Start with the equipment layout.
Organise the sample equipment, references and connection points.
Plant design. From equipment layout to coordinated pipework.
PDMS Course
in Sharjah.
Plan the plant.
Connect the design.
Explore AVEVA plant design training with CADD International. Connect equipment modelling, specification-based piping and drawing outputs through a guided project. Confirm PDMS or E3D availability for your batch.
- Learning format
- Classroom / Online live
- Practical focus
- Equipment, piping & drawings
- Starting level
- Discuss your background
Al Majaz 1, Sharjah · Dubai & Abu Dhabi enquiries · GCC online live.
AVEVA plant design
Learning workspace
Learning workspace
EQUIPMENT → PIPING → DRAWINGS
Interactive preview
01 / EQUIPMENT LAYOUT
Start with the plant arrangement.
Place the sample equipment and identify the connection points for the piping exercise.
PDMS / E3D enquiries
Confirm your training platform
Plant design workflow
Equipment, piping & drawings
CADD International
Classroom & online live training
Plant design & piping training
Build the model.
Connect the disciplines.
Develop a plant-modelling workflow that connects equipment, pipe routes and supporting steelwork. Practise organising the design data and preparing outputs that explain the sample layout.
Enquire about PDMS training in Sharjah for piping designers, engineers and graduates. Share your project platform and experience so admissions can confirm a suitable PDMS or E3D learning plan.
Choose the platform that matches your goal.
AVEVA ended PDMS sales and support on 1 April 2024 and identifies E3D Design as its successor. If your work involves an existing PDMS project, discuss the legacy version and access requirements. For a current AVEVA workflow, ask about E3D training availability and scope.
Develop the piping workflow.
Connect selected components using the agreed project specifications.
Make the design readable.
Review the model and prepare selected drawing and material-list outputs.
Your plant design learning path
From equipment placement
to a coordinated drawing pack.
Explore the proposed modules below. Admissions will confirm the platform, release, software access, training hours and project requirements for your batch. Interface and module names differ between PDMS and E3D.
01 · Workspace, hierarchy & project navigation
- Explore the selected PDMS or E3D interface and project environment.
- Review WORLD, SITE and ZONE organisation and current-element navigation.
- Practise coordinates, orientation and model-view control.
02 · Equipment modelling & nozzle placement
- Build sample vessels, pumps or equipment using included tools.
- Position equipment and review nozzle directions and connection points.
- Organise names, references and the agreed model attributes.
03 · Piping specifications & branch setup
- Introduce catalogue and specification selection in the sample project.
- Create selected pipes and branches and review end connections.
- Discuss bore, component choice and connectivity checks.
04 · Pipe routing & component placement
- Develop routes with selected elbows, tees, reducers and valves.
- Practise offsets, slope or bypass exercises within the agreed scope.
- Review component orientation and connection continuity.
05 · Structural steel & support coordination
- Introduce sample columns, beams and bracing in a pipe-rack exercise.
- Review the relationship between pipe routes and supporting structure.
- Discuss included support-modelling tools and their limits.
06 · Model review & clash-check workflow
- Navigate the coordinated equipment, piping and structural model.
- Review selected spatial conflicts and access or clearance requirements.
- Record issues and revise the agreed sample layout.
07 · Isometric drawings & material information
- Introduce the included piping-isometric production workflow.
- Review dimensions, annotations and sample component lists.
- Discuss ISODRAFT settings or equivalent tools for the selected platform.
08 · General arrangement drawings & plant project
- Prepare selected plan, elevation or section outputs.
- Review sheet layout, annotations and model-to-drawing consistency.
- Present the coordinated model and agreed project deliverables.
- Ask about DRAFT or E3D drawing tools for your selected release.
Put the learning to work
A plant design study
you can explain.
Follow a small process-unit or pipe-rack brief through equipment placement, routing and drawing preparation. Explain how the selected design information connects across the model.
Your trainer will confirm the project inputs, software platform, review criteria and required outputs for the exercise.
Discuss your project goals ↗An equipment layout
Present the sample equipment arrangement, references and connection points.
A piping model
Explain the selected specifications, component choices and route changes.
A coordination review
Record the agreed spatial checks and model revisions across disciplines.
