| A1. CAD/CAM/CAE SOFTWARE |
| For CAD/CAM/CAE/CNC Professionals & Industrial Professionals |
A5.1 a AutoCAD (CAD) |
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A5.1 b Mechanical Desk Top (CAD) |
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Parametric Modeling |
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Creating & Editing Of Surfaces |
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Creating Parametric Sketches |
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Creating Drawing Views |
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Assembly & Parts |
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Duration |
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72 Hrs (3 weeks, 4 hrs/day) |
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A5.1 c Solidworks (CAD) |
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Sketcher |
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Drafting & Assembly |
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part Design |
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Simulation |
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Surfacing |
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Duration |
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72 Hrs(3 Weeks, 4hrs/day) |
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A5.1d CATIA (CAD) |
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Introduction to Catia |
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Wire Frame & Surface Design Workbench |
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Sketecher Workbench |
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Assembly Design Workbench |
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part Design Workbench |
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Generative & Interactive Drafting Workbench |
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Duration |
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96 Hrs (4 weeks, 4 hrs/day) |
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A5.1 e PRO-E (CAD) |
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Introduction to Pro-E |
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Pro Surface |
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Fundamentals of Pro -E |
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Assembly Modeling |
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Sketchers |
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Detailling |
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Part Modeling |
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Duration |
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96 Hrs (4 weeks, 4 hrs/day) |
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A5.1 f Unigraphics (CAD) |
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Introduction |
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Feature Based Modeling |
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Interface & Coordinate System |
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Assembly & Details |
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Curves |
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Drafting |
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Sketche |
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Free Form Features |
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Duration |
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96 Hrs (4 Week,4 Hrs / day) |
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A5.1 g Unigraphics (CAM) |
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Introduction |
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Planner Turning & Milling |
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Overview of Manufacturing |
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Cavity Milling |
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Manufacturing Applications |
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Fixed Contour Operation |
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Point to Point Machining |
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CNC Prog. Generation & Transfer To Machine |
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Duration |
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96 hrs(4 Weeks, 4 hrs /day) |
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A5.1 h Master Cam (CAD/CAM) |
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2D Drafting |
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Surface Modeling |
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Wire frame Modeling |
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Tool Path Generation |
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Transfer to Machine / Post Processing |
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Duration |
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96 Hrs (4 weeks,4 hrs/day) |
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A5.1 i DELCAM (CAD/CAM) |
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2D Drafting |
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Tool path Generation |
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Wire Frame Modeling |
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Transfer To machine / Post Processing
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Surface Modeling |
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Duration |
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96 Hrs (4 Weeks, 4 hrs/ day) |
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| A5.1 J ANSYS (CAE) |
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Introduction to FEA |
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Ansys Basic & Gen. Analysis procedure |
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Ansys & DIffrent type of interface |
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Structural Analysis |
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Thermal Analysis |
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Modal Analysis |
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Duration |
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72 Hrs (3 weeks, 4 Hrs/ Day) |
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A5. 1K HYPERMESH (CAE) |
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Introduction to FEA |
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Introduction to Hypermesh |
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Geometry creation |
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2D Meshing |
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3D Meshing |
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Mesh Analysis |
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Optistruct |
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Introduction To Hyperform / Hyper- view |
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Duration |
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72 Hrs (3weeks, 4 Hrs/day) |
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A5.1 L CNC Programming & Machining (MTS) |
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Introduction To CNC Technology |
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Geometrical Basics For CNC Machines |
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Technological Basic For CNC Machines |
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Introduction To NC Programing |
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CNC Programming & Machining
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Duration |
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72 Hrs (3 Weeks, 4 Hrs / day) |
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A2. CNC MACHINING |
For Small Scale Industries (Engineers / Supervisors) |
| A2. a
CNC Lathe |
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Introduction & Preparation Of Part Geometry |
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Optimizing Tool Path |
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Preparing & Setting For Operation With Test Run Simulation |
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Setup Of Zero Point Displacement With Tool Offset Values For Different Tools |
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Execution Of Part Program
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Duration |
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72 Hrs (3 Weeks, 4 Hrs / day) |
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| A2. b CNC Milling |
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Preparing Program For CNC Milling Operations |
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Setup Of Tools With Radial & Axial Offset Values |
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Optimizing The Program |
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Execution Of Part Program |
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Preparing & Setting For Operation With Test Run Simulation
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Duration |
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72 Hrs (3 Weeks, 4 Hrs / day) |
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| A2. c CNC EDM |
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Programming & Simulation Of The Part Programs |
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Simulation With Dry Run |
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Preparing Technology For The Operation |
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Execution Of The Part Program |
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Setting Up Of EDM Machine
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Duration |
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72 Hrs (3 Weeks, 4 Hrs / day) |
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A3. TOOL DESIGN |
| A5. la
Design of Press Tools
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Introduction |
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Presses & Their Classification |
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Elements & Their Function |
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Tool Design Parameters |
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Press Tool Operations & Their Classification
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Design Of Press Tools |
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Materials For Press Tool Elements |
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Defects & Remedies |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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| A5. lb
Design of Moulds
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Introduction |
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Elements & Their Function |
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Moulding Operations & Their Classification |
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Moulding M/c’s & Their Classification |
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Tool Design Parameters
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Design Of Moulds |
