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  Making of antech Antech Institute Pune
Vocational Training for 8th,10th,12th, and Others

Overview

About this program:

CAD CAM ASSISTANT is designed by Maharashtra state board of Vocational education, Mumbai.

Eligibility : Qualification : 10th class pass under 10+ 2 scheme. With maths and science

Duration of training :6 months

 

C. C.in lathe machine operator

Name of the course : C. C. IN LATHE MACHINE OPERATOR
Introduction :

The syllabus of C.C. In lathe machine operator such a way that after completion of course, the    student would acquire good working skill suited to work as Turner in workshop.

Objective:-

1) Develop adequate knowledge of engg. drawing .

2) Develop skills in job inspection with the help of precision measuring instrument and gauges.

3) Provide a sound working operational knowledge of lathe machine .

4) Handling & uses of different

Training system
Training System Per Week
Theory Practical Total
12 Hours 30 Hours 42 Hours
Examination system
Sr. No. PaperCode Name of Subject TH/PR Hours Max.Min Marks
1 30313711 TURNER THEORY TH-I 3 hrs 100 35
2 30313721 TURNING PRACTICAL PR-I 3 hrs 200 100
3 3031722 TURNING PRACTICAL C JOB PR-II 6 hrs 100 50
TOTAL 400 185
Syllabus
  • Introduction Safety Productions Importance of safety pre-cautions and its observance in the Workshop.
  • Marking Chipping Chisels grinding Steel Rule-Types gradation Hammer – Types and uses. Punches – Types and uses. Chisel – Types and uses.
  • Filling Practice Files : Types-Uses material shapes & Surface finish & ‘H’ angle specification Caliper-Types, Uscs. Try square – uses.
  • Drilling Centre punch Hack Sawing Drill machine – Types, Sizes Hacksaw blade-Pitch, Size.
  • Tapping & Die threading Pipe threading Taps-types Card Drill-Size Dic-Types,Uscs,Dicstock
  • Lathe checking in proper condition Lathe construction Main parts Lubricating various. Lubricating methods and preventive maintenance with daily, weekly, monthly, quarerly and yearly etc., and its importance in rolation with machines.
  • Grinding lathe tools Holsing methods Accessories –
  • Four chuck- consst. Material use Cutting tool – Shape and parts Angles and Information about materials.
  • Facing centre drilling Tool grinding Centre drill-sizes-use Drill chuck uses const.
  • Checking lathe between centre turning Accessories-Centre. Types use. Cutting Tool grinding+ tool-Various angles.
  • Parallel turning Cutting speed and feed. Cutting lubricant Tool-roughing and finishing.
  • Step turning Cutting toll-knife tool Recessing tool, Depth rule.
  • Drilling Drill-Parts,types, Angles C.S. for various material.
  • Boring, Step boring Know how about out-side micrometer Step turning and vernier caliper etc.
  • Step turning --- do --- Metric system --- do --- --- do ---
  • Stop Boring, Non ferrous metal Know how about inside micrometer Coolant use for various metals. Depth micrometer etc. 3
  • Reaming and Kurlling Reamer-Parts, types C.S. for various operation cooler use.
  • Fetting Desemeter metal knurling tool-Types use gauges use types.
  • Tapping in Lathe die threads Process and care maint calculation of cordial Drill size-
  • Gear blank turning with mandrel Accessories – Driving const. Use, carrier- Types. Uses Mandrel- Types. Practical - II TURNING PRACTICAL COMPOSITE JOB
  • Taper turning by C.S.R. Taper Definition. Advantages and disadvantages Vernier level Protractor.
  • Taper by effec t method Advantages and disadvantages Accessories – Boll centre.
  • Taper by form tool Advantages and disadvantages Use on capstan lathe-
  • Accentric turning B.V. Block V. height Gauge. Dial test indicator.
  • -- “ -- Faceplate Use Angle plate Use Balancing weight-Advantages.
  • Advance work on Face plate Commenation set Split bearing.
  • Threading B.S.W. Std., Tool-shape,cutting Internal & External Threads difference Dimension.
  • -- do -- Cat-Pitch depth. Core dia.
  • Threads I.S.I. Thread-Advts & dimensions Tool form, depth, core dia.
  • Threads square Advantages and disadvantages Tool form-dimensions Cat-Core dia, pitch, depth,etc.
  • Screw cutting on non ferrous metal Hand Chessers-Types Uses M/c. Chesser -- “ –
  • Acme threads & other forms Threads form tool angle etc., Calculation-Loose.
  • Metric threads on British Use of 127 63 Tech gear Lathe & viceversa. Gear train calculation.
  • Multistart threads Difference between head and pitch, Methods of setting tool gear train Calculations.
  • Work involve in steadies Steady-Types uses, parts.
  • Visit to factories to observe advance work Capstone Turret-difference advantages, Mass Production etc.
 

