A practical introduction to GD&T designed for non-engineers to confidently interpret drawings and communicate effectively with engineering teams.
A practical introduction to GD&T designed for non-engineers to confidently interpret drawings and communicate effectively with engineering teams.
Build a strong foundation in CNC machining and programming by learning essential workflows, machine selection, and setup techniques for real-world applications.
Build a strong foundation in CNC machining and programming by learning essential workflows, machine selection, and setup techniques for real-world applications.
Learn how to automate Geometric Dimensioning & Tolerancing (GD&T) in SOLIDWORKS to create faster, more accurate technical drawings and streamline your design workflow from 3D models to manufacturing-ready documentation.
Learn how to automate Geometric Dimensioning & Tolerancing (GD&T) in SOLIDWORKS to create faster, more accurate technical drawings and streamline your design workflow from 3D models to manufacturing-ready documentation.
Gain practical skills in Statistical Process Control (SPC) to monitor variation, improve process stability, and drive consistent product quality through data-driven decisions.
Apply Measurement System Analysis (MSA) techniques to assess accuracy, repeatability, and variation for reliable data and improved product quality.
Master advanced SOLIDWORKS skills and validate your expertise with the globally recognized Certified SOLIDWORKS Professional (CSWP) certification.
A practical introduction to GD&T designed for non-engineers to confidently interpret drawings and communicate effectively with engineering teams.
A practical introduction to GD&T designed for non-engineers to confidently interpret drawings and communicate effectively with engineering teams.
Refresh your SOLIDWORKS fundamentals and strengthen your design skills through guided exercises covering part modeling, assembly design, and the latest SOLIDWORKS features.
Deepen your SOLIDWORKS expertise with advanced techniques in assembly modeling, surface design, sheet metal, and weldment workflows.
Apply the structured AIAG-VDA 7-step PFMEA methodology to analyze risks, prioritize actions, and strengthen process reliability.
Apply the five phases of APQP to develop robust products and processes while meeting IATF 16949 and customer requirements.
Connect GD&T requirements with real-time SPC monitoring to enhance CTQ control, process stability, and data-driven quality decisions.
Apply advanced GD&T techniques aligned with ASME Y14.5M-2018 to improve design accuracy, manufacturing efficiency, and inspection clarity.
Apply tolerance stack-up analysis techniques to evaluate dimensional variation, optimize tolerances, and improve assembly performance.
Join us as we unveil the exciting new features in SOLIDWORKS 2026. This year’s Innovation Day is all about embracing digitalization, connecting with peers, and exploring the future of design and engineering together.
Join us as we unveil the exciting new features in SOLIDWORKS 2026. This year’s Innovation Day is all about embracing digitalization, connecting with peers, and exploring the future of design and engineering together.
Join us as we unveil the exciting new features in SOLIDWORKS 2026. This year’s Innovation Day is all about embracing digitalization, connecting with peers, and exploring the future of design and engineering together.
Join us as we unveil the exciting new features in SOLIDWORKS 2026. This year’s Innovation Day is all about embracing digitalization, connecting with peers, and exploring the future of design and engineering together.