commitment to delivering great software and releasing it quickly, efficiently and with increasing quality •         Program code within the coding standards set forth by the internal team •         Independently analyze, solve, and correct issues in real time, providing problem resolution end-to-end. •         Work with internal teams on product and documentation requirements •         Produce high-quality documentation that is appropriate for its intended audience **KPIs** 1. Automation Efficiency & Throughput •         Reduction in manual CAD work hours due to automation tools •         Number of automated workflows delivered (e.g., drafting automation, feature creation, BOM extraction) •         Execution time improvement for automated CAD tasks •         Frequency of automation tool usage by design teams  2. Quality & Reliability of Automation Tools •         Error rate in automation scripts (runtime errors, failed executions) •         Bug resolution time for automation-related issues •         Regression-free releases of NX Open tools •         Stability score based on user feedback and crash logs  3. CAD Model Integrity & Standards Compliance •         Compliance rate with modeling standards (naming conventions, feature tree structure, drafting rules) •         Reduction in rework caused by modeling inconsistencies •         Automated validation coverage (checks for geometry, metadata, PMI, etc.)  4. Tool Development & Innovation •         Number of new NX Open applications, plugins, or utilities developed •         Enhancements delivered to existing tools •         Adoption of advanced NX capabilities •         Proof-of-concept success rate for new automation ideas  5. CrossFunctional Collaboration •         Response time to engineering support requests •         Number of cross-team automation initiatives completed •         Quality of documentation and training materials •         User satisfaction score from design and manufacturing teams 6. Productivity & Business Impact •         Engineering cycle time reduction (concept release) •         Cost savings from automation-driven efficiency •         Number of repetitive tasks eliminated •         Impact on design throughput (more models, faster iterations)