department of mechanical engineering …department of mechanical engineering workshop on catia v6...
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DEPARTMENT OF MECHANICAL ENGINEERING
VALUE ADDED COURSE
CNC PROGRAMMING SYLLABUS
CNC Manual Part Programming (Milling)
CNC Manual Part Programming (Turning and Milling)
CNC Parametric Part Programming
Automatic Programming (MasterCAM)
CAM-CNC Programming (Milling)
CAM-CNC Programming (Turning)
PLC Programming (Introduction)
PLC Programming (Application)
CNC-PLC & PLC Programming (Siemens)
PLC Programming (Advanced Siemens via NUM Controller)
DEPARTMENT OF MECHANICAL ENGINEERING
WORKSHOP ON ADVANCED MANUFACTURING SYLLABUS
Ultrasonic machining (USM)
Abrasive jet maching (AJM
Water jet machining (WJM)
Abrasive water jet machining (AWJM)
Electrochemical machining (ECM)
Electro discharge machining (EDM)
Electron beam machining (EBM)
Laser beam machining (LBM)
Plasma arc machining(PAM)
Wire-cut Electro discharge machining(W-EDM) processes
DEPARTMENT OF MECHANICAL ENGINEERING
WORKSHOP ON AUTOMOTIVE TECHNOLOGY
The Automobile Automotive Careers and ASE Certification Basic Hand Tools Power Tools and Equipment The Auto Shop and Safety Automotive Measurement and Math Using Service Information Basic Electricity and Electronics Fasteners, Gaskets, Seals, and Sealants Vehicle Maintenance, Fluid Service, and Recycling Engines Engine Fundamentals Engine Design Classifications Engine Top End Construction Engine Bottom End Construction Engine Front End Construction Engine Size and Performance Measurements Computer Systems Computer System Fundamentals On-Board Diagnostics and Scan Tools Computer System Service Fuel Systems Automotive Fuels, Gasoline and Diesel Combustion
DEPARTMENT OF MECHANICAL ENGINEERING
WORKSHOP ON 3D PRINTING SYLLABUS
Stereolithography (SLA)
Digital Light Processing(DLP)
Fused deposition modeling (FDM)
Selective Laser Sintering (SLS)
Selective laser melting (SLM)
Electronic Beam Melting (EBM)
Laminated object manufacturing (LOM)
Fused Filament Fabrication (FFF)
Material Jetting (MJ)
Drop on Demand (DOD)
DEPARTMENT OF MECHANICAL ENGINEERING
WORKSHOP ON CATIA V6 SYLLABUS
DAY-1 SKETCHER WORKBENCH
Basic sketch, Sketch in task environment, Selection tools Profile, Predefined shapes, Circles, Spline, Conics, Line, Points Operations, Corner, Chamfer, Relimitation tools, Projections, Transformations Constrains, Constraint dialogue box, Constrains, Fix together, Animate constrain, Edit multi constrain Sketch tools, Grid, Snap on grid, Construction, Geometrical constrains, Dimensional constrains., Sketch analysis Visualization tools, View tool bar, Workbench
PART MODELING Sketch based features Pad, Multipad, Drafted filleted pad. Pocket, Multipocket, Drafted filleted pocket Shafts, groove Holes Rib, Slots Solid combine,Stiffner, Multi section solid, Multi section solid removal Edit Geometry, Parent child relationship, copy & paste features, Dress up features -Edge fillet, Variable radius fillet, Chordal fillet, Face to face
