Capabilities

Governance.
Digital delivery.
Decision intelligence.

Four areas of expertise, shaped around the decisions your institution needs to make and the information your projects need to deliver. Clear scope. Tangible outputs.

01Institutional Governance & Decision Readiness 02BIM, Information Management & Engineering Delivery 03Enterprise Decision Intelligence 04Executive Capability & Curriculum Design

01 / Service route

Institutional Governance & Decision Readiness

Our institution needs a clearer path from ambition to decisions.

Scoped per engagement

Define who decides, what evidence they need and how transformation is governed.

Dr. Manal Aladwani · overarching governance methodology and transformation direction

01.1

Governance architecture

Decision rights, responsibilities, information needs and governance priorities.

Discuss this scope →

01.2

Executive decision readiness

Review how decisions are framed, evidenced and escalated; agree practical next steps.

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01.3

Transformation governance

Programme ownership, review gates and reporting requirements.

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Outputs to define in your scope

Decision rights and accountability map
Information requirements and decision-readiness review
Governance priorities and an indicative action roadmap

Review depth, diagnostics and implementation are agreed separately for each mandate.

Discuss an institutional challenge →

02 / Service route

BIM, Information Management & Engineering Delivery

Our project needs coordinated information that can be built and handed over.

Current service scope · specialist delivery

Connect requirements, technical production and handover through accountable specialist delivery.

BIM MENA coordinates the mandate; BIM and engineering specialists deliver their agreed scopes

02.1

BIM governance & strategy

Information requirements, BIM execution planning, delivery standards and responsibility structure.

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02.2

Information management

CDE operation; naming, classification and status coding; exchange control; MIDP and TIDP, aligned with applicable ISO 19650 principles.

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02.3

Model production & coordination

LOD 200–500 discipline models, federation, clash management, issue control and acceptance.

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02.4

Engineering design integration

Structural, architectural, civil and electromechanical packages integrated through the engineering delivery specialist.

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02.5

Model-based shop drawings

Coordinated shop drawings, builder’s-work information, penetrations, supports and equipment access.

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02.6

4D & project intelligence

Sequence simulation linked to the programme; project and portfolio reporting within the agreed scope.

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02.7

As-built & FM-ready handover

Record models reconciled against verified survey output, structured asset registers and handover information.

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02.8

Digital twin readiness

Asset information structure, classification and governance before platform selection.

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Outputs to define in your scope

Information requirements, BEP and delivery plans
Coordinated models and construction documentation
Structured as-built and asset handover information

Delivery is structured for each engagement. Technical disciplines remain with the named, appropriately qualified parties.

Discuss a BIM or engineering project →

BIM & engineering — detailed capability reference

Explore the eight technical capabilities, the information lifecycle from requirements to FM-ready handover, executive governance and the delivery approach.

Explore the full technical capabilities →

03 / Service route

Enterprise Decision Intelligence

Our data needs to support a defined business decision.

Scoped per engagement

Shape the decision system, evidence structure and solution requirements before committing to implementation.

Bader Alabddan · under the firm’s strategic direction

03.1

Decision-system design

Map the decision, the evidence it needs and the people who use it.

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03.2

Evidence & data readiness

Identify source gaps, structure requirements and review responsibilities.

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03.3

Scoped solution design

Define the proposed solution, feasibility checks and a bounded next stage.

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Outputs to define in your scope

Defined decision questions and information requirements
Evidence and data structure
Decision-system concept and scoped solution roadmap

Data readiness, feasibility, responsibilities and acceptance criteria are agreed before any pilot or implementation.

Discuss a decision-intelligence need →

04 / Service route

Executive Capability & Curriculum Design

Our people need the capability to sustain change.

Scoped per engagement

Design learning programmes and curricula around institutional needs and intended learning outcomes.

Dr. Manal Aladwani with relevant subject specialists

04.1

Executive & organisational learning

Learning outcomes, programme architecture and context-specific session design.

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04.2

Course & curriculum design

Course structure, progression and assessment approach for institutional review.

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04.3

Capability transfer

Role-based materials and a proposed handover or facilitation plan.

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Outputs to define in your scope

Learning needs and intended outcomes
Programme or curriculum structure
Assessment approach and delivery plan

Proposed offer definition for review: programme design, facilitation and curriculum work are separately scoped. No accreditation, adoption or delivery-results claim is made.

Discuss a programme or curriculum →

Detailed reference

The complete technical capability.

