Level: Beginner to Intermediate
Prerequisites: Basic computer literacy; knowledge of mechanical design or engineering is beneficial
Software Required: Autodesk Inventor (latest version – Imperial or Metric templates based on project/location)
Certification: Certificate of Completion from Thakral Global Learning + Preparation for Autodesk Certified User: Inventor
📖 Course Overview:
This course offers an in-depth introduction to Autodesk Inventor, a professional-grade software used for 3D mechanical design, product simulation, and engineering documentation. Students will learn how to create parametric models, assemblies, and detailed drawings using Inventor’s powerful tools for part and assembly modeling, sheet metal design, and presentation creation. Whether you’re an aspiring mechanical engineer, product designer, or design engineer, this course is designed to help you build the practical skills and knowledge to design and document 3D models with Autodesk Inventor, along with preparing for the Autodesk Certified User: Inventor exam.
✅ Learning Outcomes:
By the end of this course, learners will be able to:
- Navigate Autodesk Inventor’s interface and workspace
- Create and modify 3D models using parts, assemblies, and drawings
- Design and document mechanical parts with precision
- Create sheet metal parts, weldments, and assemblies
- Develop simulations and perform motion studies
- Prepare for the Autodesk Certified User – Inventor exam
🧩 Course Modules:
Module 1: Introduction to Autodesk Inventor & Project Setup
- Overview of Autodesk Inventor and its use in mechanical design
- Imperial vs. Metric units and template selection
- User interface navigation and workspace configuration
- File management: Projects, parts, assemblies, and drawings
- Creating new files and working with existing templates
Module 2: Part Modeling Fundamentals
- Understanding the concept of parametric design
- Creating basic 2D sketches for 3D modeling
- Using constraints and dimensions in sketches
- Creating 3D features (extrude, revolve, sweep, loft)
- Hands-on: Design a basic mechanical part (e.g., bracket or gear)
Module 3: Advanced Part Modeling & Tooling
- Advanced sketching and feature-based modeling
- Working with patterns (rectangular, circular, and mirror)
- Creating holes, threads, and other standard features
- Introduction to part libraries and tool components
- Hands-on: Design a more complex mechanical part (e.g., shaft or bracket assembly)
Module 4: Assembly Modeling
- Assembling parts into a complete model
- Understanding constraints and assembly features
- Managing subassemblies and component placement
- Performing interference checks and assembly motion analysis
- Hands-on: Assemble a mechanical device or machine
Module 5: Sheet Metal Design
- Introduction to sheet metal modeling
- Creating flanges, bends, and cuts
- Developing flat patterns and unbending parts
- Using sheet metal-specific tools for precision design
- Hands-on: Create a sheet metal part for manufacturing
Module 6: Weldments & Structural Frames
- Creating weldments with Inventor
- Designing and managing structural frame components
- Working with standard profiles and weld symbols
- Creating assemblies using structural shapes and weld components
- Hands-on: Design a structural frame or welded assembly
Module 7: 2D Drawings & Documentation
- Generating 2D drawings from 3D models
- Creating detailed views, dimensions, and annotations
- Understanding drawing standards and sheet size setup
- Working with title blocks and revisions
- Hands-on: Create a detailed engineering drawing from an assembly
Module 8: Presentation & Visualization
- Creating exploded views and animations
- Setting up camera views and lighting for presentations
- Rendering models and creating realistic visualizations
- Preparing files for client presentations or manufacturing
- Hands-on: Generate an exploded view or animation of an assembly
Module 9: Simulations & Motion Studies
- Introduction to mechanical simulations and analysis
- Setting up motion studies and assembly constraints
- Simulating real-world conditions (stress, force, and displacement)
- Performing motion analysis for assembly functionality
- Hands-on: Simulate a basic mechanical assembly’s movement
Module 10: Portfolio Project & Certification Prep
- Capstone project: Design and document a complete mechanical product or assembly
- Final project presentation: Prepare a detailed assembly with drawings and simulations
- Review of key concepts for Autodesk Certified User exam
- Mock exam and certification preparation tips
📝 Assessment & Evaluation:
- Hands-on assignments after each module
- Mid-course project review and feedback
- Final project (complete design and documentation)
- Practice exams for Autodesk Certified User – Inventor
💼 Career Pathways:
- Mechanical Designer
- CAD Draftsperson
- Product Engineer
- Manufacturing Designer
- Design Engineer
- Mechanical Assembly Coordinator
🌟 Why Choose This Course at Thakral Global Learning?
- Autodesk-certified instructors with industry experience
- Real-world applications in mechanical design, product development, and engineering
- Hands-on practice with Inventor tools and techniques
- Access to Autodesk Inventor software for educational use
- Certification prep aligned with Autodesk’s official standards
