Skill Development Programs

CNC

CNC

CNC Turning: Programming and Applications

  • Total Duration of Program (Hours): 60
  • Live sessions (Hours): 12
  • Activity sessions (Hours): 26
  • Practice Sessions (Hours): 20
  • Trainee Assessment (Hours): 2
Program Brief

This Course will provide knowledge on basics of CNC Technology: Turning – Programming and applications.

Pre-Requisites

Employed personnel in Manufacturing / Engineering Industry, BE (Student), BE Graduate, Diploma Student / Graduate,  ITI Student / Graduate

Job Roles

CNC Application Engineer, Production Engineer, Planning Engineer, Shop Floor Supervisor / Line Leader, CNC Job Setter, CNC Machine Programmer, CNC Machine Operator

Outcome

At the end of this program, the trainee would be a Certified with the following skills:

The trainee will be able to read blue print of manufacturing drawings,work on ISO control, programming of various canned cycles,simulation of part programming, process planning, selection of Cutting tools and work holding devices, selection of cutting parameters, selection of machines, Industrial safety.

Program Summary

Assessment

Knowledge/Skills Achieved:

  • Pre Training Assessment

Practice Tool Features

  • Pre test is conducted to determine the pre-existing knowledge of the trainee about CNC. 
  • Test will be in quiz format.

Test Duration: 1 Hour

Module 1 – Basics of CNC Technology

Knowledge/Skills Achieved:

  • Evolution of CNC Technology
  • CNC Control systems types
  • Machine specifications
  • GD & T symbols
  • Basics of dimensioning and tolerance
  • Interpretation of part and assembly drawing
  • Sequence of machining
  • Calculation material physical properties
  • Able to identify the assembly & sub assembly of CNC machines
  • Identify the Electrical components
  • Preparation of process planning
  • Able to select cutting tools
  • Able to calculate cutting parameters
  • Able to estimate material consumption
  • Raw material preparation

eLearning Module Features:

  • Blueprint Reading of Engineering Drawing 
  • Geometric Dimensioning & Tolerance
  • Identify the parts of assembly and sub assembly
  • Electrical components – CNC control system,Motors,Drives,Encoders
  • Blue print reading Machine specifications
  • Functions of ISO Controls
  • Various Modes of Operation in CNC Control
  • Selection of Cutting tools and parameters
  • Types of work holding devices
  • Process planning-sequence of machining, machine setup, tooling, work holding devices

Software – CNC Train Features

  • Multifunctional Programming capabilities
  • Powerful graphics including plan view, side view, 3D, tool path and auto zoom.
  • Identify the assembly and sub assembly of machine
  • Machine control panel keys and its functions
  • CNC control system – Modes of operations
  • Tool Library – select and modify the cutting tools nomenclature and parameters
  • Selection raw materials – tube, cylinder, block, polygon, casting, machined parts
  • Syntax complier to validate the program entered
  • Process planning to define the raw materials, cutting tool selection, sequence of operation, work holding devices, part programming
  • Machining cycle time estimation

Module Duration: 10 Hours

Module 2 – CNC Turning Center – Basic Programming – I

Knowledge/Skills Achieved:

Knowledge on:

  • G codes, M codes
  • Program Formats and Address
  • Modal commands
  • Coordinate systems, Polar coordinates
  • Header and Footer of part program
  • Various operations in Turning
  • Application of T, S, M commands
  • Basic motion commands
  • Simulation of Tool path

eLearning Module Features:

  • G  and M Code Functions 
  • Program Format
  • Coordinate Geometry – Machine, Work & Tool, Polar
  • Creating program start-up and end of program
  • Basic motion commands – Rapid,Linear & Circular interpolation
  • Simple Turning and Facing cycles
  • Tool Nose Radius Compensation
  • Tool path verification
  • Simulation of Part Program

Software – CNC Train Features

  • Program direct input of  G and M Codes
  • Dialog programming 
  • CNC write and CNC teach options 
  • Interactive part programming
  • Programming of Turning cycle 
  • Programming of Facing cycle 
  • Programming for Multiple Turning Cycle 
  • Selection of Cutting Tool and its parameters
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto,MDI,Jog modes of operations..

