AUTODESK classroom training courses can help you achieve your goals, whether you want to improve your skills, resume training, or learn how to use AutoCAD tools for the first time.
I-VTech offers a wide range of AUTODESK courses that will quickly get you up to speed with the necessary skills to face any challenges.
The objective of AutoCAD/AutoCAD LT Fundamentals is to enable students to create basic 2D drawing in AutoCAD. All topics, including features and commands, relate to both AutoCAD and AutoCAD LT unless specifically noted otherwise in the course.
Course teaches students about the indispensable core topics required to use the AutoCAD Mechanical software. Through a hands-on, practice-intensive curriculum, students acquire the knowledge needed to accelerate the mechanical design process. With specific tools for creating and manipulating geometry, automatically acquiring bills of materials, generating mechanical components, and performing design calculations.
AutoCAD Electrical covers the indispensable core topics for working with the AutoCAD Electrical software. You will learn how to use many of the powerful electrical drawing creation tools in the AutoCAD Electrical software. You will create schematic drawings (ladder logic and point to point), panel drawings, and PLC-I/O circuits using automated commands for symbol insertion, component tagging, wire numbering, and drawing modification.
This training instructs students in the best usage approaches for parametric design philosophy through a hands-on, practice-intensive curriculum. Students acquire the knowledge needed to complete the process of designing models from conceptual sketching, through to solid modelling, assembly design, and drawing production.
This training is designed to begin by focusing on the Top-Down Design workflow. You learn how tools are used to achieve this workflow using Derive, Multi-Body Design, and Layouts. Other topics include model simplification tools, Positional and Level of Detail Representations, iMates and iAssemblies, Frame Generator, Design Accelerator, and file management and duplication techniques. A chapter has also been included about the Autodesk Inventor Studio to teach you how to render, produce, and animate realistic images.
Cable and Harness Design learning guide provides instructions in the use of the Autodesk Inventor Cable and Harness environment. Through a hands-on, practice- intensive curriculum, students acquire the knowledge needed to design physical cables and harnesses for electrical systems in almost any kind of product machine.
With specific tools to incorporate cable and harness into digital prototypes, the Autodesk Inventor Cable and harness Design software enables you to calculate accurate path lengths, avoid small-radius bends, and help ensure that electrical components fit into the mechanical assembly before manufacturing.
Tube and Pipe Design learning guide instructs you on the use of the Inventor Tube and Pipe environment. Through a hands-on, practice-intensive curriculum, you will acquire the knowledge needed to design routed elements, including tubing, piping, and flexible hose. With specific tools to incorporate tube and pipe runs into digital prototypes, the Inventor Tube and Pipe environment provides rules-based routing tools that select the correct fittings and helps the pipe run to comply with your standards for segment length, round-off increments, and bend radius, that you will learn to maximize.
By leveraging the experience users gain in working with other 3D modeling software packages, this hands-on, practice-intensive guide is developed so that new users in the Autodesk Inventor software can benefit from a shorter, introductory-level guide. You are taught how to find and use the modeling tools associated with familiar modeling strategies that are used in other 3D CAD software.
Students learn how iLogic functionality furthers the use of parameters in a model by adding an additional layer of intelligence. By setting criteria in the form of established rules they learn how to capture design intent, enabling them to automate the design workflow to meet various design scenarios in part, assembly, and drawing files.
Inventor Simulation course offers hand-on training on how to apply modern CAE (Computer Aided Engineering) software tools to engineering design and analysis. Student will lean how to model complex 3d products and simulate them.
Inventor Sheet Metal Design course introduces the concepts and techniques of sheet metal modeling with the Inventor software. The structure of the course follows the typical stages of using Inventor. That is, to create sheet metal parts, edit them, generate flat patterns, and document the designs in drawings.
Surface and Freeform Modeling teaches you how to incorporate surfacing and freeform modeling techniques into your design environment. You begin with instruction on how to create the splines and 3D sketches commonly used in surface creation. Chapters on surface creation focus on using these sketches or existing geometry to create surfaces for use in your solid models. Freeform modeling is also covered, which enables you to create complex shapes without needing the constraints required in a parametric workflow. To complete the guide, you will learn how to use the Autodesk Inventor surface analysis tools to evaluate the continuity between surfaces and the curvature on a surface.
This training course teaches students about the various uses and benefits of the Nastran In-CAD advanced simulation software using finite element analysis (FEA). It describes the streamlined workflow of this software that imbeds the FEA simulation capabilities of the industry recognized Nastran solver directly into Autodesk Inventor. Throughout the training, concepts are introduced systematically and are followed by step-by-step exercises to reinforce the critical points.
The software provides computational fluid dynamics and thermal simulation tools to predict product performance, optimize designs, and validate product behavior before manufacturing. Through a hands-on, practice-intensive curriculum, students acquire the knowledge required to work in the Autodesk CFD environment to set up and conduct thermal and flow analyses on part and assembly models. Exercises are provided that cover electronic cooling, flow control, and AEC type models.
This learning guide is intended for users with knowledge of Autodesk Vault Basic and Autodesk Vault document management features. The hands-on practices included in this guide reinforce usage of items, BOM and ECO features, and automated workflows. This learning guide also provides you with information about using the Autodesk Vault Professional software , Thin Client, Active Directory, and Replication solutions.
Introduction to Parametric Modeling guide provides you with an understanding of the parametric design philosophy using the Autodesk Fusion software. Through a hands-on, practice-intensive curriculum, you will learn the key skills and knowledge required to design models using the Autodesk Fusion software.
Introduction to 2.5D & 3 axis milling guide focuses on instructing new users on how to use the Fusion Manufacture workspace to create 2.5D & 3 axis milling toolpaths. The guide begins with an introduction to the overall Fusion interface and explains how to manipulate your 3D model to change its orientation and view display.
This training explain how Generative Design simultaneously generate multiple CAD ready solutions based on the real-world manufacturing constrains and product performance requirements. The result is a design which is optimized for efficiency and manufacturability in a way that a human designer could not easily produce through traditional methods.