C.C. in TOOL AND DIE MAKER

Name of the course : C.C. in TOOL AND DIE MAKER
Introduction :

The trainee will either to be able to take up jobs with agencies which Develop, maintain and repair such Dies & Moulds Application or with working experience will be in a position to start his own independent Business.

Objective:-

1. Awareness of Safety precautions.

2. Application of Various Tools used in TOOL AND DIE MAKER (DIES AND MOULDS)

3. Awareness of various Dies & Moulds

4. Developed Dies & Moulds.

5. Operation on Dies & Moulds

6. Repair & Maintenance Dies & Moulds

Training system
Training System Per Week
Theory Practical Total
12 Hours 30 Hours 42 Hours
Examination system
Sr. No. PaperCode Name of Subject TH/PR Hours Max.Min Marks
1 30316211 Tool And Die Maker (Dies And Moulds) TH-I 3 hrs 100 35
2 30316221 BASIC Turning & Grinding (including knowledge of Material & Heat Treatment) PR-I 3 hrs 100 50
3 30316222 Tool And Die Maker (Dies And Moulds) PR-II 6 hrs 200 100
TOTAL 400 185
Syllabus
  • Brief revision on drilling, turning, milling, grinding & c.n.c. turning & milling, heat treatment jig boring machine introduction, working principle, constructional feature, specification and uses. Introduction to tooling - brief description of press tools, plastic moulds, die-casting die and jigs and fixtures.
  • Differentiating between thermoplastic & thermsetting plastic properties & uses of commonly used thermo & thermoset  plastics, fillers & additives, r einforced plastic mould relese agents, identification of common thermoplastics. Pentograph engraving and copy milling machine working principle, constructional feature, specification and uses.
  • Differentiating between thermoplastic & thermsetting plastic properties & uses of commonly used thermo & thermoset  plastics ,fillers & additives, reinforced plastic mould relese agents, identification of common thermoplastics. Edm spark erosion machine working principle, constructional feature, specification and uses.
  • Calculation of shot weight. plasticing  capacity, minimum cycle time, clamping, mould polishing technic ,tools & equipments used for polishing, methods and care while polishing. Edm wirecut machine working principle, constructional feature, specification and uses.
  • Description of parts of system.
  • Runner functions. different  types of runner cross section. selection of best runner cross section. Function & types of gates. Selection of gates calculation of gate & runner size
  • Different types of ejection system .functioning of ejection system , ejector return system. ejection methods. actuation methods for stripper plates, ejection from fixed half. Function & types of spure puller. Lapping of moulds and dies, lapping compound.
  • Types of parting surface. Selection of parting surface shrinkage factors, governing shrinkage. Determination of core & cavity dimensions. Material selection for the manufacture of core and cavity, pillars & other elements of dies & moulds. factor to be considered for the selection of material like load, heat resistance, machinablity etc. selection of material on the basis of manufacturing aspects and processing aspects. application of non-ferrous materials for the manufacture of moulds & dies. heat treatment­its effect on functioning of different parts-different method of heat treatment etc.
  • Importance of temperature controlling in moulds,method for controlling different parts of moulds,cooling channels & their positions.mould cooling calculation. Constructional details of two cavity injection mould
  • Necessity of splits in mould,method of operation of splits.split locking methods,split locking arrangements. Side core & side cavity. Assembly details of side core & side cavity. Method usde in actuating the side core & side cavity
  • Constructional details of two cavity injection mould with side core/side cavity
  • Different methods used in moulding internal undercuts. Factor to be considered while desiging moulds for components with threads. Methods employed in the removal of internally & externally threaded components.
  • Quality and inspection of moulds and dies- stage inspection of core, cavity and mould elements. Inspection of additional tooling like electrodes, templates,masters etc. Final inspection of the system incorporated in the moulds in respect of alignment, matching feed system, ejection system, cooling system,etc. And product inspection
  • Difference between single daylight & multi daylight mould.under feed moulds,feed system in multiday light moulds.triple daylight moulds. Elements of mould cycle. Importance of mould cycle diagram
  • Construction/design details of injection mould ( plate selection ) mould estimation, process planning for manufacture of dies and moulds.
  • Construction/design details of injection mould with side core movement by dog legged cam
  • Identification of common moulding defects that occur during injection moulding,reasons for defect in the component,mould material.
  • Compression moulding process. Procedure of compression moulding process. Identification of common defects that occur during comprsssion moulding.
  • Transfer moulding process. Procedure of transfer moulding process. Identification of common defects that occur during transfer moulding
  • Compression & transfer mould calculations . Construction -design details of simple compression & transfer mould
  • Introduction to blow moulding. Termoforming,rotational moulding,extrusion process. Introduction to blow moulding machine, extrusion machine and their working princile. Project
  • Die casting.hot chamber process & cold chamber procss. Basic design of a die casting die.
  • Process variables-influence of die casting metal on the process,influence of die casting die on the process. Ejection system in a die casting die. Moving cores-actuation of moving cores. Fault correction-cold type defects,hot type defects
  • Revision & test industrail visit ( minimum two )
 

