Elevate your engineering capabilities with our comprehensive NX training programs. From foundational design to advanced manufacturing and simulation.
In response to customer demand, Siemens PLM Software developed a certification program for NX professionals. This program has been designed and structured similar to professional certification programs in other industries that are in place to validate a user's professional qualifications. NX Designer Certification consists of three timed sections to measure an individual's understanding and application of NX design.
Essentials for NX Designers as the initial class, is designed to launch students on the path of productivity. This course is designed to meet the student's expectation to transfer classroom instruction to productivity on the job. The Essentials for NX Designers course ignites the student through professional instruction pertaining to product model design, product model detailing, assembly modeling and the basics of the master model concept. At the completion of Essentials for NX Designers the student will productively develop solid models, detail drawings, and product assemblies.
Basic Design is designed to give an entry level user a high-level overview of NX modeling, assemblies and drafting topics. This one class, through professional instruction related to product design, assembly modeling, and master model concepts, allows the student to transfer classroom instruction to job productivity. At the completion of the Basic Design class, the student will be able to develop basic solid and assembly models as well as drawings using the master model concept.
The Drafting Essentials course is designed to teach students the proper use of the NX drafting tools. Productivity is a key in every aspect of the NX software implementation. Included in numerous implementation processes is the requirement to produce high-quality detail drawings that capture and convey design intent graphically on paper.
The Industrial Design using NX course provides the student with the knowledge and skills to define styling shapes using complex curves and surfaces. Upon completion of this course, the student will possess the skills required to create high curvature, complex surfaces with tangent and/or curvature continuity.
The Mechanical Freeform Modeling course will provide you with the skills to construct robust, dependable free form parts that update reliably and shift smoothly to the manufacturing application. You will learn methods to incorporate free form features into any part.
This course covers advanced parametric modeling techniques and the powerful synchronous modeling tools in NX. Students will learn how to efficiently modify complex models, whether they were created in NX or imported from other CAD systems.
The Large Assemblies Management course covers cloning, sequencing, assembly cut, arrangements, deform parts, reference sets, component grouping, representations, and weight management.
The NX Sheet Metal course covers all the features and functions available in NX Sheet Metal, and is geared towards best practices and typical workflows. This course allows for actual hands-on lab time to allow students to learn by doing .
This course covers the full mold design process using the NX Mold Wizard application. Students will learn to automate mold design tasks and increase productivity.
Learn to use the NX Progressive Die Wizard to automate the design of progressive dies. This course covers the entire workflow from part analysis to final die design.
The Routing Electrical course teaches the use of the NX Routing Electrical tool for creating 3D electrical wire and cable routes.
Comprehensive training on NX CAM including tool path creation, machining strategies, post processing and G-code simulation for CNC programming.
Learn to customize the NX CAM environment to suit your company's standards and increase programming efficiency.
Focuses on NX CAM turning capabilities, including OD/ID roughing, finishing, grooving, and threading.
Advanced milling techniques in NX CAM, covering high-speed machining and 4/5-axis strategies.
Learn to create and modify post-processors for various CNC machines using the NX Post Builder tool.
Training in the use of NX Motion for kinematic and dynamic analysis of mechanical systems.
Advanced Simulation Processes introduces the finite element modeling and analysis tool integrated in NX. It is intended for design engineers and analysts who want to learn the details of how to do finite element analysis on NX models.
Advanced Simulation Solutions covers applications of various analysis types, contact analysis, and optimization.
The NX Response Simulation course offers training in the use of Response Simulation for analysis of mechanical components subjected to dynamic loads.
Engineering for better tomorrow