Module Duration: 10 Hours

Module 3 – CNC Turning Center – Basic Programming – II

Knowledge/Skills Achieved:

  • Standards of Thread, types, calculation of various parameters
  • Use of Drill charts
  • Hole preparation and finishing process
  • Grooving an threading cycle
  • Machine Control Panel programming
  • Programming, creating tool path, optimizing tool path, defining machining parameters

eLearning Module Features:

  • Thread types and standards
  • Calculation of Thread parameters
  • Programming of Threading cycles
  • Programming of Thread parameters
  • Drill charts application
  • Programming of Advanced canned cycles – Stock removal,Grooving,Threading,Drilling
  • Simulation of advance canned cycles

Software – CNC Train Features

  • Interactive and dialog programming of advanced canned cycles
  • CNC write and Teach enables to program advanced cycles easily
  • Programming using Multiple Facing Cycle
  • Programming using Multiple threading cycle 
  • Programming using Grooving Cycle 
  • Simulation of advanced canned cycles
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto, MDI, Jog modes of operations.

Module Duration: 10 Hours

Module 4 – CNC Turning Center – Intermediate Programming

Knowledge/Skills Achieved:

  • Internal operations
  • Drilling, Boring, Threading
  • Canned cycle parameters, tool path, simulation of tool path
  • Programming, creating toolpath, optimizing toolpath,defining machining  parameters.
  • Machine operations of CNC Turning center

eLearning Module Features:

  • Application of Canned Cycles – Internal operations in Turning
  • Cutting Tools and its Parameters  

Software – CNC Train Features

  • Programming using Drilling cycle 
  • Programming using Boring operation
  • Programming using Internal Threading operation
  • Selection of Tool and Tool parameters
  • Tool path simulation, Syntax compiler to validate the part program, section view to visualize 
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto, MDI, Jog modes of operations

Module Duration: 8 Hours

Assessment

Knowledge/Skills Achieved:

  • Post Training Assessment

Practice Tool Features:

  • Post test is conducted to determine the  knowledge gained by the trainee about CNC. 
  • Test will be in quiz format.

Test Duration: 1 Hours

CNC Milling: Programming and Applications

  • Total Duration of Program (Hours): 60
  • Live sessions (Hours): 12
  • Activity sessions (Hours): 26
  • Practice Sessions (Hours): 20
  • Trainee Assessment (Hours): 2
Program Brief

This Course will provide knowledge on basics of CNC Technology: Milling – Programming and applications.

Pre-Requisites

Employed personnel in Manufacturing / Engineering Industry, BE (Student), BE Graduate, Diploma Student / Graduate,  ITI Student / Graduate

Job Roles

CNC Application Engineer, Production Engineer, Planning Engineer, Shop Floor Supervisor / Line Leader, CNC Job Setter, CNC Machine Programmer, CNC Machine Operator

Outcome

At the end of this program, the trainee would be a Certified with the following skills:

The trainee will be able to read blue print of manufacturing drawings,work on ISO control, programming of various canned cycles,simulation of part programming, process planning, selection of Cutting tools and work holding devices, selection of cutting parameters, selection of machines, Industrial safety

Program Summary

Assessment

Knowledge/Skills Achieved:

  • Pre training Assessment

Practice Tool Features:

  • Pre test is conducted to determine the pre-existing knowledge of the trainee about CNC. 
  • Test will be in quiz format.

Test Duration: 1 Hour

Module 1 – Basics of CNC Technology

Knowledge/Skills Achieved:

  • Evolution of CNC Technology
  • Control systems
  • Machine specifications
  • GD & T symbols
  • Basics of dimensioning and tolerance
  • Interpretation of part and assembly drawing
  • Sequence of machining
  • Calculation material physical properties
  • Able to identify the assembly & sub assembly of CNC machines
  • Identify the Electrical components
  • Preparation of process planning
  • Able to select cutting tools
  • Able to calculate cutting parameters
  • Able to estimate material consumption
  • Raw material preparation

eLearning Module Features:

  • Blueprint Reading of Engineering Drawing 
  • Geometric Dimensioning & ToleranceIdentify the parts of assembly and sub assembly
  • Electrical components – CNC control system,Motors,Drives,Encoders
  • Blue print reading Machine specifications
  • Functions of ISO Controls
  • Various Modes of Operation in CNC ControlSelection of Cutting tools and parameters
  • Types of work holding devices
  • Process planning-sequence of machining, machine setup, tooling, work holding devices

