Diploma in Vocational
Intake:
September | January
Dual Training System:
70% Practical & 30% Theoretical
Duration:
Different
Intake:
September | January
Dual Training System:
70% Practical & 30% Theoretical
Duration:
Different
Diploma in Vocational
Advanced Product Design & Manufacturing
The Diploma in Vocational Advanced Product Design & Manufacturing course is a comprehensive program thatequips students with the necessary skills and knowledge for a successful career in the field. This course covers a wide range of topics, including CNC technology, product design principles, CAD/CAM software proficiency, materials and manufacturing processes, design for manufacturing, design thinking, industry exposure, and internship opportunities.
The course explores the integration of CNC technology with product design and manufacturing, enabling students to optimize designs for CNC machining capabilities. Students are prepared to work with advanced manufacturing methods and take advantage of the efficiency and accuracy of CNC machines. They gain an understanding of how CNC machines operate and their significance in modern manufacturing processes. Students learn to create precise 2D and 3D designs using industry-leading CAD/CAM software and gain a deep understanding of product design principles for precise and automated production of complex parts and components. This knowledge equips them to excel in a rapidly evolving industry where CNC technology plays a vital role in transforming design concepts into tangible products.
D. Voc | 6 Months
This course provides a comprehensive understanding of
Conventional Machining: Lathe, Milling, Grinding, Drilling, Boring
Introduction to CNC & VMC: Machine Setup, Tool Selection, Workpiece Handling
CNC Programming: G-code & M-code Basics, Manual Programming, Offsets & Tool Compensation
VMC Operations: Work Coordinate System, Tool Path Optimization, 2D Machining
Quality Control & Precision Measurement: Surface Finish, Tolerance Checking
This course provides a comprehensive understanding of
Conventional Machining: Lathe, Milling, Grinding, Drilling, Boring
Introduction to CNC & VMC: Machine Setup, Tool Selection, Workpiece Handling
CNC Programming: G-code & M-code Basics, Manual Programming, Offsets & Tool Compensation
VMC Operations: Work Coordinate System, Tool Path Optimization, 2D Machining
Quality Control & Precision Measurement: Surface Finish, Tolerance Checking
D.Voc | 10 Months
This course provides a comprehensive understanding of
Conventional Machining: Fundamentals & Advanced Techniques
CNC & VMC Operations: Programming, Setup, and Execution
CAD-CAM for 3-Axis Machining: 2D & 3D Modelling, Tool Path Generation
Product Design Basics: Design Thinking, Material Selection, Geometric Dimensioning & Tolerancing (GD&T)
Manufacturing Workflow: Process Planning, Prototyping, Production Optimization
This course provides a comprehensive understanding of
Conventional Machining: Fundamentals & Advanced Techniques
CNC & VMC Operations: Programming, Setup, and Execution
CAD-CAM for 3-Axis Machining: 2D & 3D Modelling, Tool Path Generation
Product Design Basics: Design Thinking, Material Selection, Geometric Dimensioning & Tolerancing (GD&T)
Manufacturing Workflow: Process Planning, Prototyping, Production Optimization
D.Voc | 12 Months
This course provides a comprehensive understanding of
Conventional & CNC Machining: Advanced Processes, High-Precision Techniques
VMC Programming & Operations: 3D Surface Machining, Multi-Tool Operations
CAD-CAM for : 5-Axis Machining. Complex Surface Modelling, Advanced Toolpath Strategies
Product Design & Development: Reverse Engineering, Simulation & Analysis
Industry Best Practices: Automation Integration, Advanced Metrology, Lean Manufacturing
This course provides a comprehensive understanding of
Conventional & CNC Machining: Advanced Processes, High-Precision Techniques
VMC Programming & Operations: 3D Surface Machining, Multi-Tool Operations
CAD-CAM for : 5-Axis Machining. Complex Surface Modelling, Advanced Toolpath Strategies
Product Design & Development: Reverse Engineering, Simulation & Analysis
Industry Best Practices: Automation Integration, Advanced Metrology, Lean Manufacturing
Outcomes After Course Completion:
Upon completing this course, students will possess the technical expertise and practical knowledge needed to excel in industries reliant on precision manufacturing. With hands-on experience in CNC turning and milling, graduates will be well-prepared to meet the demands of advanced machining environments. The skills acquired will open doors to diverse career opportunities across a variety of sectors that depend on CNC technology for innovation and production such as:
Aerospace
Automobile
Defence, Marine
Medical Equipment and Research
Oil and Gas
Pharmaceutical, Chemical
Plastic and many more where CNC machines play a key role
Outcomes After Course Completion:
Upon completing this course, students will possess the technical expertise and practical knowledge needed to excel in industries reliant on precision manufacturing. With hands-on experience in CNC turning and milling, graduates will be well-prepared to meet the demands of advanced machining environments. The skills acquired will open doors to diverse career opportunities across a variety of sectors that depend on CNC technology for innovation and production such as:
Aerospace
Automobile
Defence, Marine
Medical Equipment and Research
Oil and Gas
Pharmaceutical, Chemical
Plastic and many more where CNC machines play a key role
Who Can Learn:
Students who have completed 9th, 10th, 12th or ITI and seek practical skills for growth.
Individuals who are not academically strong but have a keen interest in technical and hands-on training to develop expertise in CNC machining.
Build a successful career in advanced technology through skill-based learning programs.
