
01 / BIM foundations
BIM project foundations: information before geometry
Define model uses, responsibilities and a measurable information brief.
THE MOHAMED AGHA LEARNING HUB
My learningA clear route through Revit and engineering BIM: foundations, design, management and specialist delivery. Explore each curriculum, then choose your next step.
FIND YOUR FOCUS
Start with foundations. Progress through design and management.
Browse the learning sequence and course curricula.

01 / BIM foundations
Define model uses, responsibilities and a measurable information brief.

02 / BIM foundations
Build and check a small building model with a coordinated plan and section.

03 / Design & presentation
Produce a consistent presentation set that explains a design decision.

04 / BIM management
Prepare a compact project standard with responsibilities, checks and a handover checklist.

05 / Parametric families
Build and flex-test a reusable family with a concise usage sheet.

06 / Mechanical BIM
Create a coordinated training-zone HVAC model and an issue register.

07 / Electrical BIM
Document a training-zone electrical model with traceable circuit information.

08 / Plumbing BIM
Produce a connected plumbing training model with a reviewable riser arrangement.

09 / Structural BIM
Deliver a structural training-zone model with a checked drawing set.

10 / Documentation
Publish a checked sheet set with schedules and a revision register.

11 / Reinforcement
Produce a checked reinforcement package for one beam-column-slab zone.

12 / Team collaboration
Demonstrate a controlled two-author workflow and recover a failed exchange.

13 / BIM coordination
From a clear coordination scope to verified issue closure.

14 / BIM coordination
Deliver a reproducible clash matrix, issue register and verified closure report.

15 / Structural analysis interfaces
Audit a small physical-to-analytical transfer and document assumptions and discrepancies.

16 / Structural delivery
Prepare an interface register and a bounded fabrication-readiness review.

17 / openBIM
Prepare an IFC exchange review and a traceable issue handover.

18 / BIM automation
Build a small, tested graph that reports missing model information.

19 / BIM automation
Build and validate a small AI-assisted checking tool using synthetic data.

20 / Information management
Create a requirements-to-delivery matrix and demonstrate controlled information exchange.

21 / BIM execution planning
Write and test a project-specific BEP with linked delivery and responsibility matrices.

22 / CDE workflows
Configure a small training CDE workflow and demonstrate a controlled review cycle.

23 / Delivery governance
Create a technical responsibility and change register ready for project review.

24 / 4D planning
Build a schedule-linked construction simulation and compare two controlled sequence scenarios.

25 / 5D quantities
Reconcile a bounded takeoff and track the effect of a model revision on a cost plan.

26 / Sustainability
Compare two bounded design options with stated assumptions and traceable carbon inputs.

27 / Asset information
Deliver and validate a small asset information package against receiving needs.

28 / Immersive review
Prepare a focused immersive review and convert observations into trackable issues.

29 / Heritage BIM
Create a bounded heritage model with an evidence and uncertainty register.

30 / Applied project
Submit an auditable structural BIM delivery with model, drawings, quantities and issue evidence.
LEARN IN SEQUENCE
Know where to start, what comes next and what you are working towards. Each path connects complementary courses in a clear sequence.
Build the foundations, communicate a design, then organize reliable BIM delivery.



YOUR OUTCOME
A small model, a presentation set and a practical delivery standard.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
A staged route from information fundamentals to a reviewed structural project.









YOUR OUTCOME
A coordinated structural zone with checked documentation, reinforcement and a defensible handover.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
Develop discipline models and verify their interfaces in a common coordination workflow.





YOUR OUTCOME
A small multi-discipline model package with reproducible issue closure.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
Connect requirements, delivery planning, the CDE and asset information acceptance.






YOUR OUTCOME
An executable information-delivery plan tested through a small receiving workflow.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
Specify the exchange, validate its information and automate a bounded quality check.




YOUR OUTCOME
A checked exchange, a traceable issue report and a tested automation routine.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
Connect a reviewed model to sequence, measurable quantities and bounded sustainability decisions.




YOUR OUTCOME
A 4D pilot, reconciled quantity/cost sample and a documented option comparison.
Bundle enrolment is not open yet. The price and saving against separate courses will be confirmed before launch.
The coordination field guide is the available written pilot. New course curricula and learning paths are in preparation; videos, practice files, fees and enrolment will be published when ready.