Organise the structure.
Connect grids, levels, foundations and framing with a clear model and reference strategy.
CADD International · Structural BIM
Autodesk Revit 2027 · Model · Detail · Document
Revit Structure Training in Sharjah.
Build an organised structural model. Develop reinforcement and analytical coordination skills. Turn model information into clear schedules and drawing sheets.
- Learning options
- Classroom +
online live - Core workflow
- Model · detail
· document - Project focus
- Structural BIM
portfolio
Sharjah · Dubai · Abu Dhabi enquiries · Online across the UAE & GCC
One structure. Connected outputs.
Learning study
01 / PHYSICAL MODEL
Organise the structural frame.
Connect levels, grids, foundations and framing in a readable structural model.
- Output
- An organised physical model and selected views.
Autodesk RevitStructural modelling and documentation
Autodesk Academic PartnerDiscuss applicable completion credentials
Guided project practiceSharjah classroom and online live enquiries
A connected structural workflow
Make the model useful
from framing to drawings.
This Revit Structure training course in Sharjah develops structural BIM modelling, reinforcement, analytical coordination and documentation skills through a connected learning path.
Work from supplied design information to organise concrete or steel elements, review relevant model representations and prepare readable outputs. Share your background and project goals to discuss the right starting point.
Where Revit fits: Revit connects structural geometry, model information and documentation. Analytical coordination supports a wider engineering workflow; structural analysis and design-code checks are separate tasks.
- Civil engineers
- Structural engineers
- BIM modellers
- Structural drafters
- Rebar detailers
- Civil-engineering students
Inspect the information.
Develop readable reinforcement, analytical and coordination views for the agreed project scope.
Communicate the work.
Build structural views, schedules and sheets that help explain the model and its information.
Build the skills in sequence
From project setup
to a structural BIM portfolio.
Connect the modelling steps with review and documentation. Request the detailed syllabus for your experience level and selected programme.
01 Structural project setup Build on organised references.
- Set units, structural templates, levels, grids and project views.
- Link architectural references and review positioning, coordinates and monitoring needs.
- Organise the model around the agreed project and information requirements.
Practical output: A structural project prepared for modelling.
02 Concrete framing & foundations Connect the main structural elements.
- Model columns, beams, structural walls and floors from the supplied design.
- Develop isolated foundations, wall foundations or foundation-slab exercises.
- Inspect element joins, openings, levels and model visibility.
Practical output: A concrete-frame and foundation modelling study.
03 Steel framing & connection workflows Develop a clear steel model.
- Explore steel columns, beams, beam systems, braces and trusses.
- Review connection placement and relevant parametric controls.
- Organise selected details and model views around the supplied connection information.
Practical output: A steel-framing study with selected connection views.
04 Rebar modelling & detailing views Make reinforcement easier to review.
- Work with valid concrete hosts, cover settings and shape-driven rebar.
- Develop bar-set layouts and discuss suitable area, path or free-form reinforcement tools.
- Control rebar visibility, tags and detail views against the agreed reinforcement detail.
Practical output: A reinforcement study with readable model and detail views.
05 Physical & analytical model coordination Review the engineering representation.
- Distinguish the physical model from separate analytical members and panels.
- Review automation, associations, connectivity and analytical-model updates.
- Discuss loads, boundary-condition data and a suitable analysis exchange workflow.
Practical output: An analytical-model study and a documented review checklist.
06 Families, parameters & structural schedules Make model information usable.
- Review family types, instance data, marks and appropriate shared parameters.
- Build structural schedules, material take-offs and selected rebar schedule fields.
- Check filters, totals and bar-bending schedule information against the model scope.
Practical output: Model-based schedules with a clear scope and review notes.
07 Coordination, drawings & sheet sets Communicate the structural information.
- Review linked architecture and MEP references in suitable model views.
- Develop plans, sections, annotations, tags and view templates.
- Organise sheets and exports; discuss Navisworks coordination as a further learning step.
Practical output: A structural drawing and coordination-view study.
08 Structural BIM portfolio project Connect the model, details and outputs.
- Develop a selected building or structural-package brief using supplied design inputs.