fillet, Tri tangent fillet Chamfer Drafts, Drafted reflected line, Variable angle draft Shell feature, Thicken Thread, Remove face, Replace face Transformation Features-Translation, Rotation, Symmetry, Axis to axis Mirror, Pattern-Rectangular, Circular, User defined Design table, Power copy, Functions and relations, Catalog Scaling-Scale, Affinity Reference elements- Point, Axis, Planes,
DAY-2
ASSEMBLY DESIGN Introduction on assembly Assembly approaches-Top down assembly, Bottom up assembly Product structure tools Component, Product, Part Existing component,Existing component with positioning Fast multi installation, Define multi installation Move options Manipulations Snap, Smart move Explode Assembly constraints Coincident, Contact constraint, Offset, Angular, parallel, Perpendicular, Fix Fix together, Quick constrain, Change constrain, Reuse pattern Assembly Features Split, Hole, Pocket, Add, Remove Symmetry in assembly
DRAFTING AND DETAILING Introduction on drafting Standards, Templates in drafting Creating the drawing Views Front view, Unfolded view, Projections, Auxiliary view, Isometric view, Advanced front view Sections Detail view, Clipping view, Broken view, View creation wizard Dimensions Dimensions, Chained dimensions, Cumulated dimensions, Stacked dimensions, Distance, Angular, Radius, Diameter, Chamfer dimensions, Thread dimensions, Coordinate dimensions, Hole dimension table and coordinate dimension table Dimension edition, Datum feature, Geometric tolerance Annotations Text, Text with leader, Balloon, Datum target, Text template replacement Symbols and Table creation Dress up Centre line, Area fill creations, Arrow Geometry creation Points, Lines, Circle and Ellipse, Profiles, Curves Geometry modifications Relimitation tools, Transformation tools, Constraints Generation
GENERATIVE SHAPE DESIGN Wireframe Points, Points and plane repetition, Extemum and Extemum polar Line, Axis, Polyline Planes Projection, Combine, Reflect line, Silhouette Parallel curve, Rolling offset, 3D offset Circle, Corner, Connect curve, Conic Spline, Helix, Spiral, Curve from plane, Contour, Isoparametric curve Surfaces Extrude, Revolve, Sphere, Cylinder Offset surfaces Sweeps and adaptive sweep Fill surfaces, Multisection surface, Blend surface Operations Join Split and Trim Extracts Shape fillets Chamfer Translate Extrapolate BIW templates
AUTODESK AUTOCAD SYLLABUS
Day Start Time End Time Duration Topics
09.00 am 09.30 am 30 minutes Registration and Inauguration
Introduction to Autodesk AutoCAD - AutoCAD files types 09.30 am 11.15 am 1 hour 45 minutes - User interface - Function keys - Quick access toolbar
11.15 am 11.30 am 15 minutes Tea Break
GUI and Setting the working space
11.30 am 01.00 pm 1 hour 30 minutes - Draft settings - Units
1
01.00 pm 01.45 pm 15 minutes Lunch Break
Draw Tools - Line 01.45 pm 03.15 pm 1 hour 30 minutes - Co-ordinate systems - Circle - Arc
03.15 pm 03.30 pm 15 minutes Tea Break
Draw Tools and modify tools - Rectangle - Polygon 03.30 pm 05.00 pm 1 hour 30 minutes - Polyline - Ellipse - Erase - Oops
Modify tools (contd) - Trim - Extend 09.00 am 11.15 am 2 hour 15 minutes - Mirror - Move - Copy - Rotate 11.15 am 11.30 am 15 minutes Tea Break
Modify tools (contd)
- Scale - Stretch - Offset 2 11.30 am 01.00 pm 1 hour 30 minutes - Fillet
