Introduction to hybrid machining technology Overview of hybrid machining processes Assisted hybrid machining processes Combined hybrid machining processes Multi-scale modelling hybrid machining Hybrid machine tool design On-machine metrology for hybrid machining Material handling for hybrid machining Future of hybrid machining technology

The e-design paradigm Virtual prototyping Physical prototyping Simple airplane engine High mobility multipurpose wheeled vehicle Geometric modeling Parametric curves surfaces CAD generated surfaces Geometric transformation Curve fitting and surface skinning Engineering applications Solid modeling Assembly modeling Virtual reality A single piston engine Design parameterization HMMWV suspension Product Data Management SolidWorks Workgroup PDM Integrated testbed using Windchill Tool integration for e-Disign IGES file structure data format Solid Modeling with SolidWorks Prp/ENGINEER.

The e-design paradigm Virtual prototyping Physical prototyping Simple airplane engine High-Mobility multipurpose wheeled vehicle Virtual machining NC Part Programming Virtual Machining Simulations Practical aspects in CNC Machining Commercial Machining Simulations Software Sample Address Codes HAAS Mini-Mill Toolpath generation Inclined flat surface Ruled Surface Cylindrical surface of Bezier Curve Sheet metal forming simulation Fundamentals of sheet metal forming Process planning and tooling design Commercial Forming simulation software Core panel Wheel fairing Rapid prototyping RP process and tutorial example Rapid prototyping systems Advanced RP systems Rapid prototyping applications RP for complex assembly Single-piston engine Formula SAE racecar Product cost estimating Fundationals of cost analysis Manufacturing cost models Commercial software for the cost estimate Machining costing using SolidWorks Sheet metal costing using SolidWorks Cost Estimate for a BWMD using SEER-DFM Machining simulation using CAM/works Pro/MFG Mastercam.

Level 1: Chapters 1-10. Level 1. Chapters 1-10. Chapter 1. AutoCAD Fundamentals-Part I. Chapter 2. AutoCAD Fundamentals-Part II. Spotlight On: Architecture. Spotlight On: Architecture. Chapter 3. Layers, Colors, Linetypes, and Properties. Chapter 4. Text, Mtext, Editing, and Style. Chapter 5. Hatch Patterns. Spotlight On: Mechanical Engineering. Spotlight On: Mechanical Engineering. Chapter 6. Dimensions. Chapter 7. Blocks, Wblocks, Dynamic Blocks, Groups, and Purge. Chapter 8. Polar, Rectangular, and Path Arrays. Spotlight On: Electrical Engineering. Spotlight On: Electrical Engineering. Chapter 9. Basic Printing and Output. Chapter 10. Advanced Output-Paper Space. Level 1: Answers to Review Questions. Level 1. Answers to Review Questions. Level 2: Chapters 11-20. Level 2. Chapters 11-20. Chapter 11. Advanced Linework. Chapter 12. Advanced Layers. Spotlight On: Interior Design. Spotlight On: Interior Design. Chapter 13. Advanced Dimensions. Chapter 14. Options, Shortcuts, CUI, Design Center, and Express Tools. Chapter 15. Advanced Design and File Management Tools. Spotlight On: Civil Engineering. Spotlight On: Civil Engineering. Chapter 16. Importing and Exporting Data. Chapter 17. External References (Xrefs) Chapter 18. Attributes. Spotlight On: Aerospace Engineering. Spotlight On: Aerospace Engineering. Chapter 19. Advanced Output and Pen Settings. Chapter 20. Isometric Drawing. Level 2: Answers to Review Questions. Level 2 Answers to Review Questions. Level 3: Chapters 21-30. Level 3. Chapters 21-30. Chapter 21. 3D Basics. Chapter 22. Object Manipulation. Spotlight On: Chemical Engineering. Spotlight On: Chemical Engineering. Chapter 23. Boolean Operations and Primitives. Chapter 24. Solid Modeling. Chapter 25. Advanced Solids, Faces, and Edges. Spotlight On: Biomedical Engineering. Spotlight On: Biomedical Engineering. Chapter 26. Surfaces and Meshes. Chapter 27. Slicing, Sectioning, Layouts, and Vports. Chapter 28. Advanced UCS, Views, Text, and Dimensions in 3D. Spotlight On: Drafting, CAD Management, Teaching, and Consulting. Spotlight On: Drafting, CAD Management, Teaching, and Consulting. Chapter 29. Dview, Camera, Walk and Fly, Path Animation. Chapter 30. Lighting and Rendering.

Purpose of creative design engineering Motive of design and design cycle model Aspects of motive of design one form of inner and outer motive The metaphor method theory and methodology of concept generation The blending method Using thematic relations Abducation and concept generation Basic principles of concept generation Methodology of conceptual design Basic principles of conceptual design Competencies required for ceative design thinking From product design to technology design The meaning of creative design engineering.