There are two main categories of AutoCAD –
1. AutoCAD LT
2. AutoCAD with 3D & specialized toolsets
There are more than just 7 specialized toolsets included within the full version.

AutoCAD LT

AutoCAD LT is a lighter and more affordable version of AutoCAD, primarily focused on 2D drafting, drawing & documentation. It lacks some of the advanced features and 3D modelling capabilities of the full version.

Full AutoCAD with specialized toolsets

The full version of AutoCAD that comes with access to a variety of industry-specific toolsets. These toolsets offer additional features and functionality tailored to specific disciplines.

Specialized toolsets

1. AutoCAD Architecture Toolset

The AutoCAD Architecture toolset gives you all the tools you need to complete your projects faster and scale your project pipeline. Boost architectural design and drafting productivity by up to up to 61%* with time-saving features and task automation:

• Access our library of 8,800+ architectural components, including multi-level blocks.
• Automatically generate floor plans, elevations, sections, and ceiling grids
• Quickly place walls, doors, and windows with real-world construction

2. AutoCAD Mechanical Toolset

AutoCAD Mechanical Toolsets Increase productivity by up to 55%* with industry-specific tools for mechanical engineering, including 700,000+ intelligent parts and features. With the Mechanical toolset, you can:

• Access our library of standards-based parts, tools, and custom content.
• Customise properties of object types and create them on custom layers.
• Automate tasks such as creating bills of materials (BOMs)

3. AutoCAD MAP 3D Toolset

Our AutoCAD Map 3D is model-based GIS mapping software provides access to CAD and GIS data to support planning, design, and management. With the Map 3D toolset, you can:

• Directly access spatial data using Feature Data Objects (FDO) technology
• Directly edit geospatial data
• Manage infrastructure systems with Enterprise Industry Models

4. AutoCAD MEP Toolset

AutoCAD MEP Toolset makes HVAC and building systems easy with an industry-specific toolset for MEP (mechanical, electrical, and plumbing) that increases productivity by up to 85%.* With the MEP toolset, you can:

• Access our library of 10,500+ intelligent MEP objects.
• Optimise your workflow with individual palettes and domain-specific ribbons.
• Automatically update drawings, sheets, and schedules when changes occur.

5. AutoCAD Electrical Toolset

Boost productivity by up to 95%* with electrical design features that help you create, modify and document electrical controls systems. With the Electrical toolset, you can:

• Access a library of 65,000+ intelligent electrical symbols.
• Automate numbering of wires and generation of component tags
• Generate and update multiple customised reports automatically.

6. AutoCAD Plant3D Toolset

Using AutoCAD Plant 3D you can Create and edit P&IDs and 3D models, and extract piping orthographic and isometrics with an industry-specific toolset for plant design which increases your productivity up to 75%. With the Plant 3D toolset, you can:

• Collaborate securely in a cloud-based common data environment.
• Speed up and automate P&ID drafting and 3D modelling with in-context commands.
• Automatically create piping isometric drawings directly from the 3D model

7. AutoCAD Raster Design Toolset

Use raster design tools in a specialised toolset to edit scanned drawings and convert raster images to DWG™ objects. With the Raster Design toolset, you can:

• Access tools to enhance image editing and cleanup.
• Edit REM objects using standard AutoCAD commands.
• Simplify your workflows with vectorisation tools.

1. Changing Job Descriptions: The role of mechanical engineers is evolving, and proficiency in AutoCAD has become essential due to its widespread use in the industry 🏗️. Learning AutoCAD expands a mechanical engineer’s ability to work with new technologies, enhancing their competitiveness in the job market.
2. Enhanced Conceptual Understanding: Learning AutoCAD provides mechanical engineers with a clearer grasp of engineering concepts by allowing them to visualize and manipulate complex 2D designs 🖥️. This improved comprehension fosters better problem-solving skills and creativity in design.
3. Streamline Production Processes: Production Engineers use AutoCAD to design efficient layouts for manufacturing facilities 🏭, plan assembly lines, and optimize workflow 🔄. This enhances productivity, minimizes production downtime, and ensures efficient resource utilization 📈.
4. Quality Control Documentation: Quality Engineers utilize AutoCAD to create detailed dimensional drawings and inspection plans 📐. These drawings help in quality control processes by accurately defining product specifications, tolerances, and inspection criteria ✅, ensuring that products meet the required quality standards 🎯.
5. Increased Job Opportunities: Proficiency in AutoCAD expands career opportunities for mechanical engineers, as many employers require AutoCAD skills for drafting, design, and engineering roles 🚀. Learning AutoCAD enhances employability and opens doors to a wider range of job opportunities in various industries 🌍.

1. Changing Job Roles: Civil engineering jobs now require AutoCAD skills to handle complex design tasks 🏗️. Learning AutoCAD helps civil engineers stay relevant and opens up more job opportunities in construction and infrastructure projects.
2. Improved Design Visualization: AutoCAD allows civil engineers to create and view detailed 2D site plans 🏞️. This helps in better understanding designs and reduces errors during construction.
3. Efficient Project Planning: AutoCAD is used to plan road layouts, drainage systems, and building structures 🏙️. This ensures faster project execution and better management of resources like time and materials.
4. Accurate Construction Documentation: Civil engineers use AutoCAD to create precise drawings 📐 that guide construction teams. These drawings help in building according to the exact measurements and standards, ensuring safety and compliance.
5. Better Job Prospects: Knowing AutoCAD increases job options for civil engineers 🚀. Many companies require AutoCAD skills for jobs in urban planning, building design, and infrastructure development 🌍.