01.00 pm 01.45 pm 45 minutes Lunch Break
Patterns
01.45 pm 03.15 pm 1 hour 30 minutes - Rectangular Array
- Polar Array
- Path Array
03.15 pm 03.30 pm 15 minutes Tea Break
Parametric and constraints 03.30 pm 05.00 pm 1 hour 30 minutes - Parameters using equation - Constraints
Manage properties - Creating - Manipulating and copying layers 09.00 am 11.15 am 2 hour 15 minutes between objects - Layer status manager - Laywalk - Plot control
11.15 am 11.30 am 15 minutes Tea Break
Annotations
3 11.30 am 01.00 pm 1 hour 30 minutes - Dimensions
- Text - Leader
01.00 pm 01.45 pm 45 minutes Lunch Break
View manager 01.45 pm 03.15 pm 1 hour 30 minutes - Creating model - Layout views
03.15 pm 03.30 pm 15 minutes Tea Break
03.30 pm 05.00 pm 1 hour 30 minutes
Isometric
- Creating isometric drawings
Inquiry tools and hatch - Area 09.00 am 11.15 am 2 hour 15 minutes - Distance - ID - Hatch and hatch properties
11.15 am 11.30 am 15 minutes Tea Break
Blocks and attributes
11.30 am 01.00 pm 1 hour 30 minutes
- Creating blocks
- Modifying blocks
4 - Creating wblocks
01.00 pm 01.45 pm 45 minutes Lunch Break
Bill of material
01.45 pm 03.15 pm 1 hour 30 minutes - Data Extraction
- Tool pallette
- ADC
03.15 pm 03.30 pm 15 minutes Tea Break
Layout and plotting 03.30 pm 05.00 pm 1 hour 30 minutes - Creating layout
09.00 am 11.15 am 2 hour 15 minutes Introduction to 3D modelling
- Basic 3D commands
11.15 am 11.30 am 15 minutes Tea Break
11.30 am 01.00 pm 1 hour 30 minutes Project
5
01.00 pm 01.45 pm 45 minutes Lunch Break
01.45 pm 03.15 pm 1 hour 30 minutes Tips and Tricks
- 33 Tips and Tricks on AutoCAD
03.15 pm 03.30 pm 15 minutes Tea Break
03.30 pm 05.00 pm 1 hour 30 minutes Feed Back & Validation
SCP on
AutodeskInventor Session Plan for 5Days
Day Start Time End Time Duration Topics
09.00 am 09.30 am 30 Registration and Inauguration
Introduction to Digital Prototype
09.30 am 11.15 am 1 hour 45 minutes
- What is Autodesk Inventor? - Project Creation - Inventor files
11.15 am 11.30 am 15 Mins Tea Break
Sketching
11.30 am 01.00 pm 1 hour 30 minutes
- Sketch GUI - Sketch tools - Modify Sketch
1
01.00 pm 01.45 pm 45 Mins Lunch Break
Constrains
01.45 pm 03.15 pm 1 hour 30 minutes
- Dimension Constrain - Geometric Constrain - Sketch based Activity 1
03.15 pm 03.30 pm 15 Mins Tea Break
Part Modelling
03.30 pm 05.00 pm 1 hour 30 minutes
- Extrude components - Revolve components - Part Modelling Activity 1
Construct Tools - Plane Creation
09.00 am 11.15 am 2 hour 15 minutes - Axis and Points Creation
- Sweep with path & guide rail
- Sketch based Activity 2
11.15 am 11.30 am 15 Mins Tea Break
Advance Modelling
11.30 am 01.00 pm 1 hour 30 minutes - Project geometry
- Loft body creation
2 01.00 pm 01.45 pm 45 Mins Lunch Break
Primitives & Pattern
01.45 pm 03.15 pm 1 hour 30 minutes
- Primitive tools in part modelling - 3D pattern
- Part Modelling Activity 2
03.15 pm 03.30 pm 15 Mins Tea Break
03.30 pm 05.00 pm 1 hour 30 minutes - Hole creation
- Rib & Web Design
Modifying Features
09.00 am 11.15 am
2 hour 15 minutes
- Fillet, Chamfer, Draft & Shell Features
- Press pull - Body editing tools
11.15 am 11.30 am 15 Mins Tea Break
