Put the site in context.
Use terrain and surrounding features to explain the setting, constraints and concept options for a sample project.
Civil engineering. Connected through BIM.
BIM for InfrastructureTraining in Sharjah.
Connect terrain, roads, utilities and structures in one learning path. Build practical skills in Civil 3D, InfraWorks, Revit Structure, Navisworks Manage and cloud collaboration with CADD International.
- Duration
- 120 training hours
- Learning format
- Classroom / Online live
- Practical focus
- Infrastructure project
Al Majaz 1, Sharjah · UAE classroom and GCC online enquiries.
Infrastructure workflowLearning preview
01 / CONTEXT
Understand the site first.
Explore terrain, surrounding features and concept options before developing the detailed model.
- Output
- A site context model and a clear proposal narrative.
- Tools
- Autodesk InfraWorks.
Civil 3DCivil models & drawings
InfraWorksContext & concept options
Revit StructureStructural components
Navisworks ManageModel coordination & review
Forma Design CollaborationFormerly BIM Collaborate Pro
From existing ground to shared information
See the wider site.
Develop the details.
Infrastructure BIM connects a project's setting with the information needed to develop and review it. Terrain, road geometry, drainage networks and structural elements each play a part in explaining the design.
Our BIM for Infrastructure course in Sharjah brings those tasks into a 120-hour learning path. Explore concept development in InfraWorks, detailed civil modelling in Civil 3D, structural components in Revit and coordinated review in Navisworks Manage.
Learn how models support plans, profiles, sections and quantities, then consider how teams share revisions through cloud collaboration. Coordinate systems, model versions and the limits of each exchange are part of understanding the workflow.
The program suits civil and highway engineers, infrastructure designers, survey and GIS professionals, structural modellers and engineering graduates. Discuss your current CAD experience and intended responsibilities with admissions.
Connect geometry and information.
Build surfaces, corridors, utility networks and structural elements that support useful project documentation.
Make model review useful.
Check model interfaces, communicate selected findings and understand how controlled exchanges support teamwork.
Your learning path
Five tools.
One infrastructure workflow.
Explore the core areas of the 120-hour BIM for Infrastructure program. Open each module to see the skills and practical outcomes.
01BIM foundations & InfraWorks context modellingTerrain, geospatial data and concept proposals
- Understand infrastructure BIM roles, model information and project coordinates.
- Explore terrain, imagery and available GIS data to establish the site context.
- Develop and compare sample road and infrastructure concept proposals.
- Review supported exchanges with Civil 3D and Revit, including data and version checks.
Practical outcome: Build a site context model and explain a selected infrastructure concept.
Explore focused InfraWorks training ↗02Civil 3D surfaces, roads & corridor modellingFrom survey information to detailed road geometry
- Organise survey points and create surfaces from suitable sample data.
- Explore alignments, existing ground profiles and proposed profile geometry.
- Use assemblies and subassemblies to develop a sample road corridor.
- Review corridor regions, targets and the relationship between geometry and sections.
Practical outcome: Develop a road model with an alignment, profile, assembly and corridor.
Explore focused Civil 3D training ↗03Civil 3D utilities, grading & documentationNetworks, earthworks and readable drawing outputs
- Explore gravity pipe networks, structures and relevant profile information.
- Understand pressure network components and their spatial relationship to the project.
- Develop grading exercises and compare surfaces for cut-and-fill volume review.
- Prepare sample plans, profiles, sections, labels and quantity information from the model.
Practical outcome: Present a sample utility or grading model with supporting drawings and checked quantity outputs.
04Revit Structure for infrastructure componentsStructural models and supported model exchanges
- Establish a structural modelling project with suitable levels, reference views and families.
- Explore foundations, piers, abutments and selected bridge components within the sample brief.
- Understand reinforcement modelling, parameters and structural documentation basics.
- Review supported InfraWorks-to-Revit workflows and check the model's position and transferred information.
Practical outcome: Prepare a sample structural component model and explain its relationship to the civil project.
Explore focused Revit Structure training ↗05Navisworks Manage coordination & clash reviewBring civil and structural information together
- Bring supported model files into a combined review environment and check their alignment.
- Organise selection and search sets, navigation and useful project viewpoints.
- Explore clash tests, tolerances and grouping for selected model interfaces.
- Interpret findings and prepare reports with issue descriptions and follow-up actions.
Practical outcome: Prepare an infrastructure coordination review pack with selected findings and clear next actions.
Explore Navisworks Manage training ↗06Cloud collaboration & applied project deliveryForma Design Collaboration, formerly BIM Collaborate Pro
- Understand common data environment concepts, project access and team responsibilities.
- Explore Civil 3D and Revit cloud collaboration workflows supported by the available software access.
- Review model publishing, shared packages, revisions and design team communication.
- Present the sample project's context, civil model, structural elements and coordination findings.
Practical outcome: Explain a controlled model exchange and present the information behind your infrastructure project.
Explore cloud collaboration training ↗Admissions will confirm the current syllabus, project scope, software versions and practical access for your batch. Cloud activities depend on the project permissions and software access provided.
Put the learning to work
Show the project.
Explain the decisions.
Develop a sample infrastructure project that connects context, civil geometry, selected structural elements and model review. A useful portfolio shows the output and your understanding of how it was produced.
Discuss the project brief and assessment requirements with admissions. Your project work can include the four deliverables shown here.
Explore our student community ↗- 01 / MODELA site and civil project model
Explain the terrain, proposed road corridor, utilities and selected structural components in the sample brief.
- 02 / DOCUMENTA drawing and quantity review set
Present plans, profiles, sections and relevant quantities with clear labels and a stated model scope.