Job seekers aiming for a career in manufacturing, machining, or tool design to secure stable employment opportunities
Who Can Learn:
Students who have completed 9th, 10th, 12th or ITI and seek practical skills for growth.
Individuals who are not academically strong but have a keen interest in technical and hands-on training to develop expertise in CNC machining.
Build a successful career in advanced technology through skill-based learning programs.
Job seekers aiming for a career in manufacturing, machining, or tool design to secure stable employment opportunities
Career opportunities after completing course:
CNC/VMC Operator
CNC/VMC Setter
CNC Programmer
CNC Machinist
CNC Operator cum Setter
CNC Programmer cum Setter
Machining Technician
CAD Operator
CAM Programmer
CNC Software Programmer
CAD/CAM Operator
Career opportunities after completing course:
CNC/VMC Operator
CNC/VMC Setter
CNC Programmer
CNC Machinist
CNC Operator cum Setter
CNC Programmer cum Setter
Machining Technician
CAD Operator
CAM Programmer
CNC Software Programmer
CAD/CAM Operator
Intake:
September | January
Dual Training System:
70% Practical & 30% Theoretical
Duration:
Different
Diploma in Vocational
Advanced Product Design & Manufacturing
The Diploma in Vocational Advanced Product Design & Manufacturing course is a comprehensive program thatequips students with the necessary skills and knowledge for a successful career in the field. This course covers a wide range of topics, including CNC technology, product design principles, CAD/CAM software proficiency, materials and manufacturing processes, design for manufacturing, design thinking, industry exposure, and internship opportunities.
The course explores the integration of CNC technology with product design and manufacturing, enabling students to optimize designs for CNC machining capabilities. Students are prepared to work with advanced manufacturing methods and take advantage of the efficiency and accuracy of CNC machines. They gain an understanding of how CNC machines operate and their significance in modern manufacturing processes. Students learn to create precise 2D and 3D designs using industry-leading CAD/CAM software and gain a deep understanding of product design principles for precise and automated production of complex parts and components. This knowledge equips them to excel in a rapidly evolving industry where CNC technology plays a vital role in transforming design concepts into tangible products.
D. Voc | 6 Months
This course provides a comprehensive understanding of
Conventional Machining: Lathe, Milling, Grinding, Drilling, Boring
Introduction to CNC & VMC: Machine Setup, Tool Selection, Workpiece Handling
CNC Programming: G-code & M-code Basics, Manual Programming, Offsets & Tool Compensation
VMC Operations: Work Coordinate System, Tool Path Optimization, 2D Machining
Quality Control & Precision Measurement: Surface Finish, Tolerance Checking
D.Voc | 10 Months
This course provides a comprehensive understanding of
Conventional Machining: Fundamentals & Advanced Techniques
CNC & VMC Operations: Programming, Setup, and Execution
CAD-CAM for 3-Axis Machining: 2D & 3D Modelling, Tool Path Generation
Product Design Basics: Design Thinking, Material Selection, Geometric Dimensioning & Tolerancing (GD&T)
Manufacturing Workflow: Process Planning, Prototyping, Production Optimization
D.Voc | 12 Months
This course provides a comprehensive understanding of
Conventional & CNC Machining: Advanced Processes, High-Precision Techniques
VMC Programming & Operations: 3D Surface Machining, Multi-Tool Operations
CAD-CAM for : 5-Axis Machining. Complex Surface Modelling, Advanced Toolpath Strategies
Product Design & Development: Reverse Engineering, Simulation & Analysis
Industry Best Practices: Automation Integration, Advanced Metrology, Lean Manufacturing
Outcomes After Course Completion:
Upon completing this course, students will possess the technical expertise and practical knowledge needed to excel in industries reliant on precision manufacturing. With hands-on experience in CNC turning and milling, graduates will be well-prepared to meet the demands of advanced machining environments. The skills acquired will open doors to diverse career opportunities across a variety of sectors that depend on CNC technology for innovation and production such as:
Aerospace
Automobile
Defence, Marine
Medical Equipment and Research
Oil and Gas
Pharmaceutical, Chemical
Plastic and many more where CNC machines play a key role
Who Can Learn:
Students who have completed 9th, 10th, 12th or ITI
Individuals who are not academically strong but have a keen interest in technical and hands-on training to
build a successful career in advanced technology
Job seekers aiming for a career in manufacturing, machining, or tool design.
Career opportunities after completing course:
CNC/VMC Operator
CNC/VMC Setter
CNC Programmer
CNC Machinist
CNC Operator cum Setter
CNC Programmer cum Setter
Machining Technician
CAD Operator
CAM Programmer
CNC Software Programmer
CAD/CAM Operator
For more detailed information about our courses, feel free to contact us today!
Start your Skill Career with us today
Get started with your skill career today and get ready to land the high paying jobs in the market, today with Shree Parantap Institute of CNC Programming
Start your Skill Career with us today
Get started with your skill career today and get ready to land the high paying jobs in the market, today with Shree Parantap Institute of CNC Programming
Start Your Skilling Career with us today
Get started with your skill career today and get ready to land the high paying jobs in the market, today with Shree Parantap Institute of CNC Programming
Programming
Setting
VMC
CNC
Operating
CAD CAM
Multi Axis CNC
Programming
Setting
VMC
CNC
Operating
CAD CAM
Multi Axis CNC