Applying Materials & Inspect
11.30 am 01.00 pm
1 hour 30 minutes
- Physical materials and properties
- Inspect dimensions - Part Modelling Activity 2
3 01.00 pm 01.45 pm 45 Mins Lunch Break
Surface Design
01.45 pm 03.15 pm 1 hour 30 minutes
- 3d Sketches - Surface creation - Stich, Extend, Thicken
03.15 pm 03.30 pm 15 Mins Tea Break
Scuplt
03.30 pm 05.00 pm 1 hour 30 minutes
- Create Form - Edit Form - Scuplt design Activity
Day Start Time End Time Duration Topics
Assembly Modelling
09.00 am 11.15 am 2 hour 15 minutes - Assembly concepts
- Component Creation - Constrain
11.15 am 11.30 am 15 Mins Tea Break
Constrain
11.30 am 01.00 pm 1 hour 30 minutes
- Degree of freedom study - Drive & Derive concept - Assembly Activity 1
4 01.00 pm 01.45 pm 45 Mins Lunch Break
Design Accelerators
01.45 pm 03.15 pm 1 hour 30 minutes
- Design Content - Frame generator - Ipart
03.15 pm 03.30 pm 15 Mins Tea Break
Presentation & Rendering
03.30 pm 05.00 pm
1 hour 30 minutes
- Tweak creation - Animate - Render
Drawing
09.00 am 11.15 am 2 hour 15 minutes
- Sheet Customization
- View Creation
- Annotation
11.15 am 11.30 am 15 Mins Tea Break
Simulation
11.30 am 01.00 pm 1 hour 30 minutes
- Types of Analysis
- static stress analysis
- Study report
5
01.00 pm 01.45 pm 45 Mins Lunch Break
Project Work
01.45 pm 03.15 pm 1 hour 30 minutes
- Sketch based Drwaings
- Part Modelling
- Assembly
03.15 pm 03.30 pm 15 Mins Tea Break
Project Work
03.30 pm 05.00 pm 1 hour 30 minutes
-Presentation, Drafting, Render
- Tips and Tricks in Inventor
- Valedictory
Introduction to Autodesk Fusion 360 Session Plan for 2 Days
Day Start Time End Time Duration Topics
09.00 am 09.30 am 30 Registration and Inauguration
Introduction to Fusion 360
09.30 am 11.15 am 1 hour 45 minutes - Account Creation
- GUI
- Navigation tools
11.15 am 11.30 am 15 Mins Tea Break
Data Management & Sketch - Data Panel 11.30 am 01.00 pm 1 hour 30 minutes - Collaboration - Basic Sketch tools Day 1 - Workspace Settings
01.00 pm 01.45 pm 45 Mins Lunch Break
Constrains & 2D Patterns
01.45 pm 03.15 pm 1 hour 30 minutes - Dimension Constrain
- Geometric Constrain
- 2D Patterns
03.15 pm 03.30 pm 15 Mins Tea Break
Basic Part Models
03.30 pm 05.00 pm 1 hour 30 minutes - Extrude components
- Revolve components
- Boolean operation
Advance Modelling 09.00 am 11.15 am 2 hour 15 minutes - Plane Creation - Loft & Sweep body creation
11.15 am 11.30 am 15 Mins Tea Break
Introduction to Sculpt 11.30 am 01.00 pm 1 hour 30 minutes - Create Form - Edit Form
Day 2 01.00 pm 01.45 pm 45 Mins Lunch Break
Introduction to Assemblies
01.45 pm 03.15 pm 1 hour 30 minutes - Component Creation - Applying Joints
03.15 pm 03.30 pm 15 Mins Tea Break
Introduction to Animation & Render
03.30 pm 05.00 pm 1 hour 30 minutes
- Story board Creation
- Transform
- Publish
DEPARTMENT OF MECHANICAL ENGINEERING
WORKSHOP ON MATERIALS AND
INSTRUMENTALTECHNIQUES SYLLABUS
TRANSMISSION ELECTRON MICROSCOPE
SCANNING ELECTRON MICROSCOPE
SCANNING PROBE MICROSCOPE
MATERIALS CLASSIFICATION
PROPERTIES OF MATERIALS
SELECTION OF MATERIALS
STRESS ANALYSIS
NUMERICAL ACCURACY
DESIGN CONSIDERATIONS
STRESS-STRAIN DIAGRAM