CAD Design & Manufacturing Process

January 30, 2025 4:53 pm Published by :

CAD Design &
Manufacturing Process

      Online Course
      CAD Design & Manufacturing Process

      The Certificate Program in CAD Design & Manufacturing Process is a dynamic, hands-on course designed to equip students with the essential skills in computer-aided design and manufacturing practices. Over six months, students will dive into 2D and 3D modeling, advanced parametric design, CNC programming, and modern manufacturing techniques. This program covers industry-standard CAD software, such as AutoCAD, SolidWorks, and Fusion 360, providing a comprehensive understanding of design and fabrication. Students also gain insight into manufacturing processes, including additive manufacturing (3D printing), CNC machining, and reverse engineering, which are fundamental for creating precise and functional products.

      This training opens doors to numerous career opportunities in fields like product design, automotive, aerospace, industrial engineering, and more. Skilled CAD designers are in high demand to meet the growing needs of industries focused on precision engineering, efficient manufacturing, and rapid prototyping. Graduates of this program can pursue roles as CAD technicians, design engineers, product developers, and manufacturing specialists. By completing this certificate, students are well-prepared to join engineering teams, work in manufacturing plants, or contribute to innovation in the design and development sectors. This program builds a solid foundation for those seeking a fulfilling career in the digital and mechanical aspects of modern manufacturing.

      lifestyle (1)

      Course Fee

      ₹ 30,000/-

      Qualification

      Diploma/B.Tech

      Duration

      3 Months

      Course Type

      Certification

      Our Recognitions Speaks

      Creative Mentors was honored for its excellency in animation education industry

      WHAT WE TEACH

      Here’s a structured 6-month course curriculum for a Certificate Program in CAD Design & Manufacturing Process, organized module-wise to cover essential concepts, tools, and practical assignments to develop proficiency in CAD and manufacturing:
      • Topics:
        • Overview of CAD and Its Role in Manufacturing
        • Types of CAD Software and Industry Applications
        • Basics of Manufacturing Processes: Machining, Molding, Casting, Additive Manufacturing
        • CAD Terminology: Dimensions, Tolerances, Units
      • Tools: Intro to popular CAD software (AutoCAD, SolidWorks, Fusion 360)
      • Assignment: Design a basic 2D model of a mechanical component (e.g., a bracket) using AutoCAD.
        • Topics:
          • Fundamentals of 2D Drawing and Drafting
          • Understanding Orthographic Projections and Isometric Views
          • Dimensioning and Annotating 2D Drawings
          • Creating Layers, Line Types, and Blocks
        • Tools: Advanced use of AutoCAD for 2D drawings
        Assignment: Create a detailed 2D technical drawing of a machine part with annotations.
        • Topics:
          • Introduction to 3D Modeling Concepts
          • Understanding Extrude, Revolve, Loft, and Sweep Tools
          • Basic Parametric Modeling and Constraints
          • Introduction to Assemblies and Part Mating
        • Tools: SolidWorks or Fusion 360 for 3D modeling
        Assignment: Create a 3D model of a simple object (e.g., a nut and bolt assembly).
      • Topics:
        • Advanced Part Design: Fillets, Chamfers, Shelling, Drafts
        • Modeling Complex Shapes and Curves
        • Working with Surface Modeling Techniques
        • Creating Interlocking Parts and Advanced Assemblies
      • Tools: SolidWorks or Fusion 360 for advanced 3D modeling
      • Assignment: Design a multi-part assembly with interlocking components (e.g., a clamp or hinge mechanism).
      •  
        • Topics:
          • Parametric Design and Equation-Driven Modeling
          • Design Constraints and Dependency Management
          • Introduction to Finite Element Analysis (FEA) for Stress Testing
          • Basic Motion Simulation and Kinematic Studies
        • Tools: SolidWorks Simulation or Fusion 360 for parametric design and FEA
        Assignment: Create a parametric model of a mechanical part and run basic stress simulations.
          • Topics:
            • Introduction to Manufacturing Processes (Milling, Turning, Casting, Injection Molding, 3D Printing)
            • Understanding Design for Manufacturability (DFM)
            • Tolerances, Fits, and GD&T (Geometric Dimensioning & Tolerancing)
            • Material Selection for Manufacturing: Metals, Polymers, and Composites
          Assignment: Redesign an existing part with manufacturability in mind, considering material and process constraints.
          • Topics:
            • Introduction to CNC (Computer Numerical Control) Programming
            • Basics of G-code and M-code
            • Understanding CAM (Computer-Aided Manufacturing) Integration
            • Setting Up Tool Paths, Cutting Paths, and Machining Strategies
          • Tools: Fusion 360 CAM or Mastercam for CNC integration
          • Assignment: Generate tool paths for a 3D model, simulate the machining process, and create a G-code file.
          •  
            • Topics:
              • Overview of Additive Manufacturing and 3D Printing Processes
              • Design Considerations for 3D Printing
              • Exploring FDM, SLA, SLS Printing Technologies
              • Preparing CAD Models for 3D Printing
            • Tools: Fusion 360 or Tinkercad for 3D printing prep
            Assignment: Design a part optimized for 3D printing and prepare it for printing, including support structures.
            • Topics:
              • Introduction to Reverse Engineering Concepts
              • Capturing Design with Scanning Tools (Photogrammetry, 3D Scanning)
              • Converting Scan Data into CAD Models
              • Basics of Rapid Prototyping and Proof of Concept Models
            • Tools: Fusion 360 or SolidWorks for converting scans to models
            • Assignment: Perform a reverse engineering exercise by creating a CAD model from a physical object.
            •  
              • Topics:
                • Designing for a Real-World Application: Concept Development to Final Product
                • Iterative Design and Prototyping with Feedback Loops
                • Developing a Professional Portfolio: Organizing CAD Files, Renderings, and Project Documentation
                • Preparing a Final Presentation and Showcasing Designs
              Assignment: Create a complete product design project, including 3D modeling, assembly, FEA, and a prototype-ready model.
                • Project:
                  • Students choose a complex product or assembly, apply all course concepts, and create a complete CAD model ready for manufacturing.
                  • Steps Involved:
                    1. Conceptualization – Define the problem and create concept sketches.
                    2. CAD Modeling – Use learned techniques to create the design in 3D.
                    3. Simulation & Testing – Run stress analysis and modify the design as needed.
                    4. Manufacturability Review – Ensure the design is feasible for production using DFM principles.

                Prototyping and Presentation – Prepare for manufacturing and create a presentation with renders, technical drawings, and CAD files.

      Expected Outcome: Each student will finish with a professional-grade project portfolio, showcasing their skills in CAD design, 3D modeling, manufacturing planning, and simulation.

      This curriculum is structured to guide students from foundational CAD skills to advanced design and manufacturing processes, preparing them for careers in CAD design, product development, manufacturing, and engineering fields. By the end of the course, students will be proficient in industry-standard tools and possess hands-on experience in creating production-ready CAD designs.

      TO START AN EXCITING CREATIVE CAREER

      OUR FACULTY

      Amanda Lee

      Senior project

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      Adam Cheise

      Head of Platform

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      FROM THE STUDENTS

      Direct testimonials from the students who completed the course

      ADMISSION PROCESS

      Creative Mentors Animation, Gaming and VFX School is looking for dedicated students who want to become tomorrow’s art and design leaders. We seek innovators, storytellers, collaborators, problem solvers, dreamers, leaders—all are welcome here.

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