Outsource ICT, ELV and Security Design from India: A Guide for Saudi Arabia Companies

Buildings and infrastructure across Saudi Arabia increasingly depend on low-current systems. Data networks, CCTV, access control, fire detection, public address and voice alarm, building management and parking systems all need to be designed, coordinated and documented before installation starts. In large commercial, hospitality, healthcare, industrial and mixed-use projects in Riyadh, Jeddah, the Eastern Province and other growth regions, these systems are designed in parallel with architectural and structural work, and they are revised repeatedly as the building design changes.

The engineering challenge is rarely a shortage of design principles. It is the volume of specialist documentation that must be produced within the programme: riser diagrams, room layouts, rack elevations, camera and door schedules, equipment lists and specifications. When several projects run at once, a consultancy or contractor may need more drafting and ELV design capacity for a few months and less for the rest of the year. Outsourcing selected design and documentation work to an India-based team is one way to add that capacity without adding permanent headcount.

Why Saudi Companies Consider Outsourced ICT and ELV Design

Saudi engineering teams face the same pressures as engineering teams elsewhere, with a few local features that make the case for remote support stronger:

• Concurrent projects. A single consultancy may carry a hospitality fit-out, a hospital extension and a logistics warehouse at the same time, each with its own ELV scope and submission dates.
• Specialist depth. ICT, fire alarm, CCTV and access control design each need specific know-how. A remote specialist team can cover one of these disciplines without the full-time cost of hiring for it.
• Delivery programmes. Design packages often need to be issued in stages, with coordination against architectural and MEP models. Extra production capacity helps keep the design team ahead of the site.
• Documentation standards. Projects increasingly require BIM deliverables, structured drawing registers and consistent revision control. These are production tasks that benefit from a dedicated team working to a shared template.

Outsourcing does not change who is responsible for the design. It changes how the production work is resourced. The Saudi consultant keeps design intent, sign-off and client interface; the remote team produces drawings and schedules to a defined brief.

ICT Design Work That Can Be Delivered Remotely

ICT infrastructure design is well suited to remote production because its inputs are structured and its outputs can be checked against a defined set of rules. The following deliverables are commonly prepared remotely from a client-approved brief:

For data centre projects, the scope typically extends to containment layouts, cable tray routing, network rack rows and a documented cabling plan. Capacity values such as UPS load, cooling and cable fill must come from the project design basis and manufacturer data. A drafting team should not select them independently.

ELV Design Packages for Remote Production

ELV systems are usually designed by a specialist consultant and documented across several drawing types. The table below summarises the main packages that can be produced remotely and the information they depend on.

Each package should be issued with a drawing register, a legend, a device schedule and a revision log. Where a system is integrated with another, such as fire alarm release of access doors, the interface matrix should be agreed between the consultants before drawings are finalised.

Physical Security Design Outsourcing

Physical security drawings require more than symbol placement. A CCTV layout is only useful if the coverage objectives are clear, the camera types and lens selections match those objectives, and the recording and network design can support the retention period. Access control is similar: a door schedule that does not record the function of each door, the fail-safe or fail-secure requirement, and the integration with fire alarm will cause problems during installation.

Typical physical security deliverables that can be prepared remotely include:

• CCTV camera layouts with coverage annotations and camera schedules
• Access control door schedules, reader and lock layouts, and controller schematics
• Security equipment layouts for guard posts, gatehouses and plant areas
• Security control room layouts with console, video wall and rack arrangements
• Intruder detection layouts and zoning documentation
• Integration coordination drawings showing how the security systems connect to building management, fire alarm and networks
• Technical specifications and bills of quantities for the security package

Two non-drawing requirements need to be set before work starts. The first is privacy. Video surveillance in Saudi Arabia involves personal data, and the placement, retention and access rules for camera footage should be defined by the client and the responsible consultant, with reference to the Personal Data Protection Law where it applies to the project. The second is cybersecurity. Connected security systems should be designed with network segmentation, access control for administrators and secure firmware management, in line with the National Cybersecurity Authority guidance that applies to the client's sector.