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Materials For Mould Elements |
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Defects & Remedies |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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| A5. lc Design of Die Casting Dies |
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Introduction |
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Elements & Their Function |
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Casting Operations & Their Classification |
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Die Casting Machines & Their Classification |
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Tool Design Parameters
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Design Of Die Casting Dies |
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Materials For Die Casting Die Elements |
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Defects & Remedies |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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| A5. ld Design of Jigs & Fixture |
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Introduction |
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Elements & Their Function |
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Jigs & Fixtures & Their Classification |
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Tool Design Parameters |
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Design Of Jigs & Fixtures
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Materials For Jigs / Fixture Elements |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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| A5. le Design of Gauges |
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Introduction |
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Elements & Their Function |
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Gauges & Their Classification |
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Tool Design Parameters |
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Design Of Gauges
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Materials For Gauge Elements |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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| A5. lf Design of Cutting Tools |
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Introduction |
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Tool Geometry |
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Metal Cutting Theory |
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Design Of Cutting Tools |
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Materials For Cutting Tools
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Defects & Remedies |
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Maintenance, Safety & Storage |
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Duration |
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48 Hrs (2 Weeks, 4 Hrs / day) |
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A4. GENERAL |
| A4.a Geometric Dimensioning &
Tolerancing |
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Introduction |
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Concept of Tolerances, Limits & Fits |
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Applications |
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Classifications |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.b Metrology |
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Introduction To Metrology |
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Practice On Measurement |
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Measurement - Equipments & Technique |
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Linear Measurement |
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Angular Measurement |
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Profile Measurement |
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Surface Roughness |
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Advance Measurements |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.c Basic Course in CMM |
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Introduction |
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Principle of working |
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Applications & use |
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Safety & Maintenance |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.d Basic Hydraulics |
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Introduction |
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Fundamental Principles |
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Energy Supply Elements |
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Directional Control Valves |
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Circuit Design & Application |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.e Electro Hydraulics |
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Introduction |
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Fundamental Principles |
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Energy Supply Elements |
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Directional Control Valves |
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Circuit Design & Application |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.f Advance Hydraulics |
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| A4.g Basic Pneumatics |
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Introduction |
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Fundamental Principles |
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Energy Supply Elements |
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Directional Control Valves |
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Circuit Design & Application |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.h Electro Pneumatics |
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Introduction |
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Fundamental Principles |
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Energy Supply Elements |
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Directional Control Valves |
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Circuit Design & Application |
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Duration |
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48 Hrs (1 Weeks, 8 Hrs / day) |
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| A4.i Advance Pneumatics |
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A5. SKILL DEVELOPMENT PROGRAMMES |
A5.1: For SSC Passouts |
| A5.1 a Certificate Course in Moulding Machine Operations |
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Conventional Machine Tool Operations |
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Workshop Technology & Calculations |
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Blue Print Reading |
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Engineering Metrology |
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Plastic Processing Technology - Plastic Materials, Moulding Machines, Mould & Its Elements, Defects, Causes & Remedies |
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Inj.Moulding Machine & Its Operations |
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Duration |
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24 Weeks (8hrs/day) |
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| A5.1 b Certificate Course in Conventional Machine Operations (Lathe & Milling) |
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Workshop Technology & Calculations |
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Blue Print Reading |
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Engineering Metrology |
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Material Technology |
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Conventional Machine Tool Operations (Lathe, Milling, Drilling) |
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Duration |
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12 Weeks (8hrs/day) |
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| A5.1 c Certificate Course in Conventional Machine Operations (Grinding) |
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Workshop Technology & Calculations |
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Blue Print Reading |
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Engineering Metrology |
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Material Technology |
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Conventional Machine Tool Operations (Surface & Cylindrical Grinding) |
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Duration |
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12 Weeks (8hrs/day) |
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| A5.1 d Certificate Course in Computer Hardware Maintenance & Networking |
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Introduction To Operating Systems |
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Computer Peripherals |
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Memory And Storage |
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Assembly And Trouble Shooting |
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Introduction To Networking |
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Duration |
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12 Weeks (8hrs/day) |
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| A5.2 d Certificate Course in Advance Networking |
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Installation, Configuration , Administration, Management And Maintenance |
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Software Applications (Microsoft Word, Excel, Power Point, Note Pad) |
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Windows XP Professional |
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Windows Server 2003 |
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Network Infrastructure |
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Windows Server 2003 Environment |
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Microsoft Exchange Server 2003 |
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Duration |
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12 Weeks (8hrs/day) |
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A5.2: For SSC (Failed) |
| A5. 2 a Certificate Course in Conventional Machine Operations |
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Exposure To Metrology |
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Conventional Machining |
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Workshop Technology |
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Material Technology |
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Blue Print Reading |
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Duration |
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24 Weeks (8hrs/day) |
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