Software – CNC Train Features

  • Multifunctional Programming capabilities
  • Powerful graphics including plan view, side view, 3D, tool path and auto zoom
  • Identify the assembly and sub assembly of machine
  • Machine control panel keys and its functions
  • CNC control system – Modes of operations
  • Tool Library – select and modify the cutting tools nomenclature and parameters
  • Selection raw materials – tube, cylinder, block, polygon, casting, machined parts
  • Syntax complier to validate the program entered
  • Process planning to define the raw materials, cutting tool selection, sequence of operation, work holding devices, part programming
  • Machining cycle time estimation

Module Duration: 10 Hours

Module 2 – CNC Machining Center – Basic Programming

Knowledge/Skills Achieved:

  • G codes, M codes
  • Program Formats and Address
  • Modal commands
  • Coordinate systems, Polar coordinates
  • Header and Footer writing
  • Various operations in Milling
  • Application of T,S, M commands
  • Basic motion commands, simulation of Tool path

eLearning Module Features:

  • G  and M Code Functions 
  • Program FormatCoordinate Geometry
  • Machine, Work & Tool, Polar
  • Creating program start-up and end of program
  • Basic motion commands
  • Rapid, Linear & Circular interpolation
  • Face milling
  • Contour milling
  • Tool Radius Compensation
  • Tool path verification
  • Simulation of Part Program

Software – CNC Train Features:

  • Program direct input of  G and M Codes
  • Dialog programming 
  • CNC write and CNC teach options 
  • Interactive part programming
  • Programming of face milling
  • Programming of contour milling
  • Application of Cutter radius compensation
  • Manual part program for profile milling using G41 command and G42 Command
  • Selection of Cutting Tool and its parameters
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings- Machine vice,Clamps
  • Virtual Machine operator panel – Work and Tool offsetting, Auto,MDI,Jog modes of operations..
  • Programming using sub program

Module Duration: 10 Hours

Module 3 – CNC Machining Center – Intermediate Programming – I

Knowledge/Skills Achieved:

  • Advanced programming
  • Mirror, Scale, Pocket milling, canned cycle parameters, tool path, simulation of tool path
  • Programming, creating toolpath, optimizing toolpath, defining machining parameters
  • machine operations of CNC Machining center

eLearning Module Features:

  • Advanced programs of Milling Machine 
  • Machining parameters of Pocketing applicationApplication of Mirror commands
  • Application of Scale commands
  • Tool Path generation for various cycles

 Software – CNC Train Features

  • Program direct input of  G and M Codes
  • Dialog programming 
  • CNC write and CNC teach options 
  • Interactive part programming
  • Programming for mirroring operation 
  • Programming for circular pocket operation
  • Programming for rectangular pocket operation
  • Programming using scaling command
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection

Module Duration: 10 Hours

Module 4 – CNC Machining Center – Intermediate Programming – II

Knowledge/Skills Achieved:

  • Standards of Thread, types, calculation of various parameters
  • Use of Drill charts
  • Hole preparation and finishing process
  • Drilling, Boring, Tapping
  • Machine Control Panel programming
  • Programming, creating tool path, optimizing tool path, defining machining parameters

eLearning Module Features:

  • Advanced programs of Milling machine
  • Calculation of Thread/Tap parameters
  • Drill charts application
  • Hole finishing operations – Boring, reaming
  • Cutting tool selection and its parameters

 Software – CNC Train Features:

  • Program direct input of  G and M Codes
  • Dialog programming 
  • CNC write and CNC teach options 
  • Interactive part programming
  • Programming for drilling operation
  • Programming for drilling operation on PCD
  • Programming for drilling operation using rotation command
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings- Machine vice,Clamps
  • Virtual Machine operator panel – Work and Tool offsetting, Auto,MDI,Jog modes of operations..

 Module Duration: 8 Hours 

Assessment

Knowledge/Skills Achieved:

Post Training Assessment

Practice Tool Features:

  • Post test is conducted to determine the  knowledge gained by the trainee about CNC. 
  • Test will be in quiz format.