How the Remote Workflow Is Controlled

Remote design support works when the process is defined before the first drawing. A practical workflow for ICT and ELV packages follows these steps:

1. The Saudi client shares the project brief, approved architectural and MEP drawings, and the ELV or ICT design basis.
2. Scope, deliverables, drawing standards and file formats are agreed in writing.
3. Design criteria and applicable codes are confirmed by the responsible consultant, with the remote team producing to that basis.
4. The remote team prepares drawings and schedules in the agreed CAD or Revit environment.
5. Internal checking is carried out by a second engineer against a checklist before issue.
6. Drawings are issued to the client for review, with a markup and comment log.
7. Comments are incorporated, revisions are logged, and the final package is issued with a drawing register.

Two controls matter most. The first is a single list of open comments, each with a named owner and a due date, so that nothing is lost between email threads. The second is revision discipline: each revision should trace back to a comment or instruction, and superseded drawings should be archived rather than overwritten.

Saudi Regulatory Context and Responsibility Boundaries

ICT and ELV design documentation in Saudi Arabia is prepared within a regulatory framework that involves several authorities. The Saudi Building Code is published through the official portal at sbc.gov.sa. Fire and life safety requirements fall under the General Directorate of Civil Defense (998.gov.sa). Telecommunications and ICT infrastructure are governed by guidance from the Communications, Space and Technology Commission (cst.gov.sa). Cybersecurity expectations for connected systems are set by the National Cybersecurity Authority (nca.gov.sa). The applicable edition of each requirement should be confirmed for each project.

The distinction that matters for outsourcing is this. A remote design team prepares documentation to the design basis it is given. It does not submit to authorities on behalf of the client, it does not provide locally required professional sign-off, and it does not install, test or commission systems on site. Those responsibilities remain with the locally responsible consultant, contractor and the relevant authority.

What to Check Before Choosing an India-Based Partner

A Saudi company evaluating a remote ICT, ELV or security design partner should ask for evidence, not only capability statements. Useful checks include:

• Sample drawings in the discipline you need, such as a CCTV layout or a rack elevation, reviewed against your own standards.
• Tool capability in AutoCAD and Revit, and in any ELV or ICT model families you intend to use.
• QA/QC procedure with a documented internal check before issue.
• Communication arrangements, including working hours overlap with Saudi time, the named project contact and the reporting rhythm.
• Confidentiality and data security, including secure file transfer, access control on project folders and a non-disclosure agreement.
• Revision management, with a clear method for logging comments and superseded drawings.
• Deliverable ownership, confirming in writing that the client owns the drawings and models produced for its project.

Common Mistakes in Remote ELV and ICT Outsourcing

• Unclear scope. Without a defined list of drawings, the remote team and the client will disagree about what is complete.
• Missing design inputs. Camera coverage, door functions and rack loads cannot be drawn correctly from assumptions.
• No responsibility matrix. Decide in advance who owns design intent, coordination, sign-off and site information.
• Undefined drawing standards. Layers, symbols, title blocks and naming rules should be supplied or agreed before work starts.
• Uncontrolled scope change. Additional rooms or systems added by email without a revised scope often cause the largest delays.

Most of these problems are avoided by agreeing a short scope document, a drawing list with issue dates and a single comment log at the start of each package.

How ASDV Consultant Supports Saudi Engineering Companies

ASDV Consultant is an India-based ELV, ICT and physical security design consultancy. It provides remote engineering design and documentation support for Saudi consultants and contractors, including:

• ICT design support, including structured cabling, fibre backbone, MDF and IDF layouts and rack elevations
• ELV design support across fire alarm, CCTV, access control, PAVA, BMS and related systems
• Physical security design documentation, including camera layouts, door schedules and control room layouts
• CAD drafting, Revit and BIM modelling, and BOQ preparation
• Technical documentation, drawing registers and revision management

ASDV works as an extension of the client's design team. The scope, design basis and approvals stay with the Saudi client and its responsible consultant. ASDV's role is to produce the agreed documentation accurately and on time, with a defined review process. ASDV does not claim Saudi authority approvals, local registration or locally required sign-off unless these are separately verified.

Where the Demand Is Likely to Come From

Demand for outsourced ICT and ELV design follows construction activity, and construction activity changes. Programmes announced in Saudi Arabia do not all proceed on the original scope or timeline, so a consultancy should check the current status of any project before planning resources around it. The useful question for a Saudi consultant or contractor is not whether a large development exists, but whether it has an open ELV or ICT package that needs drawing capacity in the next few months.

