AutoCAD Training In Pune

Reasons for implementing CAD:

• To increase the productivity of the engineer.
• To improve the quality of design.
• To create a table/database for manufacturing.
• To improve communication & interpretation through documentation.

Before the implementation of this software, all engineers & designers used drafters and sheets to draw or design a product. It consumed a lot of time for a designer to design a product. If the manufactured product didn’t satisfy the client’s need or if the manufacturer got an error in the product, then the design needs to be changed of the product which was a time-taking process.

In the cases of errors, the drawing needs the modification by editing or erasing the incorrect to have the corrected final drawing. 

It leads to the following problems:

• Delay in production & production rate.
• Increase in scrap rate & wastage of material.
• To minimize the mentioned problems, AutoCAD is the solver for it. In this software, we can save the design of the product & its modifications; we can edit the prior design that reduces time to design a product & human effort with great accuracy.

Drafting in AutoCAD
The technical drawing is an act and discipline of composing drawings that visually interpret how something functions or constructed. A draughtsman is a professional who creates a drawing to express its technical aspects. A professional draughtsman who creates the technical drawings is moreover called a drafting technician. Professional drafting and detailing is an ultimate and important function in the cycle of design to manufacturing the complex components and machines. A draughtsman bridges the gap between engineers and manufacturers and contributes practical knowledge by detailing the drawing and technical proficiency to the design process.

Detailing in AutoCAD Drafting
Detail drawings give a detailed technical description of the geometric form of a part of an object like a building, bridge, tunnel, machine, plant, etc. These are mostly large-scale drawings that show in detail parts that may involve less detail on general arrangement drawings.

Detailed drawings may be used to indicate concurrence with regulations, guidelines and other requirements, to provide information about assembly and the connection between components, to show construction & manufacturing details, element form, and other technical details that would not be possible to include on more general drawings.

They may include dimensions, tolerances, notation, symbols, and specification information, but this should not be the same as information included in the other specifications as it may become contradictory and create confusion.

Difference between Design & Drafting
The fundamental of engineering where ideas, imagination & visual thoughts are converted into calculating and looking for feasibility phase where loads, stress and other engineering calculations are made along with the aesthetics part of the product, machine or any structure is Design.

The design process is the initial phase of an architectural or engineering project which includes breaking down the project into manageable pieces. Design acquires many shapes depending on the project and the client’s requirements. Architecture or engineer makes drawings of the building or object which will be about the right shape and size. Drafting is the next phase of the design process which is normally done by using Computer-Aided tools to prepare drawings that will show the technical specifications of any project. The technical drawings are used as blueprints for the architectural or manufacturing project.

Drafting is nothing but the 2-Dimensional representation of a 3-Dimensional structure or product. Plans, Elevations, and Sections are 2D views of a 3D object. Drafting is the layout sketch or reference drawing made based on calculations, tolerance and 3D modeling found out in the design phase. Drafting engineers design and create the blueprints required to generate new concepts and products to life. Drafting engineers or drafters, prepare technical drawings such as blueprints used to build a broad range of products.

Depending upon the nature and type of project or product or structure for which 2-dimensional drawing is to be carried out, there is a wide array of software tools that are used for drafting.

AutoCAD Course in Pune is one such tool that can be used for drafting and modeling in various domains like mechanical, civil, electrical, etc.

Drafting in AutoCAD is used by:

• Mechanical engineers
• Civil engineers
• Electrical engineers

AutoCAD Mechanical:
Mechanical engineering is an immense vast field that encompasses industry, business, medicine, etc. Planning and designing mechanical products is the main focus of mechanical engineers, whether they are producing the engine of a machine and motor components or complete machines or devices like refrigerators and robots. Design program like AutoCAD helps mechanical engineers do their tasks by assisting them to create preliminary designs and spot flaws before production, saving time and resources.

Design Production and Troubleshooting
At the initial stages of a design project, mechanical engineers can use AutoCAD to start sketching ideas as 2D and analyzing them to finding the optimum solution for a given problem. The software makes the process quick and convenient; it eradicates the need to draw blueprints for each version of an idea and simplifies the designs. Moreover, the software helps interpret these designs, locate flaws, errors, and inconsistencies the mechanical engineer might overlook. Simulations and Scenarios

One of the most utile functions of AutoCAD is its ability to provide a graphic simulation of how a constructed machine will function. Once a 2D design prototype is complete, AutoCAD can generate a simulated version and show it in action. This function is otherwise impossible for the mechanical engineer to reproduce without investing the time and resources in developing a real-time prototype. With the help of this working, mechanical engineers can find out if the machine will work as intended and make any necessary fixes before it goes for production.

Quality Assurance and Control
The analysis components of AutoCAD allows determining the functionality of a component or assembly in extreme or under high-stress conditions difficult to test outside the simulation. This work also provides a simulation of a prototype’s expected performance concerning time, allowing precise estimates to be made on a machine’s functional life span before requiring maintenance or replacement. AutoCAD allows mechanical engineers to produce useful specifications and give customers exactly what they need in an efficient timeline.