At a glance
Jordan provides the clearest public multidisciplinary approval workflow in the regional research set.
The Public Security Directorate / Civil Defense Prevention and Self-Protection Department publishes separate architectural and mechanical plan requirements, explains how plans circulate through architectural, electrical and mechanical review, and describes the inspection and receipt process after systems are installed.
The reviewed public sources do not establish a Finland-style general civil-defence shelter obligation for ordinary buildings. Jordan is therefore used as a strong case of transparent authority coordination and installed-condition verification.
1. Regulation
Civil Defense studies engineering plans in cooperation with the Greater Amman Municipality and the Jordanian Engineers Association.
The authority determines requirements using national codes including:
- fire protection;
- fire alarm systems;
- firefighting systems;
- elevators.
Plans can be reviewed electronically or on paper, and non-compliant plans are returned with recommendations for correction and resubmission.
Jordan’s value in this research is procedural clarity. The public process makes visible how multidisciplinary comments are generated, corrected and closed.
2. Architecture
Civil Defense architectural-plan requirements include:
- facility and owner information;
- area schedules;
- site plan;
- floor plans;
- occupancy;
- doors and exit paths;
- sections;
- facades;
- door/window schedules;
- material information;
- smoke areas and separation.
Architectural plans are reviewed first and, after architectural compliance, move to electrical and mechanical approval.
This creates a strong argument for early architecture-led safety coordination.
If a protected shelter or hardened space is added to a Jordanian project, its key spatial decisions should be resolved while the architectural package is still the controlling model:
- boundary;
- occupancy;
- protected entrance;
- escape;
- plant relationship;
- interfaces with fire/smoke zones.
3. Structure
Jordan’s published Civil Defense plan-review pages focus strongly on fire/life-safety compliance and building configuration.
The reviewed pages do not establish a general national blast-resistant shelter structural basis equivalent to Finland’s pressure classes or Switzerland’s mandatory shelter instructions.
The project should separate:
- fire-protection code compliance;
- ordinary structural design;
- any project-specific protective/blast design.
This prevents fire-code approval from being misrepresented as proof of protective-structure adequacy.
4. MEP
The mechanical-plan requirements are unusually detailed.
They include:
- firefighting system layouts;
- pump-room details;
- pump capacities;
- hydraulic calculations;
- water storage;
- air-conditioning and ventilation plans;
- fire and smoke dampers;
- positive-pressure systems;
- smoke control;
- atrium smoke-control calculations;
- chemical/storage information where relevant.
Jordan shows how closely architecture and MEP can become linked in an authority process.
Any change to ceiling geometry, occupancy, storage, openings or ventilation can alter mechanical requirements. The authority’s own receipt process recognises this by checking whether installed conditions still match the approved plans.
5. Authority and approval pathway
The public process can be summarised as:
Engineers Association / municipality coordination → Civil Defense architectural review → electrical/mechanical review → comments if needed → revision → approval and stamping → notification allowing building-licence process to continue
For major design problems, the authority can form a technical committee using Jordanian and international specifications.
This is a strong model for a project comment-closure register. Every authority comment should have:
- responsible discipline;
- response;
- drawing/document revision;
- closure status;
- effect on other disciplines.
6. Delivery and receipt
Jordan’s receipt requirements move beyond document review into physical inspection and testing.
For firefighting systems, the authority checks:
- approved design drawings and hydraulic calculations;
- approved materials;
- fire-pump data and performance;
- installed pipe diameters and locations;
- water storage;
- pump-room conditions;
- sprinkler distribution;
- consistency with occupancy/storage assumptions.
For mechanical ventilation and smoke control, Civil Defense checks the installed fans, capacities, duct dimensions, valves and system sequence against approved drawings.
If actual storage or building conditions differ, mechanical plans may need to be re-studied as-built.
This is one of the most useful lessons in the whole regional research set:
Approval is not the end of design control. Installed reality can reopen design review.
That principle is directly transferable to protective infrastructure.
7. Lifecycle and change control
Jordan’s receipt process explicitly recognises that owner changes can alter the required systems.
A protected facility should therefore maintain a controlled change process after handover. Alterations to occupancy, storage, partitions, ducting, protected openings or safety systems should trigger an engineering check before implementation.
8. Comparison matrix
| Dimension | Jordan | Finland | Switzerland |
|---|---|---|---|
| Main public framework | Civil Defense multidisciplinary plan review and receipt | Statutory shelter system | Federal standardised shelter system |
| General shelter trigger verified | Not established in reviewed public sources | Yes | Yes in applicable planning conditions |
| Architecture | Detailed architectural Civil Defense review | Shelter sizing/location from law | Standard shelter spatial logic |
| Structure | Fire/life-safety review visible; no general blast regime verified here | Explicit shelter pressure classes | Standardised protective shell |
| MEP | Detailed firefighting, ventilation, pressurisation and smoke-control submissions | Protective ventilation/filtration | Protective ventilation/NBC filtration |
| Authority | Architecture → electrical/mechanical → approval | Building/rescue authority interface | Federal/canton/municipality |
| Delivery | Strong inspection/receipt against stamped drawings | Maintenance/readiness duties | Periodic inspection |
| Change control | As-built differences can require re-study | Shelter must remain usable within 72 h | Alterations to shelter systems require approval |
Main public framework
- Jordan
- Civil Defense multidisciplinary plan review and receipt
- Finland
- Statutory shelter system
- Switzerland
- Federal standardised shelter system
General shelter trigger verified
- Jordan
- Not established in reviewed public sources
- Finland
- Yes
- Switzerland
- Yes in applicable planning conditions
Architecture
- Jordan
- Detailed architectural Civil Defense review
- Finland
- Shelter sizing/location from law
- Switzerland
- Standard shelter spatial logic
Structure
- Jordan
- Fire/life-safety review visible; no general blast regime verified here
- Finland
- Explicit shelter pressure classes
- Switzerland
- Standardised protective shell
MEP
- Jordan
- Detailed firefighting, ventilation, pressurisation and smoke-control submissions
- Finland
- Protective ventilation/filtration
- Switzerland
- Protective ventilation/NBC filtration
Authority
- Jordan
- Architecture → electrical/mechanical → approval
- Finland
- Building/rescue authority interface
- Switzerland
- Federal/canton/municipality
Delivery
- Jordan
- Strong inspection/receipt against stamped drawings
- Finland
- Maintenance/readiness duties
- Switzerland
- Periodic inspection
Change control
- Jordan
- As-built differences can require re-study
- Finland
- Shelter must remain usable within 72 h
- Switzerland
- Alterations to shelter systems require approval
9. Engineering interpretation
Jordan is the strongest regional example in this research of design-to-installation traceability.
For architects, engineers and EPC teams, the transferable lesson is to preserve one consistent technical story from:
- approved architecture;
- specialist calculations;
- product selection;
- installation;
- testing;
- final receipt.
That same discipline becomes even more important when the project includes protective infrastructure whose performance depends on multiple interfaces working together.
Primary sources
- Public Security Directorate, Engineers Schemes
Open source ↗ - Public Security Directorate, Architectural plan requirements
Open source ↗ - Public Security Directorate, Mechanical plan requirements
Open source ↗ - Public Security Directorate, Receipt Requirements
Open source ↗