A drawing pack
Organise selected isometrics, general arrangement views and material information.
Choose how you learn
Sharjah classroom.
Online live flexibility.
Discuss your work schedule, commute and preferred language. Our team will confirm current batches and trainer availability.
PDMS training in Sharjah
Learn at 208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, near Al Majaz Waterfront, Sharjah.
Contact details & directions ↗Learn from the UAE or GCC
Enquire about instructor-led online classes, guided exercises, project reviews and included recording access.
Explore online learning ↗Dubai & Abu Dhabi options
Share your preferred branch and schedule. Ask about Business Bay, BurJuman branch availability and Abu Dhabi batches.
Check available batches ↗
Ask about training in
English
العربية
हिन्दी
മലയാളം
தமிழ்
Language, delivery mode and batch availability are confirmed before enrolment.
Your learning, documented
Completion credentials.
Practical plant-design evidence.
Connect your learning with the applicable course certificate and an organised portfolio of models and drawings.
Course-completion certificate
Receive the applicable CADD certificate after meeting programme requirements. Ask about eligible paid KHDA attestation options.
Clear platform and assessment
Confirm the software version, included modules, review criteria and completion requirements before choosing your course plan.
A plant-design portfolio
Present your selected model views and drawings with a record of the project brief and review comments.
Discuss software access, included learning resources, recordings and refresher-class terms. Ask about current fees and available Tabby or Tamara payment options.
Corporate training
Develop your team's
plant-design workflow.
Discuss plant-design training for piping, layout or engineering teams. Share your current PDMS or E3D release, learner experience and the model or drawing workflows you want the programme to address.
Before you join
PDMS & plant-design
questions, answered.
Who is this PDMS course suitable for?
Piping designers, CAD draftspersons, mechanical or process engineers, and engineering graduates can enquire. Share your background and intended plant-design work so admissions can recommend a suitable plan.
Is AVEVA PDMS still supported?
AVEVA states that PDMS has not been sold or supported since 1 April 2024. E3D Design is its successor. Confirm whether your goal requires a legacy PDMS workflow or current E3D training.
Will I learn PDMS or E3D Design?
Confirm the exact software platform, release, included modules and access arrangements with admissions before enrolling. This page accepts enquiries for both learning goals.
Can beginners join plant-design training?
Discuss your CAD experience, engineering drawing knowledge and understanding of piping layouts. Admissions can explain foundation support and the prerequisites for your chosen pathway.
Does the course cover equipment and piping?
The proposed pathway includes equipment placement, nozzle references and piping exercises. Request the detailed syllabus to confirm the models, specifications and routing depth.
Are structural steel and pipe supports included?
The proposed modules introduce a pipe-rack exercise and support coordination. Confirm the included modelling tools and whether specialist support tasks need a separate scope.
Will I learn isometrics and general arrangement drawings?
The proposed pathway includes selected piping-isometric and general arrangement outputs. Confirm the drawing tools, annotations and material-list exercises for your software release.
Does PDMS training include piping stress analysis?
This pathway focuses on plant modelling and documentation. If you need piping stress analysis, request a separate software and training scope.
What certificate will I receive?
Ask admissions to confirm the CADD completion certificate and programme requirements. Any AVEVA credential or additional assessment must be confirmed separately before enrolment.
Can I see a demo before choosing my course?
Ask admissions about a guided software demo and available timings. The interactive illustration on this page explains the workflow; it does not run PDMS, E3D or automatic clash detection.
Can I attend online from Dubai, Abu Dhabi or the GCC?
Enquire about instructor-led online training and share your schedule and computer setup. Ask about classroom availability in your preferred UAE location.
What are the duration, fees and payment options?
Request the current training-hour plan, project requirements, total fees and payment terms. Admissions can explain available Tabby or Tamara options and their terms.
Plan your next plant-design step
Bring your goals.
Find your course plan.
Request the plant-design syllabus, fees, demo-session options and available batches. Share your CAD experience, project platform, piping or layout goals and preferred training format. Tell us whether you need PDMS or E3D.
208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, Sharjah.
Enquire about PDMS
Share your contact details and learning goals with our admissions team.
Prefer to speak with us? Call admissions or visit our contact page.
Continue your learning
Connect plant modelling
with a wider engineering workflow.
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