Adv CAD CAM with CNC

ADVANED CAD CAM WITH CNC -> CC IN CAD CAM ASSISTANT
Employment opportunity

The trainee will either to be able to take up jobs with agencies which Develop, maintain and repair such CAD/CAM Application or with working experience will be in a position to start his own independent Business.

Objective of the course :
  • Awareness of Safety precautions
  • Application of Various Tools used in CAD/CAM
  • Awareness of various Controls in CAD/CAM
  • Developed CAD/CAM Program
  • Operation of CAD/CAM using CNC Machine
Training system
Training System Per Week
Theory Practical Total
12 Hours 30 Hours 42 Hours
Examination system
Sr. No. PaperCode Name of Subject TH/PR Hours Max.Min Marks
1 30315111 CAD/CAM TH-I 3 hrs 100 35
2 30315121 Basic CNC Programming & Hydraulics & Pneumatics PR-I 3 hrs 100 50
3 30315122 CAD/CAM PR-II 6 hrs 200 100
TOTAL 400 185
Syllabus of the trade
  • Introduction of institute and industry
  • AuroCAD full 2D
  • AutoCAD 3D
  • CNC programming
  • Hydraulics and pneumatic
  • Asy/disassemble of flow control valve
 

AutoCAD

AUTOCAD

About this program :

AUTOCAD is designed by Maharashtra state board of Vocational education, Mumbai.

Eligibility : Qualification : 10th class pass under 10+ 2 scheme. With maths and science

Duration of training : 6 months

Employment opportunity

a) Self Employment :-

  • Draughtsman- Draughtsman (Civil) & Draughtsman (Mechanical) can executive drafting & plotting work for the concern industries.
  • Engineers- Mechanical & Civil engineers, Architects & in concern industries/companies.
  • Architect can create design & drawing of their construction projects with wide variety of CAD facilities.
  • Designing drafting & printing new drawings.
  • Digitizing of old drawings.

b) Wage Employment :-

A person can work as a CAD operator in the office of consulting engineers architects & in concern industries/ companies.

Objective of the course :

To make available AutoCAD with the capability of managing any type of engineering drawing.

Training system

Training System Per Week

Theory Practical Total
6 Hours 18 Hours 24 Hours

Examination system

Sr. No. PaperCode Name of Subject TH/PR Hours Max.Min Marks
1 10110611 Auto-CAD TH-1 3 hrs. 100 35
2 10110621 CAD-2D Drawing PR-1 6 hrs. 200 100
3 10110622 CAD-3D Drawing PR-2 3 hrs. 100 50
TOTAL 400 185

Syllabus

  • Fundamental of Computers
  • Operating system
  • Internet
  • Drawing CAD 2D
  • Solid modeling 3D
 

Multimedia & Animation

C.C. IN MULTIMEDIA ANIMATION TECHNOLOGY

About this program : This program is designed by Maharashtra state board of Vocational education, Mumbai.

Eligibility : Qualification : 10th class pass under 10+ 2 scheme. With maths and science

Duration of training : 6 months

Employment opportunity

Self Employment :-

he can work as a freelancer for animation studios, advertising agencies and other clients who outsource their animation work from home. He have the option of working for and established medium to large-scale organization involved in graphics and animation work. Visualizers, Ink and Paint Artists, Special Effects Persons, 3D Animations, character Animators and Modeling Artists.

Objective of the course :

Can achieve one skills for developing multimedia animation.

Training system

Training System Per Week

Theory Practical Total
6 Hours 18 Hours 24 Hours

Examination system

Sr. No. Paper Code Name of Subject TH/PR Hours Max.Min Marks
1 10110711 Computer Fundamentals & Multimedia TH-I 3 hrs. 100 35
2 10110721 Multimedia Animation PR-I 3 hrs. 100 50
3 10110722 3d Max PR-II 6 hrs. 200 100
TOTAL 400 185

Syllabus

  • Computer fundamentals
  • Computer graphics
  • Concepts of Animation
  • Animation using flash
  • Photoshop
  • 3D Max
 

 
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