The sectors that most often generate this work include:

• Commercial and mixed-use buildings, where structured cabling, CCTV, access control and fire alarm are designed across many floors and tenant areas.
• Hotels and hospitality, with guest room networks, PAVA, audio-visual, access control and property management interfaces.
• Hospitals and healthcare facilities, with nurse call, structured cabling, clinical network segregation and access control, each requiring careful coordination with medical planning.
• Educational buildings, with classroom AV, network and security systems repeated across many blocks.
• Industrial, oil and gas and logistics facilities, with fibre backbones across large sites, perimeter security, CCTV and telecom rooms.
• Data centres and digital infrastructure, with ICT cabling, containment, security and monitoring layouts that follow a defined design basis.
• Transport and infrastructure projects, with ELV packages that are often issued in sections over a long programme.

Geography matters for scheduling and for the local regulatory context. Projects in Riyadh, Jeddah and the Eastern Province are the most frequent reference points, and secondary cities and new development zones follow their own programmes. Local addresses and project locations should be confirmed with the client on each engagement rather than assumed from the city name.

Data Centre ICT and ELV Scope

Data centre design is one of the most document-heavy ELV and ICT areas. A single facility can require separate drawing sets for network cabling, containment, power interfaces, environmental monitoring, access control, CCTV and fire detection, each tied to the room layout and the equipment schedule.

Typical outsourced deliverables for a data centre package include:

• Network rack row layouts and rack elevations for each cabinet type
• Structured cabling schematics showing backbone, distribution and patching by room
• Containment and cable tray routing drawings coordinated with the mechanical and electrical layouts
• Environmental monitoring point layouts for temperature, humidity and leak detection
• Access control and CCTV layouts for halls, plant rooms and the security perimeter
• Equipment schedules and cable count tables by zone

The design basis for capacity values, such as cable fill, containment loading, UPS sizing and cooling, must come from the responsible engineer and the equipment manufacturer. The remote team draws and schedules to those values. ANSI/TIA-942 is a commonly referenced data centre infrastructure standard; whether it is mandatory on a given project depends on the project specification, and the client should confirm this before design starts.

BIM and Revit for ELV and ICT Systems

Many Saudi projects now ask for ELV and ICT information inside the BIM model, not only in 2D drawings. This changes the production work. Families must carry the connection points, parameters and schedules that the client needs, and the model must coordinate with the architectural and MEP models without generating unmanaged clashes.

A practical approach for a remote Revit team covers four points:

1. Family library first. Agree the device families (cameras, readers, detectors, horns, access points, racks and cabinets) before modelling begins. Each family should carry its type parameters, manufacturer or product reference and the connection or mounting data used in the schedules.
2. Shared levels and grids. Link the architectural model and set the shared coordinates, levels and survey point before placing any ELV element.
3. Coordination cycle. Run clash detection at agreed intervals, with a named owner for each clash category. ELV clashes with ducts, sprinklers and structure are the most common issues to resolve early.
4. Information delivery. Define which outputs are required: native Revit files, DWG exports for sheet production, IFC where the client's workflow uses it, and schedules in the agreed format.

Level of Development targets should match the project stage. A coordination model does not need the same detail as a fabrication or shop drawing model, and modelling at the highest detail too early adds hours without adding value.

Quality Assurance Checklist Before Each Issue

Quality control should be a fixed step in the workflow, not a final review added when time allows. For each package, a second engineer should check the drawings against this list before issue:

• Drawings match the current revision of the architectural and MEP drawings supplied
• Scale, north point, grid references and levels are correct on every sheet
• Symbols, legends and device tags follow the client's standard
• Quantities in the device schedule agree with the drawn quantities
• Cable routes, containment sizes and rack units match the design basis supplied
• Every open comment from the previous cycle is either closed or carried forward with an owner
• The drawing register and revision log are updated and the file names follow the agreed convention
• The issue is recorded with date, revision code and the name of the checker and approver

The checker should not be the person who produced the drawing. A short checklist that is actually used is more useful than a longer procedure that is not.

Revision Control and Change Requests

Most disputes in outsourced design come from changes rather than from the first issue. A change can arrive as a markup on a PDF, an email instruction, a revised architectural drawing or a verbal comment at a coordination meeting. Each of these should go into the same comment log with a reference, a description, a responsible person and a status.

Two rules help control scope. First, a change that adds a room, a system or a sheet is a scope change and should be priced and agreed before work starts. Second, a change that corrects an error in the supplied design basis should be raised in writing, so that the responsible consultant can confirm the correct value. Remote teams work best when they can point to a written instruction for every revision.