Test Duration: 1 Hour

Abhyaz Train the Trainer CNC Turning: Programming and Applications

  • Total Duration of Program (Hours): 180
  • Abhyaz Onboarding Assessment (Hours): 8
  • Technology Training of Live Sessions (Hours) + Practise Sessions (Hours): 24 + 80 = 104
  • Abhyaz Onboarding Training (Hours): 8
  • Abhyaz Trainer Assessment (Hours): 60
Program Brief

This is an intensive Train the Trainer Program on CNC technology. 

The following are the modules in this program:

  • Abhyaz Onboarding Assessment (8 Hours)
  • OPTIONAL: Technology Training (104 Hours)
  • Abhyaz Onboarding Training (8 hours)
  • Abhyaz Trainer Assessment (60 Hours)

The Trainer will have to undergo an Onboarding Assessment to showcase their knowledge and skills on this technology. 

Upon successful progression, the trainer will move to Abhyaz Onboarding Training and the Abhyaz Assessment.

Outcome

At the end of this program, the trainer would be a Certified Trainer with the following skills:

Certified Technical Skills:

The trainer will be able to read blue print of manufacturing drawings,work on ISO control, programming of various canned cycles,simulation of part programming, process planning, selection of Cutting tools and work holding devices, selection of cutting parameters, selection of machines, Industrial safety.

Certified To Conduct Virtual Instructor Led Training Program:

  • Able to conduct training sessions via virtual classroom
  • Training session management
  • Training scheduling
  • Web conferencing
  • e-learning content allocation
  • Abhyaz software access
  • Activity and Assignment creation
  • Assessment and Evaluation, Grading, Certification

Certified a Batch Students As Part Of This Learning On This Technology

Pre-Requisites

Employed personnel in Mechanical/Production/Manufacturing Industry, Experienced ITI/Diploma instructors, Engineering Faculties, BE Graduate, ME Graduate.

Job Roles

Trainer

Program Summary

Module 1 – Basics of CNC Technology

Skill Outcome:

  • Evolution of CNC Technology
  • CNC Control systems types
  • Machine specifications
  • GD & T symbols
  • Basics of dimensioning and tolerance
  • Interpretation of part and assembly drawing
  • Sequence of machining
  • Calculation material physical properties
  • Able to identify the assembly & sub assembly of CNC machines
  • Identify the Electrical components
  • Preparation of process planning
  • Able to select cutting tools
  • Able to calculate cutting parameters
  • Able to estimate material consumption
  • Raw material preparation

eLearning Module Features:

  • Blueprint Reading of Engineering Drawing 
  • Geometric Dimensioning & Tolerance
  • Identify the parts of assembly and sub assembly
  • Electrical components – CNC control system,Motors,Drives,Encoders
  • Blue print reading Machine specifications
  • Functions of ISO Controls
  • Various Modes of Operation in CNC Control
  • Selection of Cutting tools and parameters
  • Types of work holding devices
  • Process planning-sequence of machining, machine setup, tooling, work holding devices

Software – CNC Train Features:

  • Multifunctional Programming capabilities
  • Powerful graphics including plan view, side view, 3D, tool path and auto zoom.
  • Identify the assembly and sub assembly of machine
  • Machine control panel keys and its functions
  • CNC control system – Modes of operations
  • Tool Library – select and modify the cutting tools nomenclature and parameters
  • Selection raw materials – tube, cylinder,block,polygon,casting,machined parts
  • Syntax complier to validate the program entered
  • Process planning to define the raw materials,cutting tool selection,sequence of operation,work holding devices,part programming
  • Machining cycle time estimation

Module Duration: 22 Hours

Module 2 – CNC Turning Center – Basic Programming – I

Skill Outcome:

  • G codes, M codes – Program Formats and Address
  • Modal commands
  • Coordinate systems, Polar coordinates
  • Header and Footer of part program
  • Various operations in Turning
  • Application of T, S, M commands
  • Basic motion commands
  • Simulation of Tool path

eLearning Module Features:

  • G and M Code Functions 
  • Program Format
  • Coordinate Geometry – Machine, Work & Tool, Polar Creating program start-up and end of program
  • Basic motion commands – Rapid,Linear & Circular interpolation
  • Simple Turning and Facing cycles
  • Tool Nose Radius Compensation
  • Tool path verification
  • Simulation of Part Program

