CadCam Academy

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locationPalasuni Hat, Rasulgarh, Bhubaneswar, Odisha
phoneCALL US- +91 9437 1122 98

locationPalasuni, Rasulgarh, Bhubaneswa

phoneCustomer Support +91 9437 1122 98 60
location
Palasuni, Rasulgarh, Bhubaneswa
phoneCustomer Support +91 9437 1122 98

AutoCAD institute for mechanical engineering in Odisha

CADCAM Academy is one of the top leading CAD CAM institute in Bhubaneswar,Odisha provide expertise mechanical Autocad training for 2D Mechanical Drawings, 3D Models and Assemblies, Isometric Drawings, Sectional Views, Exploded Views, Detail Drawings, Wiring Diagrams, Bill of Materials (BOM).

Best Autocad training institute in Bhubaneswar for mechanical engineering

In mechanical engineering, AutoCAD is widely used for creating various types of technical drawings and designs. So CADCAM Academy expertise training gives the professional practice some common types of AutoCAD drawings used in mechanical engineering:

  1. 2D Mechanical Drawings: These drawings represent mechanical components, assemblies, and systems using 2-dimensional geometry. In 2D Mechanical Drawings CADCAM Academy train details such as dimensions, tolerances, annotations, and symbols. Examples include part drawings, assembly drawings, fabrication drawings, and schematic diagrams.
  2. 3D Models and Assemblies: AutoCAD allows the creation of 3-dimensional models and assemblies that represent mechanical parts and their relationships. These models provide a realistic representation of the components, aiding in visualization, interference checking, and assembly analysis.
  3. Isometric Drawings: Isometric drawings are 3D representations of objects, showing all three axes in equal measure. They provide a clear visual understanding of the object’s shape, dimensions, and features. Isometric drawings are commonly used in mechanical engineering to depict piping systems, machinery, and equipment layouts.
  4. Sectional Views: Sectional views are used to reveal the internal structure of mechanical components or assemblies. They show a sliced or cut-away view of the object, exposing its hidden features and providing clarity on its internal workings. Sectional views are essential for understanding complex assemblies and identifying potential issues.
  5. Exploded Views: Exploded views demonstrate how a mechanical assembly comes together or disassembles by showing each component slightly separated and floating in space. This type of drawing is useful for understanding the arrangement of parts, their relationships, and the sequence of assembly or disassembly.
  6. Detail Drawings: Detail drawings focus on specific parts or features of a mechanical component or assembly. They provide enlarged views of critical areas, highlighting intricate details and dimensions that may be difficult to visualize in the main drawing. Detail drawings ensure accurate manufacturing and proper assembly of complex parts.
  7. Wiring Diagrams: Wiring diagrams are used to illustrate the electrical connections and wiring layouts in mechanical systems or equipment. They help in understanding the electrical circuitry, connections, and signal flow within the mechanical design.
  8. Bill of Materials (BOM): A Bill of Materials is not a drawing per se, but it is an important document created using AutoCAD. It lists all the components, parts, and materials required to manufacture or assemble a mechanical system. The BOM includes details such as part numbers, descriptions, quantities, and sometimes additional information like cost and supplier details.

These are some of the commonly used AutoCAD drawings in mechanical engineering, but the field is vast, and the types of drawings may vary depending on the specific application or industry.

CADCAM Academy leading training institute is the best for AutoCAD in Bhubaneswar, Odisha. The best institute for AutoCAD training can vary depending on individual preferences, teaching methodologies, faculty expertise, course content, infrastructure, and other factors.

To find the best AutoCAD training institute in Bhubaneswar, I recommend considering the following factors:

  1. Reputation and Reviews: Research the reputation of different training institutes by reading reviews and testimonials from past students. Look for institutes with positive feedback and a good track record in delivering quality training.
  2. Course Content and Curriculum: Evaluate the course content and curriculum offered by the institute. Ensure that it covers all the necessary topics and provides hands-on experience with AutoCAD software.
  3. Faculty and Expertise: Find out about the qualifications, experience, and expertise of the faculty members who will be conducting the training. Experienced instructors with industry knowledge can provide valuable insights and guidance.
  4. Infrastructure and Facilities: Consider the infrastructure and facilities available at the training institute. A well-equipped institute with access to the latest software and resources can enhance the learning experience.
  5. Placement Assistance: If you are looking for job-oriented training, inquire about the placement assistance provided by the institute. Find out if they have tie-ups with companies or a track record of helping students secure employment after completing the training.
  6. Cost and Schedule: Compare the fees and course schedules offered by different institutes. Ensure that the training program fits within your budget and is convenient in terms of timing and duration.

It is recommended to visit the CADCAM Academy, if possible, to get a firsthand experience of their facilities, interact with faculty members, and clarify any doubts regarding the training program. Additionally, you can seek recommendations from professionals or friends who have undergone AutoCAD training in Bhubaneswar, Odisha, to get insights based on their personal experiences.

Course syllabus for mechanical engineering AutoCAD Course in CADCAM Academy.

Course syllabus for mechanical engineering AutoCAD Course in CADCAM Academy training institute. However, our Autocad course syllabus covered in a mechanical engineering Practice sheet,project work sheet and final CAD portfolio for completion of AutoCAD course.

Here’s a sample syllabus for a mechanical engineering AutoCAD course:

  1. Introduction to AutoCAD
  2. Overview of AutoCAD software and its features
  3. User interface and workspace customization
  4. Drawing and editing tools in AutoCAD
  5. Basic Drawing and Editing
  6. Creating basic geometric shapes
  7. Modifying objects using editing commands
  8. Using layers and object properties
  9. Precision Drawing Techniques
  10. Coordinate systems and units of measurement
  11. Object snapping and tracking
  12. Polar and object snap tracking
  13. Drawing Aids and Advanced Editing
  14. Grids, snap modes, and ortho mode
  15. Offset, trim, extend, and mirror commands
  16. Fillet, chamfer, and array commands
  17. Dimensioning and Annotation
  18. Adding dimensions and text to drawings
  19. Dimension styles and properties
  20. Leaders, tables, and hatching
  21. Blocks and Attributes
  22. Creating and inserting blocks
  23. Editing block attributes
  24. Dynamic blocks and block libraries
  25. Isometric Drawing
  26. Creating isometric views
  27. Isometric snap and grid
  28. Isometric dimensions and text
  29. 3D Modeling Basics
  30. Introduction to 3D modeling in AutoCAD
  31. Creating 3D primitives and extrusions
  32. Working with 3D coordinates and viewing tools
  33. Advanced 3D Modeling
  34. Creating complex 3D objects using Boolean operations
  35. Revolve, sweep, and loft commands
  36. Editing 3D models and surfaces
  37. Assembly and Visualization
  38. Creating and managing assembly drawings
  39. Adding constraints and relationships
  40. Rendering and visualization techniques
  41. Project Work
  42. Application of AutoCAD skills to a mechanical engineering project
  43. Designing and drafting a mechanical component or system
  44. Documentation and presentation of the project

CADCAM Academy is the best Autocad institute for mechanical engineering students and professional to learn mechanical autocad drawings in depth of 2D Mechanical Drawings, 3D Models and Assemblies, Isometric Drawings, Sectional Views, Exploded Views, Detail Drawings, Wiring Diagrams, Bill of Materials (BOM).

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