Data Security and Secure File Exchange

Architectural and security drawings can contain sensitive information, including the layout of access-controlled areas, camera positions and plant locations. Data handling should be agreed at the start of the engagement and documented in the scope.

Useful controls include secure file transfer through a managed platform rather than general email, separate project folders with named access, version history on shared drawings, a non-disclosure agreement covering project information, and a clear procedure for returning or deleting project data at the end of the engagement. Where security drawings are concerned, the client may also limit which team members can access camera and door information.

Engagement Models

Outsourced design support can be arranged in different ways, and the right model depends on the workload pattern:

• Project-based package. A defined set of drawings or a model for a specific project, with a fixed scope, issue dates and a review cycle.
• Dedicated resource. A named engineer or drafter working on the client's projects for an agreed period, useful when the workload is steady across several projects.
• Surge capacity. Additional support for a defined peak, such as a tender submission or a design freeze, with a clear end date.

Whichever model is used, the commercial terms should be written down: scope, deliverables, review rounds included, the process for additional work and the working hours overlap. Cost comparisons with local resources should be made on the full cost of each option, including management time, review effort and the rework caused by unclear inputs. Outsourcing does not remove the need for review; it changes where the production effort sits.

Preparing a Request for Quotation

A Saudi company that wants an accurate quotation from a remote partner should prepare the following package:

1. Project name, location, type and current design stage
2. Drawing list required, with the number of sheets or models expected
3. Design basis or specification for each ELV and ICT system in scope
4. Available inputs, with their revision status
5. Required file formats, templates and BIM execution requirements
6. Issue dates, review rounds and the expected approval route

A request in this form lets the remote team identify gaps before work starts, which is the most effective way to avoid delays later.

Frequently Asked Questions

Can Saudi Arabia companies outsource ELV design services to India?

Yes, for the production side of the work. A remote team can prepare ELV drawings, schedules and specifications to a design basis supplied by the Saudi consultant. Design intent and statutory responsibilities remain with the local team.

What ICT design services can be outsourced?

Structured cabling layouts, fibre backbone diagrams, MDF and IDF room layouts, rack elevations, riser diagrams, equipment schedules, technical specifications and BOQ preparation are commonly outsourced.

Can CCTV and access control design be outsourced?

Documentation can be outsourced: camera layouts, coverage plans, door schedules, reader layouts and controller schematics. Coverage criteria, privacy requirements and device selection should be confirmed by the responsible consultant.

Can fire alarm design documentation be prepared remotely?

Device layouts, zoning plans and schematics can be prepared remotely from an approved fire strategy. Civil Defense submissions and any required professional sign-off must be handled by the appropriately authorised party in Saudi Arabia.

Can Indian engineering teams support Saudi Arabia projects?

Yes, when the working arrangements are defined. Overlapping working hours, secure file exchange, a named contact and a written review process are what make remote support effective.

What CAD and Revit deliverables can be outsourced?

AutoCAD drawings, Revit models, ELV and ICT model families, shop drawings, drawing registers and schedules can be produced remotely, provided the templates and BIM execution requirements are supplied.

How is engineering design quality controlled?

Through a documented internal check before every issue, a drawing checklist, a single comment log with owners and due dates, and a revision register. The client should also define its own review stage.

Who handles Saudi Civil Defense approvals?

Submissions to Saudi Civil Defense are the responsibility of the locally responsible consultant or contractor. A remote drafting partner can prepare the drawings that support a submission but does not submit on the client's behalf.

Can outsourcing include BOQ preparation?

Yes. Quantities and bills of quantities can be prepared from the finished drawings and equipment schedules. Rates and commercial pricing are normally handled by the client.

How can a Saudi company start working with ASDV Consultant?

Send your project brief, the drawing list you need, the design basis and the expected programme through the contact page. ASDV will confirm the scope and working arrangements in writing before any work starts.

Discuss Your Saudi Arabia Project

Looking to outsource ICT, ELV or physical security design work for your Saudi Arabia projects? ASDV Consultant provides remote engineering design, CAD, BIM, Revit and technical documentation support from India, helping engineering consultancies and contractors extend their design capacity. Visit the ASDV Consultant contact page to discuss your requirements, or explore our ELV design services.