New Product Development Using CNC Machining

Description

New Product Development using CNC machining Course is focused on various key areas like Drawing Study, Process Planning, Cutting Tool Selection, and Fixture Designing basics required for the Industries. This wide coverage will equip the participants with the latest knowledge of the above elements and will make them perform better in daily life.

Course Details

Overview

New Product Development (NPD) using CNC Machining is an industry-specific course designed to enhance the skills of working professionals and students in the field of manufacturing and CNC machining.
The course focuses on key areas such as Drawing Study, Process Planning, Cutting Tool Selection, and Fixture Design Basics — empowering learners to adopt best industrial practices.

Delivered through industry live exercises and case studies, this program features contributions from industry professionals with over 25 years of hands-on experience and academic experts who ensure conceptual depth and practical relevance.
The course also covers the latest trends in CNC-based New Product Development, such as In-Process Inspection and CAD/CAM integration.

Importance of NPD usingCNC Machining

Modern CNC-based product development is a dynamic field integrating innovative technologies, lean systems, and automation tools.
Our NPD using CNC Machining program ensures participants gain the ability to design, plan, and produce precision parts faster and more efficiently — a vital skill set for industries focused on innovation and productivity.

FOCUS AREAS

1. Drawing Study
   • Types of Views and Projections
   • Limits & Fits and Surface Finish Measurement
   • GD&T (Geometrical Dimensioning and Tolerancing)
   • Measuring Tools & Instruments
2. Process Planning
   • Selecting machine tools based on operation type and machining parameters
   • Deciding process sequence based on component geometry
3. Cutting Tool Selection
   • Inserts and tool holders for turning
   • Milling cutters and end mills
   • Clamping systems
4. Fixture Design (Manual Clamping Fixtures & Hydraulic Clamping Fixtures)
   • Basic principles of fixture design
   • Fixture design based on component datum
   • 5 Industry Fixture Design Concepts includes various types of applications, including Multiple Components Fixtures, and to be machined with VMC &HMC CNC Machines
   • One Multi-Component Industry Hydraulic Fixture Design includes Concept Design, Detailed Design, Assembly Manufacturing Drawing Preparation, Individual Fixture Parts Manufacturing Drawings Preparation, and Hydraulic Piping Design
5. 6 Live Industry Examples for New Product Development using CNC Machining 
   • Step-by-Step Procedure for developing NPD using CNC Machining for HMC Industrial Component (2 Examples)
   • Step-by-Step Procedure for developing NPD using CNC Machining for CNC Industrial Lathe Component
   • Step-by-Step Procedure for developing NPD using CNC Machining for Industrial VMC & CNC Lathe Component
   • Step-by-Step Procedure for developing NPD using CNC Machining for Industrial Turn-Mill Component
   • Step-by-Step Procedure for developing NPD using CNC Machining for Rope Drum Component
6. Part Programming (Optional)
   • Method of Part Programming for 2-Axis, 3-Axis, and Multi-Axis CNC Machines
   • Tool and Work Offsets using Tool Presetting & Work Setting Procedures
   • Program Verification Methods on CNC Machines
   • Available as an optional module with practical exposure at AMTDC, IITM Research Park, Chennai
7. Systems in NPD
   • Systems used for Lean Manufacturing
   • Significance of CAM in Cost Estimation
8. Current Trends in Manufacturing
   • “First Part Right at the Fastest Time” (Green Button Concept)
   • Integration of CAD/CAM in Manufacturing
   • Factors Affecting Cost Estimation

AMTDC Hands-on Practical Training (Optional Add-on)

Participants can opt for Hands-on Practical Training at AMTDC, IITM Research Park, Chennai, focusing on:

• Practical CNC Machining of Components based on designed part programs
• Tool Presetting, Work Offset Measurement, and Verification on CNC Machines
• Process Optimization and In-Process Inspection Techniques
• Exposure to advanced CNC equipment and industrial practices

This hands-on module provides real-world exposure and bridges the gap between theoretical knowledge and industrial implementation.

Outcome of the Course

After successful completion, participants will be able to:

• Interpret and analyze manufacturing drawings accurately
• Develop efficient process plans for CNC machining
• Select the right cutting tools and clamping systems
• Design and validate fixtures for specific components
• Implement best practices in CAD/CAM integration and cost optimization
• Understand and apply the latest advancements in CNC machining

Duration

• 6 Weeks (Online with exercises and assignments) + Optional Add-ON One Week (Hands-ON Practical Training at AMTDC,IITM Research Park, Chennai)
• Minimum Effort: 2 hours per day
• Option to include Part Programming and AMTDC Hands-on Practical Training as additional modules
• Course Access Period: 6 Months (from the date of enrollment)

Eligibility

This program is ideal for:

• Students and professionals in Mechanical, Manufacturing, Production, or related disciplines
• Holders of B.E./B.Tech, M.E./M.Tech, Polytechnic, or B.Sc/M.Sc in Mechanical/Industrial backgrounds
• Enroll to the course from SWAYAM Plus https://swayam-plus.swayam2.ac.in/courses/course-details?id=P_KRIA_0020

Certification

Upon successful completion, participants will receive a Certificate issued by Kriatec Services Pvt. Ltd.

Participants opting for Part Programming and AMTDC Hands-on Training will receive additional certifications recognising their practical CNC machining experience at IITM Research Park.

Registration Process

1. Step 1: Register and update your profile.
2. Step 2: Click ‘Enroll Now’ for the desired course option.
3. Step 3: Click ‘Pay Now’ to complete payment.
4. Step 4: Upon successful registration, you will gain access to the online platform and course content.

A Virtual tour about this course