- Review the agreed physical, reinforcement, analytical and documentation outputs.
- Present the model, schedules, sheets and decisions in an organised project portfolio.
Practical output: A project presentation showing your modelling and documentation workflow.
Contemporary structural tools
Explore Revit 2027
in a practical workflow.
Learn the fundamentals, then explore suitable current features. These examples cover Revit 2027 through 2027.3. Confirm the software build, advanced-module coverage and practical exercises in your batch syllabus.
Standard rebar placement in 3D
Explore direct shape-driven bar and stirrup placement in 3D views, with host-face highlighting and familiar placement options.
Useful for: inspecting placement in context.
3D path rebar distribution
Review reinforcement distribution along a host-defined 3D path for suitable complex concrete geometry. Discuss the range, constraints and included practical coverage.
Useful for: selected curved-host exercises.
Updates from physical changes
Explore tools for updating the analytical model after physical changes. Review associations, pinned analytical elements and the resulting connectivity.
Useful for: a controlled update-and-review process.
Structural core-layer thickness
Review the analytical automation option that uses a wall or floor’s structural-layer thickness when creating or updating analytical panels.
Useful for: checking panel properties.
Boundary-condition information
Explore tags, filters and schedules for boundary-condition data, including suitable custom parameters for project reporting.
Useful for: clearer analytical-model documentation.
Stiffeners in custom connections
Explore adding stiffeners to custom steel connections. Inspect the connection geometry against the supplied design detail and discuss the included steel exercises.
Useful for: selected connection-detail studies.
Automation results, reinforcement and analytical information should be reviewed against the agreed project inputs and modelling requirements.
Create project evidence
A portfolio that connects
the model and its outputs.
Develop a selected structural brief using supplied design inputs. Explain the modelling steps, review decisions and documentation you prepare.
Agree the physical-model scope, reinforcement exercises and analytical introduction before enrolment.
Discuss your project goals ↗-
01 · PHYSICAL MODEL
A structural modelling study
Organised foundations, framing, reference levels and selected model views.
-
02 · REINFORCEMENT
A rebar and detail study
Selected hosts, bar sets, detail views and relevant schedule fields.
-
03 · ANALYTICAL REVIEW
A coordination study
An analytical representation with connectivity checks and review notes.
-
04 · DOCUMENTATION
A drawing and schedule set
Plans, sections, annotations and schedules presented in an organised sheet layout.
SET UP
Organise the inputs.
Review references, units, levels and grids.
MODEL
Develop the structure.
Connect elements and relevant information.
REVIEW
Inspect the representations.
Check the agreed model and detail scope.
DOCUMENT
Present the outputs.
Organise views, schedules and drawings.
Choose how you learn
Your learning path.
Your preferred setup.
Discuss the available classroom or online live batches, with a schedule and training language suited to your needs.
Learn in Sharjah.
Practise structural BIM with classroom guidance at CADD International, Al Majaz 1.
Visit us: 208, Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, near Al Majaz Waterfront, Sharjah.
View contact details ↗Connect from your workspace.
Enquire about live online training from the UAE or GCC. Share your time zone, computer setup and preferred schedule.
Discuss guided practice, model reviews and any lesson recording access included in your programme.
Explore online training ↗
Sharjah: Al Majaz 1
Dubai: Business Bay & BurJuman options
Abu Dhabi: enquire about current batches
Ask about training in
English
العربية
हिन्दी
മലയാളം
தமிழ்
Language, trainer and batch availability are confirmed before enrolment.
Your learning, documented
Course credentials.
Project work to present.
Connect your learning with applicable completion credentials and structural project evidence you can explain.
CADD’s ISO 21001:2018 educational management framework supports the training process. Confirm the certificates, assessment and project requirements included in your enrolment.
Discuss current fees and any available Tabby or Tamara options, including their terms.
Read student reviews on Google ↗Autodesk course-completion credentials
Ask about applicable completion credentials and their requirements. Professional certification exams have separate requirements.