Software – CNC Train Features:

  • Program direct input of G and M Codes
  • Dialog programming 
  • CNC write and CNC teach options 
  • Interactive part programming
  • Programming of Turning cycle 
  • Programming of Facing cycle 
  • Programming for Multiple Turning Cycle 
  • Selection of Cutting Tool and its parameters
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto, MDI, Jog modes of operations

Module Duration: 26 Hours

Module 3 – CNC Turning Center – Basic Programming – II

Skill Outcome:

  • Standards of Thread, types, calculation of various parameters
  • Use of Drill charts
  • Hole preparation and finishing process
  • Grooving a threading cycle
  • Machine Control Panel programming
  • Programming, creating tool path, optimizing tool path, defining machining parameters

eLearning Module Features:

  • Thread types and standards
  • Calculation of Thread parameters
  • Programming of Threading cycles
  • Programming of Thread parameters
  • Drill charts application
  • Programming of Advanced canned cycles – Stock removal, Grooving, Threading, Drilling
  • Simulation of advance canned cycles

Software – CNC Train Features

  • Interactive and dialog programming of advanced canned cycles
  • CNC write and Teach enables to program advanced cycles easily
  • Programming using Multiple Facing Cycle Programming using Multiple threading cycle 
  • Programming using Grooving Cycle 
  • Simulation of advanced canned cycles
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto, MDI, Jog modes of operations.

Module Duration: 26 Hours

Module 4 – CNC Turning Center – Intermediate Programming

Skill Outcome:

  • Internal operations
  • Drilling, Boring, Threading
  • Canned cycle parameters, tool path, simulation of tool path
  • Programming, creating toolpath, optimizing toolpath, defining machining  parameters
  • Machine operations of CNC Turning Center

eLearning Module Features:

  • Application of Canned Cycles – Internal operations in Turning
  • Cutting Tools and its Parameters 

Software – CNC Train Features:

  • Programming using Drilling cycle 
  • Programming using Boring operation
  • Programming using Internal Threading operation
  • Selection of Tool and Tool parameters
  • Tool path simulation, Syntax compiler to validate the part program, section view to visualize 
  • Collision detection, over travel, residual material detection
  • Work holding settings
  • Virtual Machine operator panel – Tool offsetting, Auto, MDI, Jog modes of operations.

Module Duration: 30 Hours

Abhyaz Onboarding – Training

Skill Outcome:

  • Onboarding Training

Training on Abhyaz Platform:

  • User enrollement
  • Session planning
  • Virtual class room creation
  • Creation of Activites – Attendance, Assignment, Chat, Forum, Quiz, grading
  • elearning content assignment
  • Training on Content delivery and student engagement
  • Session creation and onboarding students into the session
  •  Software walkthrough in Abhyaz lab
  • Sample applications execution
  • Uploading and Downloading files form software

VILT Skills Training

  • Reports Generation: Attendance, Assignments, Assessments and Feedback

Test Duration: 8 Hours

Abhyaz Onboarding – Assessment

Skill Outcome:

  • Onboarding Assessment Test

Practice Tool Features:

  • Demo Session to be conducted by the Trainer
  • Evaluation of content delivery, student interaction, question and query handling, communication, usage of VILT tools such as poll, upload presentation
  • Course management – enrollment, attendance, assignment, activities
  • Reports Generation: Attendance, Assignments, Assessments and Feedback of the Demo session

Module Duration: 8 Hours

Abhyaz Trainer Assessment

Skill Outcome:

Certifying Assessment: Train the  Students – Train & Certify a  batch of 25 students

Practice Tool Features:

  • Trainer will conduct the Student training program for the standard duration of 60 hours to a batch of minimum 15 to maximum 25 students. The students will have to brought in and enrolled by the trainer.
  • Master Trainer will oversee the program and assist the trainer to conduct this program, provide guidance on the platform, tools, enable the trainer to review the assignments submitted by the students
  • Master trainer guide the trainer to collate the reports, attendance and reviews

Module Duration: 60 Hours

Abhyaz Train the Trainer CNC Milling: Programming and Applications

  • Total Duration of Program (Hours): 180
  • Abhyaz Onboarding Assessment (Hours): 8
  • Technology Training of Live Sessions (Hours) + Practise Sessions (Hours): 24 + 80 = 104
  • Abhyaz Onboarding Training (Hours): 8
  • Abhyaz Trainer Assessment (Hours): 60
Program Brief

This is an intensive Train the Trainer Program on CNC technology. 