Explore the original capability descriptions, delivery lifecycle and governance approach.

Technical delivery overview

Capabilities

BIM governance and integrated digital delivery.

Eight capabilities that run as one thread — from the information requirements set at the beginning of a project to the structured asset information handed to the operator at the end.

Delivery accountability

One governed delivery structure. Named specialists. Clear accountability.

Eight technical capabilities — full detail

Core Capabilities

What we govern, integrate and deliver.

BIM governance and strategy

Information requirements, BIM execution planning, delivery standards and the governance structure that holds a project's information to an institutional standard.

Information management and ISO 19650-aligned delivery

Common data environment operation, naming and classification, status coding, exchange control, MIDP and TIDP — aligned to ISO 19650 principles.

BIM management, model production and coordination

Discipline model development from LOD 200 through LOD 500, federation, clash management, issue control and model acceptance across every package.

Engineering design integration

Multidisciplinary structural, architectural, civil and electromechanical design brought into one coordinated information environment through the alliance.

Model-based shop drawings and construction support

Shop drawing production from coordinated models, builder's-work information, penetrations, supports and equipment-access documentation.

4D planning and project intelligence

Sequence simulation linked to the delivery programme, plus portfolio and project dashboards that make status, readiness and risk legible to leadership.

As-built, asset information and FM-ready handover

Record models reconciled against verified survey output, structured asset registers, and a digital handover the operator can actually use.

Digital twin readiness and operational information structures

Preparing asset information so an operational digital twin is possible — structure, classification and governance before platform selection.

Seven-stage information lifecycle

The Information Lifecycle

One thread, from requirements to handover.

Each stage is defined, evidenced and accepted before the next depends on it. That is what makes the handover at the end worth having.

Requirements

Information requirements defined against how the asset will be built and operated.

BEP & CDE

Execution plan, common data environment, naming, classification and exchange control.

Coordinated models

Discipline models federated, clash-managed and accepted at each gate.

Shop drawings

Model-based construction documentation issued from the coordinated model.

4D & controls

Sequence simulation and project intelligence aligned to the reporting cycle.

As-built

Record information reconciled against verified site and survey output.

FM-ready handover

Structured asset information handed to the operator, not a folder of files.

Executive governance — full detail

Cross-cutting Capability

Executive governance and decision readiness.

Technical delivery is only half the problem. Above it sits the question of whether an institution's leadership can actually decide — with information it trusts, through a decision path that is clear, at the moment the decision is needed. BIM MENA works at that level as well, led by Dr. Manal Aladwani, with Bader Alabddan contributing decision systems, evidence and data under the firm’s strategic direction; specialist cybersecurity, AI governance and digital trust remain within Dr. Hussain Aldawood’s advisory remit.

Institutional decision quality

How executive decisions are framed, evidenced, owned and closed — and where the friction sits in that path today.

Digital transformation governance

Governance for transformation programmes, so investment in platforms follows a decision structure rather than preceding one.

Trusted project and asset information

Data governance and information reliability as the precondition for any decision leadership is asked to sign.

AI readiness and AI governance

Whether the institution's information can responsibly carry AI, and the governance under which it would be adopted.

BIM as decision support

BIM and project information management treated as supporting tools for executive decisions — not as ends in themselves.

Facilitated executive dialogue

Structured executive sessions that surface leadership observations and priorities, closing with an indicative 90-day action roadmap.

The scope and depth of executive advisory are defined for each engagement, with any diagnostic, assessment or implementation work separately agreed.

Delivery approach and standards

How We Work

A structured, governance-led delivery approach.

Define

Information requirements established against how the asset will be built, commissioned and operated — before production begins.

Plan

BIM execution plan, common data environment, naming, classification, status coding and the delivery programme for information.

Produce

Discipline models and documentation produced to defined levels of information need, by named parties with named accountability.

Coordinate

Federation, clash management, issue control and interface resolution — every interface owned on both sides.

Validate

Model acceptance and quality checks at each gate. Nothing advances on assertion; it advances on evidence.

Hand over

Record information reconciled against verified output, structured for asset management and operational use.

Standards. Delivery is structured in alignment with applicable ISO 19650 principles and the project-specific information requirements and BIM execution plan.

Specialist delivery. Technical disciplines are performed by appropriately qualified and accountable parties within the governed delivery structure.

Start a project discussion

Begin

Let's talk about the project you need to govern.

Every engagement begins with a confidential read of the asset, the information you already hold, and the accountability the project requires.

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