- 03 / REVIEWA coordination review pack
Communicate selected model interfaces through viewpoints, issue descriptions and proposed follow-up actions.
- 04 / SHAREA project exchange presentation
Explain how model versions, coordinates, shared information and team feedback are managed.
A format that fits your schedule
Sharjah classroom.
Online live flexibility.
Discuss your commute, work schedule and preferred language. Admissions will confirm available batches and the class timetable.
BIM for Infrastructure in Sharjah
Visit CADD International at 208 Reem Plaza, above FAB Bank, Corniche Street, Al Majaz 1, near Al Majaz Waterfront. Discuss instructor-led learning and practical project sessions.
View contact details & directions ↗Learn with instructor guidance
Explore live online training from the UAE or across the GCC, including Saudi Arabia, Oman, Qatar, Bahrain and Kuwait. Discuss session timings, learning resources and software setup for your batch.
Explore online live training ↗Dubai: Business Bay and Burjuman branch options.Abu Dhabi: Discuss branch scheduling.
Discuss your preferred languageالعربيةEnglishहिन्दीമലയാളംதமிழ்
Language and branch availability depend on the selected course, trainer and batch.
Your learning, documented
Course credentials.
Project work you can present.
Connect your learning with the applicable completion credentials and an infrastructure project you can explain. Admissions will confirm the certificates, resources and completion requirements included in your enrolment.
Discuss the current course fee and available Tabby or Tamara payment options, including applicable terms, before confirming your batch.
Read student reviews on Google ↗ — opens in a new tabAutodesk course-completion credentials
Eligible Autodesk modules include the applicable completion credentials. Ask about requirements and any separate professional certification exam options.
CADD International completion certificate
Receive the applicable certificate after meeting the course requirements. Discuss KHDA attestation options and any charges with our team.
Infrastructure project evidence
Use your models, documentation and coordination findings to explain your practical understanding of infrastructure BIM.
Corporate learning
Build a consistent BIM approach
across your infrastructure team.
Discuss civil and infrastructure BIM training around your team's modelling, documentation and coordination responsibilities.
Clear answers before you join
Questions about infrastructure BIM?
Who is this BIM for Infrastructure course for?
The program suits civil and highway engineers, infrastructure designers, CAD draftspersons, survey and GIS professionals, structural modellers and engineering graduates. Share your background and the role you are preparing for so admissions can explain the starting level.
Can I join if I am new to Civil 3D or Revit?
Basic civil drawing knowledge is helpful. If you are new to CAD, Civil 3D or Revit, discuss foundation learning and the preparation suited to you. Admissions will advise whether the combined program or a focused introductory course is the better starting point.
How is this different from a standalone Civil 3D course?
A focused Civil 3D course concentrates on civil modelling and documentation. This combined infrastructure program adds InfraWorks context modelling, Revit structural components, Navisworks Manage review and cloud collaboration. Compare the current syllabuses with admissions before choosing your path.
How long is the training?
The standard BIM for Infrastructure program includes 120 training hours. The number of calendar weeks depends on your class frequency and selected batch. Contact admissions to confirm available weekday or weekend options and the current timetable.
How do InfraWorks, Civil 3D and Revit work together?
InfraWorks helps explore site context and concept proposals; Civil 3D develops detailed civil geometry and drawings; Revit supports structural component modelling. The course explores supported exchanges between them. Coordinates, software versions and transferred model information need to be checked during each exchange.
Is BIM Collaborate Pro now called Forma Design Collaboration?
Yes. Autodesk now uses the name Forma Design Collaboration for the product formerly called BIM Collaborate Pro. It supports design collaboration, including Civil 3D and Revit cloud workflows. Forma Site Design is a separate product for early site planning. Explore cloud collaboration training ↗
Will I work on an infrastructure project?
The applied learning path connects site context, civil modelling, selected structural components and model review. Discuss the sample project brief, expected outputs and assessment requirements with admissions. Project work can include models, drawings, quantity review and a coordination presentation.
Can I study in Sharjah or attend online live classes?
Discuss classroom training at our Al Majaz 1 location in Sharjah or live online learning from the UAE and GCC. You can also enquire about Dubai's Business Bay and Burjuman branch options and Abu Dhabi scheduling. Format, branch, timing and language availability depend on your selected batch.
What software and cloud access will I need?
Ask admissions about the software versions, computer requirements, installation guidance and access available for your batch. Civil 3D and Revit cloud workflows require suitable authoring software, collaboration access and project permissions. Confirm these arrangements before enrolment.
Which certificates will I receive?
Ask about the eligible Autodesk course-completion credentials and CADD International certificate included in your enrolment. Confirm completion requirements, any separate professional certification exams and optional KHDA attestation charges with the team.
How do I get the fee and next starting date?
Complete the enquiry form below or call +971 56 177 5009. Share your profession, software experience and preferred learning format. Admissions will explain the current fee, available batches and payment options, including applicable Tabby and Tamara terms.
Start with your infrastructure goals
Get your infrastructure
BIM course plan.
Tell us about your civil engineering background and the responsibilities you want to develop. Our admissions team can explain the program and help you choose a suitable training format.
- Request the current syllabus and course fee.
- Discuss your CAD, Civil 3D and Revit experience.
- Confirm the next batch, class timing and language.
- Review project work, certificates and payment options.
Request syllabus, fees & schedule
Include “BIM for Infrastructure” and your preferred classroom or online format in your enquiry.
Explore another learning path
Find the scope that fits your role.
Focus on one software tool or continue into wider coordination and BIM management responsibilities.