Learn the fundamentals of industrial plant modelling and piping design with AutoCAD Plant 3D training at CADDESK Marathahalli, Bangalore. Understand how to create 3D plant layouts, model process equipment, route piping systems and prepare engineering drawings from a coordinated plant model.
Talk to a counsellor today and unlock your CAD career path.
By submitting, you agree to receive a callback from our team.
The AutoCAD Plant 3D course at CADDESK Marathahalli is designed for learners who want to understand how 3D models and engineering drawings are developed for industrial process plants. Plant design projects involve multiple interconnected components, including pipes, fittings, valves, equipment and structural elements. A coordinated digital model helps designers visualize these components, understand their spatial relationships and prepare drawings that communicate design information more clearly. During the course, learners can explore the Plant 3D interface, project setup, equipment creation, piping routes, pipe specifications and drawing generation. They can also develop an understanding of how model components and their associated information are used to produce deliverables such as piping isometrics and orthographic views. These workflows are relevant to industries where process equipment and piping systems need to be designed, reviewed and documented. AutoCAD Plant 3D can be useful for mechanical engineering graduates, piping design aspirants, CAD professionals and working engineers who want to develop specialized plant design skills. Practical exercises can help learners connect individual commands with the larger workflow of creating and documenting a plant model. Contact CADDESK to confirm the current syllabus, software version, project exercises, course duration, fees and available training modes.
Training Excellence
40 Days
15+ Live Projects
Latest AutoCAD Plant 3D
ISO Certificate
100%
Offline + Online
Introduction to industrial plant design
Overview of AutoCAD Plant 3D
Understanding the user interface and tool palettes
Project creation and project structure
Introduction to 3D modelling workflows
Introduction to process equipment
Creating and placing equipment
Working with equipment parameters
Editing equipment geometry and properties
Positioning equipment within a plant layout
Understanding equipment connections
Introduction to piping components
Pipe routing fundamentals
Working with elbows, tees, reducers and fittings
Adding valves and inline components
Connecting pipes to equipment nozzles
Editing routes and resolving connection issues
Understanding piping specifications
Introduction to piping specifications
Understanding component selection
Pipe sizes, ratings and component properties
Working with spec-driven components
Reviewing component data
Maintaining consistency in piping models
Developing a plant model
Positioning equipment and routing pipelines
Organizing model components
Reviewing spatial arrangement
Understanding model coordination
Basic layout review and model editing
Introduction to piping isometric drawings
Generating isometric drawings from models
Understanding orthographic drawing views
Creating drawing layouts
Adding annotations and dimensions
Reviewing drawing presentation
Understanding drawing updates after model changes
Organizing project files and drawings
Reviewing model properties
Understanding drawing and model consistency
Basic model checking
Preparing engineering drawing deliverables
Revision and documentation practices
Creating a sample plant project
Placing process equipment
Routing piping systems
Applying appropriate piping components
Generating sample isometric or orthographic drawings
Reviewing the completed model and deliverables
₹4– 6 LPA
₹3 – 6 LPA
₹3 – 5 LPA
₹4 – 7 LPA
₹3 – 6 LPA
₹4 – 8 LPA
Online AutoCAD Plant 3D training can be a convenient option for learners who want to develop plant design skills while managing college, work or other commitments. Through instructor-led demonstrations and screen sharing, learners can follow the process of creating equipment, routing pipes, selecting components and generating engineering drawings. Depending on the programme, online classes may also include practical assignments, guided exercises and opportunities to discuss modelling issues with a trainer.
Because Plant 3D involves 3D modelling and engineering documentation, regular hands-on practice is essential. Learners should have a compatible computer, a reliable internet connection and access to the required software. Practising between sessions can help reinforce the relationship between equipment placement, piping routes, component specifications and the drawings produced from a model.
If you are searching for an AutoCAD Plant 3D online training centre in Bangalore, contact CADDESK Marathahalli to check whether online batches are available for this course. Before enrolling, confirm the batch timings, software access, trainer interaction, practical assignments, project guidance and any recorded lessons or learning resources included.
Selecting a training centre is an important part of learning engineering design software. A useful Plant 3D course should explain how the tools work, demonstrate the purpose of different piping components and give learners opportunities to practise creating and reviewing a model. For Plant 3D, this includes understanding equipment placement, piping routes, component specifications, drawing generation and the relationship between model data and engineering documentation. CADDESK Marathahalli offers training across CAD and engineering design disciplines. Learners interested in AutoCAD Plant 3D can enquire about the course structure, trainer experience, practical assignments and the types of plant modelling exercises covered. Reviewing these details before joining helps you decide whether the programme matches your current skill level and career objectives.
When evaluating the course, ask whether the practical work includes a complete sample model, piping connections, component selection and drawing generation. It is also useful to understand how the trainer reviews model errors, explains drawing consistency and helps learners troubleshoot common workflow issues. These course details provide a clearer picture of the learning experience than general claims alone.
For learners in Marathahalli and nearby parts of Bengaluru, CADDESK provides a local place to enquire about engineering software training. Contact the centre to verify the current AutoCAD Plant 3D batch, available training modes, syllabus, fees, duration and any certification or career support offered.
Learn directly from professionals working on real-time construction and engineering projects.
Every session includes live drafting exercises, software practice, and project implementation.
Dedicated placement assistance with interview preparation and resume building.
Practice using updated AutoCAD Plant 3D tools and workflows used in the industry.
Weekday batches available for students and working professionals.
Receive industry-recognized certification after course completion.
AutoCAD Plant 3D is used to create 3D models of industrial plants and piping systems. It supports equipment modelling, piping routing, component selection and the preparation of engineering drawings from plant models.
Mechanical engineering students, graduates, CAD professionals and piping design aspirants may benefit from the course. The recommended prerequisites depend on the syllabus and the learner's previous drafting experience.
Yes. General AutoCAD supports a broad range of 2D drafting and 3D design tasks, while Plant 3D provides specialized workflows for process plant modelling, piping systems, component specifications and associated engineering drawings.
Basic AutoCAD knowledge can be helpful, particularly for understanding drafting and technical drawings. Contact CADDESK to confirm whether prior AutoCAD experience is required for its current Plant 3D course.
Plant 3D supports generating piping isometric drawings from a 3D model. The course should explain the relevant setup and drawing workflow; confirm the specific isometric exercises included in the syllabus.
CADDESK advertises online and offline training generally, but the availability of each mode can vary by course. Contact the Marathahalli branch to confirm the current Plant 3D batch options.
Depending on your qualifications and practical experience, you may explore junior plant design, piping drafting, CAD design and plant modelling support roles. Employment depends on the requirements of each employer.
Duration depends on the syllabus, batch schedule and practical work. Contact CADDESK Marathahalli for current course duration, fees and timings.
Ask CADDESK to confirm the certificate provided and its issuing organization. An institute-issued completion certificate is different from an official Autodesk certification.