CADD International completion certificate
Receive the applicable certificate after meeting the course requirements. Discuss eligible paid KHDA attestation options.
Structural BIM project evidence
Present your model, reinforcement study, schedules and sheets with the checks behind your outputs.
Refresher-class enquiries
Ask about lifelong refresher classes, current workshops and the access terms for your programme.
Setup guidance
Discuss suitable Revit access, education eligibility and a compatible computer for your practical exercises.
Recording-access enquiries
Confirm any lesson recordings, included resources and access terms before enrolment.
Training for engineering teams
Build a shared
structural BIM workflow.
Discuss team training around model standards, concrete or steel workflows, reinforcement and documentation. Shape the programme around your team’s experience and selected project outputs.
Before you begin
Revit Structure
questions, answered.
Can a beginner join the Revit Structure course?
Yes. Share your civil, structural or drafting experience so the team can recommend a suitable starting point. Familiarity with structural drawings and basic building elements helps you connect the software exercises with the supplied design information.
Is Revit Structure a separate software application?
Structural modelling tools are part of Autodesk Revit. This course concentrates on structural workflows within Revit, including framing, foundations, reinforcement, analytical coordination, schedules and drawing documentation.
Who is this course suitable for?
Civil and structural engineers, BIM modellers, structural drafters, detailers, site engineers and civil-engineering students can discuss a suitable learning path. Share your experience and intended role before choosing the programme.
Does the course cover concrete and steel modelling?
The learning path includes concrete framing and foundations, plus steel members and selected connection workflows. Confirm the project brief and the depth of steel detailing in the syllabus for your batch.
Will I learn reinforcement and bar-bending schedules?
The path covers rebar hosts, bar sets, detail views and selected schedule fields. Practise checking model information and schedule scope against the supplied reinforcement detail. Ask about the bar-bending schedule format used in your programme.
Is the analytical model automatically the same as the physical model?
Current Revit uses separate physical and analytical elements. Automation can create or update associated representations, but the analytical geometry and engineering information still require review. The course introduces a controlled model-and-check workflow.
Does this course include structural analysis and design calculations?
The course focuses on Revit structural BIM modelling and documentation. It introduces analytical coordination and exchange workflows. Structural analysis, member sizing and design-code checks are separate engineering tasks; discuss STAAD.Pro, ETABS or another analysis programme for those goals.
Will I study Revit 2027 structural features?
This page highlights current Revit 2027 and applicable update workflows. Confirm the installed version, practical exercises and advanced-topic coverage with admissions. Some features require the relevant Revit update.
Can I join without knowing AutoCAD or Revit Architecture?
Neither course is presented as a compulsory prerequisite here. Share your ability to read structural drawings and use 3D design software. The team can recommend foundations or a wider learning sequence if you need them.
What computer do I need, and can I use a Mac?
Revit 2027 uses a Windows-based setup. Autodesk also lists a Parallels configuration for supported Apple computers. Review the current requirements and graphics limitations, and share your computer details with the trainer before enrolment.
What are the fees, training hours and available batches?
Request the current syllabus and quotation through the enquiry form. Admissions will confirm training hours, project scope, fees, batch timings and any available Tabby or Tamara instalment options with their terms.
What certificate and continued support can I receive?
Ask about applicable Autodesk course-completion credentials and the CADD International completion certificate. Confirm assessment requirements, eligible paid KHDA attestation, refresher classes and any recording-access terms. Autodesk professional certification exams have separate requirements.
Can I enquire about online live or corporate training?
Yes. Share your location, time zone and learning goals for online live training. For a team programme, include team size, Revit experience and the structural-modelling, reinforcement or documentation workflows you want to develop.
Plan your next BIM step
Bring your goals.
Find your course plan.
Request the Revit Structure syllabus, fees and available batches. Tell us the structural work you want to develop and how you prefer to learn.
- Your civil, structural or drafting background.
- Your Revit experience and project focus.
- Classroom or online live preference.
- Preferred schedule and training language.
208, Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, Sharjah.
Enquire about Revit Structure
Share your contact details and learning goals with our admissions team.
Continue your learning