Professional CAD CAM Course in Phagwara
Join CAD CAM Course in Phagwara at TechCADD. Learn 2D drafting, 3D modelling, mechanical design, CAM fundamentals and CNC machining basics.
Develop modern designing and manufacturing skills with the CAD CAM Course in Phagwara at techcadd. This course is designed for mechanical engineering students, diploma holders, ITI students, manufacturing professionals, and beginners who want to understand how computer technology is used in product designing and industrial manufacturing.
CAD (Computer-Aided Design) and CAM (Computer-Aided Manufacturing) are important technologies used in modern engineering industries. CAD helps designers create accurate 2D drawings and 3D models, while CAM helps convert digital designs into manufacturing instructions for machines. Together, these technologies support the complete process of product development, from initial design to production
A students learn the fundamentals of digital designing and manufacturing through practical software training. The course introduces important CAD concepts such as technical drafting, geometric modelling, mechanical component design, and 3D visualization. Learners also explore CAM fundamentals, machining processes, tool paths, and the relationship between digital models and manufacturing operations.
The training focuses on developing a clear understanding of how engineering designs are prepared and used in industrial environments. Students practice creating mechanical components, modifying designs, understanding manufacturing drawings, and exploring basic machining workflows.
Learners can also become familiar with applications such as AutoCAD, SolidWorks, CATIA, Creo, and relevant CAM software, depending on the training module.
Whether you are interested in mechanical designing, product development, or manufacturing technology, CAD CAM training can help you develop useful technical skills for modern engineering applications.
What Will You Learn in the CAD CAM Course?
Introduction to CAD and CAM
Understand the difference between computer-aided designing and computer-aided manufacturing. Explore how digital design information supports engineering and production processes.
2D Technical Drawing
Learn to create engineering drawings using drafting tools. Understand dimensions, geometric shapes, drawing layouts, annotations, and technical drawing standards.
3D Mechanical Modelling
Explore how to create three-dimensional mechanical components using CAD software. Learn sketching, extrusion, revolving, editing, and other modelling operations.
Mechanical Component Designing
Practice designing different machine parts and engineering components. Understand how accurate dimensions and design features influence product development.
Assembly Design
Learn how multiple mechanical components are combined into a complete assembly. Understand component positioning, alignment, and design relationships.
CAM Fundamentals
Understand how computer-aided manufacturing connects digital designs with production processes. Explore basic machining concepts and manufacturing workflows.
CNC Programming Basics
Learn introductory concepts of CNC machining, including machine coordinates, cutting operations, tool movements, and basic G-code and M-code understanding.
Tool Path Generation
Understand how machining tool paths are created and how cutting tools move during manufacturing operations. Explore basic tool path concepts through relevant CAM applications.
Manufacturing Process Knowledge
Develop an understanding of machining operations, cutting tools, material removal, and the importance of precision in industrial manufacturing.
Digital Product Design Skills
Learn how to transform engineering ideas into accurate digital models. Develop an understanding of product geometry, dimensions, design features, and mechanical structures.
Advanced Mechanical Drafting
Build technical drawing skills by working with 2D layouts, engineering dimensions, annotations, and detailed mechanical drawings.
3D Component Development
Practice creating mechanical components using different modelling techniques. Understand how individual parts are designed, modified, and prepared for further development.
CAD Software Applications
Gain familiarity with commonly used design software such as AutoCAD, SolidWorks, CATIA, and Creo. Understand the role of different applications in engineering design.
Manufacturing Workflow Understanding
Explore how digital product designs move towards manufacturing. Understand the relationship between design models, machining operations, and production requirements.
CNC Machining Fundamentals
Learn the basic principles of computer-controlled machining. Understand coordinates, cutting movements, machine operations, and introductory programming concepts.
CAM Tool Path Concepts
Discover how machining tool paths are planned for different manufacturing operations. Understand how tool movement and cutting strategies influence production accuracy.
Industrial Design Assignments
Practice engineering drawing, component modelling, and manufacturing-related exercises to improve technical understanding and problem-solving skills.
Why Choose TechCADD for CAD CAM Training in Phagwara?
Learning CAD CAM requires more than knowing software commands. Students need to understand how designing and manufacturing processes work together.
TechCADD focuses on practical technical learning through structured software training and engineering assignments.
Practical CAD software training.
Introduction to CAM applications.
Mechanical drawing exercises.
2D and 3D designing practice.
Understanding of CNC machining basics.
Step-by-step software guidance.
Manufacturing-oriented assignments.
Beginner-friendly learning environment.
Who Can Join This Course?
The CAD CAM course is suitable for:
Mechanical engineering students.
Diploma engineering students.
ITI students.
Production engineering learners.
Automobile engineering students.
Manufacturing professionals.
Polytechnic students.
Beginners interested in mechanical design.
Students interested in CNC and manufacturing technology.
Career Opportunities After CAD CAM Training
CAD CAM knowledge can help learners explore opportunities in mechanical design, manufacturing, product development, and industrial production.
Depending on educational qualifications and practical experience, learners can explore roles such as:
CAD Designer
CAM Programmer
Mechanical CAD Drafter
CNC Programming Assistant
Product Design Assistant
Mechanical Design Technician
Manufacturing Design Assistant
Production Support Technician