1. Changing Job Roles: Electrical engineering now requires proficiency in AutoCAD to design and manage complex electrical systems ⚡. Learning AutoCAD boosts employability and ensures engineers stay competitive in a fast-evolving industry.
2. Precise Electrical Design: AutoCAD helps electrical engineers create detailed wiring diagrams and circuit layouts 💡. This improves design accuracy and reduces errors during installation and maintenance.
3. Improved System Planning: Electrical engineers use AutoCAD to plan power distribution networks and control systems 🏙️. It helps ensure efficient energy use and smooth operation of electrical systems.
4. Compliance and Safety Documentation: AutoCAD makes it easy to create detailed electrical schematics 📜 that meet safety standards and regulations, ensuring safe and reliable installations 🔒.
5. Expanded Career Opportunities: Knowing AutoCAD opens up more job opportunities 🚀. Many industries, including automation, telecommunications, and power systems, require AutoCAD skills 🌍.

Opportunities After Learning AutoCAD for Mechanical Engineers:

1. 1. Mechanical Drafter/Designer: Create detailed technical drawings for mechanical parts and assemblies using AutoCAD, ensuring accuracy and adherence to engineering specifications.
   2. Machine Designer: Design and draft plans for machinery and mechanical systems in industries such as manufacturing, using AutoCAD to produce precise schematics and layouts.
   3. CAD Technician: Assist engineers by drafting mechanical systems like HVAC, plumbing, and machinery layouts with AutoCAD, translating design concepts into technical documentation.
   4. Piping Designer: Design piping systems for various industries, including manufacturing and oil & gas, using AutoCAD to ensure accurate layouts and compliance with project specifications.
   5. Product Design Engineer: Use AutoCAD to design new products or improve existing ones, ensuring that designs meet mechanical requirements and functionality.
   6. Manufacturing Engineer: Develop manufacturing processes and optimize production layouts with the help of AutoCAD, improving efficiency and integration of mechanical systems.

Opportunities After Learning AutoCAD for Civil Engineers:

1. Civil Drafter/Designer: Create detailed drawings of infrastructure projects such as roads, bridges, and buildings using AutoCAD, ensuring that all designs meet local regulations and safety standards.
2. Site Engineer: Plan and design site layouts for civil projects, including roads, drainage systems, and utilities, utilizing AutoCAD for precise plotting and design.
3. Structural Drafter: Draft and model structural components like beams, columns, and foundations with AutoCAD, ensuring stability and compliance with building codes.
4. Urban Planner: Design layouts for urban development projects, including zoning plans, transportation networks, and public utilities, using AutoCAD to develop clear and actionable plans.
5. Highway Designer: Draft detailed designs for roadways and transportation systems, creating accurate drawings of road alignments, cross-sections, and infrastructure elements with AutoCAD.
6. Survey Drafter: Use AutoCAD to assist in mapping and plotting land surveys, providing essential layout and measurement data for civil engineering projects.

Opportunities After Learning AutoCAD for Electrical Engineers:

1. Electrical Drafter/Designer: Create detailed wiring diagrams, electrical schematics, and circuit layouts using AutoCAD, ensuring that electrical systems are designed accurately and to code.
2. Power System Planner: Design power distribution systems for residential, commercial, and industrial buildings with AutoCAD, optimizing the layout of wiring and electrical components.
3. Control Systems Designer: Develop and draft control system schematics for automation and industrial processes, using AutoCAD to create clear and accurate designs.
4. Electrical Engineer: Collaborate on the design and analysis of electrical systems, using AutoCAD to produce technical drawings and simulations that support engineering projects.
5. Lighting Designer: Design lighting systems for architectural projects, using AutoCAD to develop detailed plans for placement, wiring, and energy efficiency.
6. Telecommunications Drafter: Draft layouts for communication networks, including cable routing and equipment placement, using AutoCAD to create detailed and accurate technical documentation.

• ITI, Diploma, Bachler’s, or master’s Students of mechanical, electrical, plumbing (MEP) engineering, interior designers, civil, architects, automobile engineer, aeronautical engineer & Furniture designers
• Production or quality engineers looking to transition their careers into design roles or seeking promotions can greatly benefit from learning AutoCAD.
• Construction managers who want to improve planning and scheduling of construction projects. Site engineers or survey engineers who are stuck and want salary hike.
• Students who are planning to move abroad for higher studies and jobs, Autodesk certification will be very importance to them.
• Planning to start their own business or startup: It enables you to create detailed designs and plans for their products or projects, aiding in bringing their ideas to life efficiently.
• Anyone who is interested in the latest technology, or interested in designing, or wanted to peruse carrier in designing can learn AutoCAD