The following are the modules in this program:

  • Abhyaz Onboarding Assessment (8 Hours)
  • OPTIONAL: Technology Training (104 Hours)
  • Abhyaz Onboarding Training (8 hours)
  • Abhyaz Trainer Assessment (60 Hours)

The Trainer will have to undergo an Onboarding Assessment to showcase their knowledge and skills on this technology. 

Upon successful progression, the trainer will move to Abhyaz Onboarding Training and the Abhyaz Assessment.

Outcome

At the end of this program, the trainer would be a Certified Trainer with the following skills:

Certified Technical Skills

The trainer will be able to read blue print of manufacturing drawings,work on ISO control, programming of various canned cycles,simulation of part programming, process planning, selection of Cutting tools and work holding devices, selection of cutting parameters, selection of machines, Industrial safety.

Certified To Conduct Virtual Instructor Led Training Program

  • Able to conduct training sessions via virtual classroom
  • Training session management
  • Training scheduling
  • Web conferencing
  • e-learning content allocation
  • Abhyaz software access
  • Activity and Assignment creation
  • Assessment and Evaluation, Grading, Certification

Certified a Batch Of Students As Part Of This Learning On This Technology

Pre-Requisites

Employed personnel in Mechanical Engineering Industry, BE Graduate, ME Graduate.

Job Roles

Trainer

Program Summary

Module 1 – Basics of CNC Technology

Knowledge/Skills Achieved:

  • Evolution of CNC Technology
  • Control systems
  • Machine specifications
  • GD&T symbols
  • Basics of dimensioning and tolerance
  • Interpretation of part and assembly drawing
  • Sequence of machining
  • Calculation material physical properties
  • Able to identify the assembly & sub assembly of CNC machines
  • Identify the Electrical components
  • Preparation of process planning
  • Able to select cutting tools
  • Able to calculate cutting parameters
  • Able to estimate material consumption
  • Raw material preparation

eLearning Module Features:

  • Blueprint Reading of Engineering Drawing 
  • Geometric Dimensioning & Tolerance
  • Identify the parts of assembly and sub assembly
  • Electrical components – CNC control system,Motors,Drives,Encoders
  • Blue print reading Machine specifications
  • Functions of ISO Controls
  • Various Modes of Operation in CNC Control
  •  Selection of Cutting tools and parameters
  • Types of work holding devices
  • Process planning-sequence of machining,machine setup,tooling,work holding devices

Software – CNC Train Features:

  • Multifunctional Programming capabilities
  • Powerful graphics including plan view, side view, 3D, tool path and auto zoom.
  • Identify the assembly and sub assembly of machine
  • Machine control panel keys and its functions
  • CNC control system – Modes of operations
  • Tool Library – select and modify the cutting tools nomenclature and parameters
  • Selection raw materials – tube, cylinder,block,polygon,casting,machined parts
  • Syntax complier to validate the program entered
  • Process planning to define the raw materials,cutting tool selection,sequence of operation,work holding devices,part programming
  • Machining cycle time estimation

Module Duration: 22 Hours

Module 2 – CNC Machining Center – Basic Programming

Knowledge/Skills Achieved:

  • G codes, M codes
  • Program Formats and Address
  • Modal commands
  • Coordinate systems, Polar coordinates
  • Header and Footer writing
  • Various operations in Milling
  • Application of T, S, M commands
  • Basic motion commands, simulation of Tool path

eLearning Module Features:

  • G and M Code Functions
  • Program Format
  • Coordinate Geometry – Machine, Work & Tool, Polar Creating program start-up and end of program
  • Basic motion commands – Rapid,Linear & Circular interpolation
  • Face milling
  • Contour milling
  • Tool Radius Compensation
  • Tool path verification
  • Simulation of Part Program

Software – CNC Train Features:

  • Program direct input of G and M Codes
  • Dialog programming
  • CNC write and CNC teach options
  • Interactive part programming
  • Programming of face milling
  • Programming of contour milling
  • Application of Cutter radius compensation
  • Manual part program for profile milling using G41 command and G42 Command
  • Selection of Cutting Tool and its parameters
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings- Machine vice,Clamps
  • Virtual Machine operator panel – Work and Tool offsetting, Auto,MDI,Jog modes of operations..
  • Programming using sub program

Module Duration: 26 Hours

Module 3 – CNC Machining Center – Intermediate Programming – I

Knowledge/Skills Achieved:

  • Advanced programming – Mirror, Scale, Pocket milling
  • Canned cycle parameters
  • Tool path simulation of tool path programming
  • Creating toolpath
  • Optimizing toolpath
  • Defining machining parameters
  • Machine operations of CNC machining center

eLearning Module Features:

  • Advanced programs of Milling Machine
  • Machining parameters of Pocketing application
  • Application of Mirror commands
  • Application of Scale commands
  • Tool Path Generation for various cycles

Software – CNC Train Features:

  • Program direct input of G and M Codes
  • Dialog programming
  • CNC write and CNC teach options
  • Interactive part programming
  • Programming for mirroring operation
  • Programming for circular pocket operation
  • Programming for rectangular pocket operation
  • Programming using scaling command
  • Tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings- Machine vice, Clamps
  • Virtual Machine operator panel – Work and Tool offsetting, Auto, MDI, Jog modes of operations…

Module Duration: 26 Hours

Module 4 – CNC Machining Center – Intermediate Programming – II

Knowledge/Skills Achieved:

  • Standards of Thread, types, calculation of various parameters
  • Use of Drill charts
  • Hole preparation and finishing process
  • Drilling, Boring, Tapping
  • Machine Control Panel programming
  • Programming, creating tool path, optimizing tool path, defining machining parameters

eLearning Module Features:

  • Advanced programs of Milling machine
  • Calculation of Thread/Tap parameters
  • Drill charts application
  • Hole finishing operations – Boring, reaming
  • Cutting tool selection and its parameters

Software – CNC Train Features:

  • Program direct input of G and M Codes
  • Dialog programming
  • CNC write and CNC teach options
  • Interactive part programming
  • Programming for drilling operation
  • Programming for drilling operation on PCD
  • Programming for drilling operation using rotation command tool path simulation, Syntax compiler to validate the part program
  • Collision detection, over travel, residual material detection
  • Work holding settings- Machine vice, Clamps
  • Virtual Machine operator panel – Work and Tool offsetting, Auto, MDI, Jog modes of operations…

Module Duration: 30 Hours

Abhyaz Onboarding – Training

Knowledge/Skills Achieved:

Onboarding Training 

Training on Abhyaz Platform:

  • User enrollment
  • Session planning
  • Virtual classroom creation
  • Creation of activities – Attendance, Assignment, Chat, Forum, Quiz, Grading
  • eLearning content assignment

Training on Content Delivery and Student Engagement:

  • Session creation and onboarding students into the session
  • Software walkthrough in Abhyaz lab
  • Sample applications execution
  • Uploading and Downloading files form software

VILT Skills Training:

Reports Generation: Attendance, Assignments, Assessments, and Feedback

Test Duration: 8 Hours

Abhyaz Onboarding – Assessment

Knowledge/Skills Achieved:

Onboarding Assessment Test

Demo Session To Be Conducted By The Trainer:

  • Evaluation of content delivery, student interaction, question and query handling, communication, usage of VILT tools such as poll, upload presentation
  • Course management – enrollment, attendance, assignment, activities
  • Reports Generation: Attendance, Assignments, Assessments, and Feedback of the Demo session

Module Duration: 8 Hours

Abhyaz Trainer Assessment

Knowledge/Skills Achieved:

Certifying Assessment: Train the Students – train and certify a batch of 25 students

Practice Tool Features:

  • The trainer will conduct the Student training program for the standard duration of 60 hours to a batch of minimum 15 to maximum 25 students. The students will have to brought in and enrolled by the trainer
  • Master Trainer will oversee the program and assist the trainer to conduct this program, provide guidance on the platform, tools, enable the trainer to review the assignments submitted by the students
  • Master trainer guides the trainer to collate the reports, attendance, and reviews

Module Duration: 60 Hours