Sample Module Slide Structure

CAD/CAMEE002-3.5-2OverviewEE002-3.5-2CAD/CAM#1Asia Pacific University College of Technology and Innovation#2TodayStudy plan & Important Notices Marking scheme & Important datesAssignments and tests policyLab sessionsHow to score an A in this subjectIntroduction to CAD/CAM: Brief background on CAD/CAMTopics covered in this subjects EE002-3.5-2CAD/CAM#Study PlanEE002-3.5-2CAD/CAM#Course outline and schemeSTUDENT EVALUATION:

Lab Test 30%Assignment 30%Final Exam 40%EE002-3.5-2CAD/CAM#SoftwareCNC Simulator (Type G-Code and simulate)CREO (Design)CREO (FEA Analysis)CREO (Cutting Path Generation)

EE002-3.5-2CAD/CAM#Introduction to CAD/CAMComputer Aided Engineering (CAE) refers to the use of Information and Computer Technology (ICT) for supporting engineers in the process of developing products, examples:

Simulation: Computer Aided Design (CAD) Product design: Analysis, Diagnosis & repair, FEA Manufacture: Computer Aided Manufacturing (CAM)Planning: Microsoft Project EE002-3.5-2CAD/CAM#This course will cover the following topics: Chapter I: Introduction to CAD/CAM systemsChapter II: Geometric Modeling systems Chapter III: Machining ProcessChapter IV: Numerical Control (NC) machiningChapter V: Rapid Prototyping (RP)Chapter VI:Finite Element Analysis (FEA)EE002-3.5-2CAD/CAM#Chapter I: Introduction to CAD/CAMIntegrating CAD/CAM in to the design processConcurrent Engineering and the use of CAD/CAMExamples of the use of ICT technology in Engineering Design, Drafting, Modeling, FEA, CNC, CAD, CIMIntroducing the concept of Simulation, simulation vs. prototyping, impact of simulation on virtual manufacturingEE002-3.5-2CAD/CAM#Chapter II: Geometric modeling Introduction to different types of geometric modeling techniques

Wireframe modeling, Surface modeling, and Solid modeling, assembly modeling.

Examples and hands-on eachEE002-3.5-2CAD/CAM#Chapter III: Machining processIntroduction to different types of machining techniques

Cutting operation

Examples and hands-on eachEE002-3.5-2CAD/CAM#Chapter IV: Numerical Control Introduction to Numerical Control, Hardware and software configurations, types of NC systems; Introduction to Computer Numerical Control, Direct Numerical Control

Introduction to the CNC Machining centers, types of CNC centers, selected applications of CNC machining centers, 3, 4 and 5-axis centers, G codes

Introduction to Computer assisted Part Programming, APT LanguageEE002-3.5-2CAD/CAM#Chapter V: Rapid PrototypingImpact and importance of Prototyping, problems caused by normal prototyping, effects and benefits of Rapid Prototyping (RP)

Introduction to current RP methods Stereolithography, Laminated object manufacturing, fused deposition modeling, selective laser sintering, 3D printing

Advance topics in RP, introduction to virtual manufacturingEE002-3.5-2CAD/CAM#Chapter VI: Finite Element Analysis (FEA)Revision: Deferential Equations, Solving Deferential equations using MatricesIntroduction to FEA, Applications of FEA, FEA vs. FEM, the three components of the FEA. FEM Modeling techniques, Meshing techniques and approaches. Using the FE: Design and optimization, varying parameters and observing system response. EE002-3.5-2CAD/CAM#Asia Pacific University College of Technology and Innovation#