Autodesk Inventor
What is Autodesk Inventor?
Autodesk Inventor is a 3D CAD modelling software used to design, visualize, and test product ideas. Inventor allows you to create product prototypes that accurately simulate the weight, stress, friction, driving everything from basic mould designs to detailed mechanical engineering models can be created and tested using Inventor’s integrated motion simulation and assembly stress analysis tools. Inventor is well known for its accurate 3D modelling features that help you create and visualize your products.
What are the Prime Features of Autodesk Inventor?
- Better Interoperability.
- Relax mode in sketching.
- Edit geometry directly.
- Free form modelling.
- I – logic features.
Why Autodesk Inventor?
- AutoCAD-compatible shortcuts.
- Inventor allows AutoCAD users to leverage their existing 2D drawings to build accurate 3D models.
- For digital prototyping also Inventor is useful.
- Inventor offers a familiar design environment and many Auto CAD Compatible shortcuts and with True DWG file support.
- Autodesk Inventor offer many tools that can enhance productivity such as integrated data management.
Learning Outcomes
- Information packed practical training starting from basics to advanced
- Course content designed by considering the review of different companies. We insure we update our syllabus on regular intervals to keep our training in sync with the Industry Need.
- Practical assignments at the end of every session.
- Practical learning experience with live project work and examples.
- We encourage Project based learning.
Who should learn?
Mechanical Engineers, B.Tech Students, Diploma Holders in Mechanical Stream, Automobile and Aerospace Design Students and Professionals, Product Design and Development Professionals and anyone having interest in designing, 3D Visualization and Product Development can pursue this course.
#BestInventorTrainingInstitute
Course Features
- Lectures 7
- Quizzes 0
- Duration 64- 120 hours
- Skill level Advanced
- Language English & Hindi
- Students 0
- Assessments Yes
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Getting started, User interface, Work environment
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Sketch workflow, Basic sketching tools, Fillet, Chamfer
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Advanced sketching, Geometric and Dimensional constraints
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Sketch block, Modifying sketch
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Sketch pattern
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2D projections
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3D projections, Sketch properties
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Reference plane (work feature)
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Practice tutorial
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Overview on part modeling, Task performed in part modeling, Part browser, Part template , Sketched based feature (Extrude, Revolve)
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Work feature (sweep, loft, coil)
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Primitives and practice tutorials
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Placed features (hole, thread)
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Placed features (fillet, chamfer, shell, draft)
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Advanced created features
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Solid editing
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Pattern
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Part modeling tools (measure, parameters, i-Logic, place feature, create i-Part, insert i-Feature, insert object)
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Practice tutorial submission
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Practice tutorial submission
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Assembly browser (Modeling View, Assembly View, Filter, User Defined Folder)
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Assembly Components (Placements and Constraints,
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Assembly Relationship Error & Recovery Tools)
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Flexible Components, Adaptive Components
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Working with Assembly Components (Copy Assembly Components, Assembly Components in Patterns, Move & Rotation of Assembly Components, Deleting Assembly Components)
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Replace Components, Inspection for Interference,Advanced Assembly
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Flexible Assemblies, Level of Detail Representations (LODR), Simplified Assemblies, Shrink wrap Assemblies
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Case Study 1
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Case Study 2
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Introduction and Sheetmetal rules
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Sheetmetal features (face, working with Flange tools)
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Folding and bending,Unfold rules, bend and corner settings,Sheetmetal modification
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Flat pattern
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Convert to sheetmetal,Sheetmetal multibody
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Sheetmetal punch,Advanced tools (lofted flange tools, sheetmetal mirror, add fastener to sheetmetal),Sheetmetal drawing
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Case study
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Surface modeling Tools
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Case Study
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Introduction,Creating fundamental rules
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Alignment, Modify hatch, Add view representation in a drawing file, Rotate drawing view to any angle
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Working with dimension,Annotation,Working with table,Drawing resources
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Freeform Modeling
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Inventor Studio
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Project