SELECTED TEAM EXPERIENCEALL CASE STUDIES

ONE PROJECT. TWO ROLES.
ONE COORDINATION SYSTEM.

Special Task Accommodation. BIM management and hands-on BIM coordination across a multi-building accommodation development in Madinat Zayed.
LOCATION
Madinat Zayed · Al Dhafra Region · UAE
MY ROLE
BIM Manager + BIM Coordinator
CLIENT / EMPLOYER
Abu Dhabi Police / Aldar
CONSULTANT
Bayaty Architects

This case study records Ahmed Attia’s contribution through the organization named on this page. It is included as selected team experience and is not represented as a BIMBATS project commission.

Special Task Accommodation project aerial perspective
INTRODUCTION
A multi-building accommodation campus combining CO and NCO accommodation, amenities, labour accommodation and support/service buildings. My work focused on building the BIM management framework and then using it directly in the coordination cycle.
01 / SPECIAL TASK ACCOMMODATION

Context

The project is a multi-building accommodation development in Madinat Zayed, Al Dhafra Region. It includes CO accommodation, four NCO accommodation buildings, an NCO amenities building, labour accommodation and service/support buildings. My role combined BIM management with direct coordination responsibility.

9Primary building packages
11Coordination streams
56Clash tests
WeeklyNWD coordination cycle
02 / SPECIAL TASK ACCOMMODATION

My contribution

I was responsible for setting up the management framework and then operating part of the coordination system myself.

01 · EIR review

Received and reviewed the EIR to understand the BIM deliverables, information requirements and coordination expectations.

02 · BEP development

Prepared the project BIM Execution Plan to translate the requirements into a clear delivery and coordination workflow.

03 · ACC model setup

Set up the project building models on ACC and organized the environment for controlled model sharing and coordination.

04 · Federated models

Built and maintained federated Navisworks models used as the common coordination reference for the building packages.

05 · Clash matrix implementation

Received the clash matrix, checked the discipline pairings and made sure the defined tests were correctly implemented inside the coordination files.

06 · Weekly coordination

Updated and uploaded the NWD models weekly, checked model quality and followed the clash cycle through reports and meetings.

07 · Clash dashboards

Built dashboards to convert clash data into a clearer management view for status, priority and weekly follow-up.

08 · Dual-role delivery

Worked across both BIM management and BIM coordination, connecting the project rules directly to the day-to-day model review process.

03 / SPECIAL TASK ACCOMMODATION

Process

The project workflow moved from requirements and project setup into a repeatable coordination loop.

01
Review requirements
Read the EIR and establish the expected BIM and coordination outputs.
02
Prepare the BEP
Define the BIM workflow, responsibilities, model exchange and coordination logic.
03
Set up ACC
Create the controlled model environment and organize the building packages for collaboration.
04
Build the federation
Combine architecture, ID, structure and MEP systems into federated Navisworks models.
05
Implement clash tests
Verify the clash matrix and ensure the 56 coordination tests matched the intended discipline/system interfaces.
06
Run the weekly loop
Update NWDs, review clashes, check model quality, issue reports and track progress through dashboards.
Special Task Accommodation perspective
PROJECT / MULTI-BUILDING CONTEXT
Clash matrix
CLASH MATRIX / 56 DEFINED TESTS
04 / SPECIAL TASK ACCOMMODATION

BIM / Technical strategy

The technical strategy focused on creating one controlled model environment and one repeatable federation / clash workflow for all building packages.

ACC model environment

I structured and uploaded the building models on ACC so the project team could work from controlled discipline files and consistent coordination inputs.

Federated model strategy

I created the Navisworks federation used to bring Architecture, ID, Structure, Mechanical systems, Electrical and ELV together for coordination review.

Clash matrix control

The matrix defined 56 discipline/system clash tests. I checked the test logic and ensured the same structure was correctly reflected inside the Navisworks files.

Weekly coordination baseline

The updated NWD became the weekly reference for clash review, reporting and follow-up — keeping each coordination cycle tied to a controlled model state.

Navisworks federated model
FEDERATED NAVISWORKS MODEL / CLASH DETECTIVE
Navisworks coordination model
BUILDING FEDERATION / COORDINATION REVIEW
05 / SPECIAL TASK ACCOMMODATION

Coordination

I handled the coordination setup from the clash matrix into the live Navisworks environment, then kept the federated model and clash information current through the weekly cycle.

Clash matrix verification

Checked naming, discipline pairings and test structure before using the matrix as the coordination baseline.

NWD federation

Built and updated the federated NWD model so every review started from a consistent model state.

Model QA

Reviewed coordination inputs and model quality before running or issuing the clash results.

Clash reporting

Generated structured clash reports containing status, element information, coordinates and issue views.

Dashboard reporting

Converted clash data into a dashboard that made totals, active issues, new issues and resolution progress easy to track.

Weekly follow-up

Used the NWD, reports and dashboard together to support issue review and coordination follow-up with the project teams.

5,897 clashes tracked Captured B02 NCO Accommodation dashboard snapshot: 5,670 active, 64 new and 163 resolved clashes across the coordination tests.
Navisworks clash report
CLASH REPORT / ELEMENT-LEVEL ISSUE DATA
Clash dashboard
B02 NCO ACCOMMODATION / CLASH DASHBOARD
06 / SPECIAL TASK ACCOMMODATION

Output

The work produced both management documents and live coordination outputs.

01

BIM Execution Plan

Converted the EIR into a project-specific BIM delivery and coordination framework.

02

ACC model setup

Established the project model environment and organized the building packages for controlled collaboration.

03

Federated NWD models

Created and maintained the federated models used for multidisciplinary review and weekly coordination.

Federated model
NAVISWORKS FEDERATION
Coordination model
COORDINATED BUILDING MODEL
04

Clash matrix implementation

Verified and implemented the 56-test matrix across the coordination files.

Clash matrix
CLASH MATRIX
Clash report
CLASH REPORT
05

Clash dashboard

Built a visual management layer for clash totals, status and weekly coordination progress.

Dashboard
COORDINATION DASHBOARD
Model review
MODEL REVIEW CONTEXT
07 / SPECIAL TASK ACCOMMODATION

Result

The BIM management framework and the coordination workflow became one connected system — from requirements and ACC setup to weekly federated models, clash control and visible reporting.

Consistent coordination baseline

Weekly NWD updates kept multidisciplinary review tied to a controlled and current federated model.

Clearer issue visibility

The matrix, clash reports and dashboard made coordination status easier to review, communicate and follow up.

Earlier conflict detection

Structured clash testing helped identify model conflicts before they reached downstream drawing and construction workflows.

Management + coordination in one role

Because I worked on both the BIM management framework and the live coordination process, project standards could be checked directly against the actual models and weekly outputs.

9Primary building packages
56Clash tests controlled
5,897B02 clash snapshot
WeeklyFederated NWD cycle