Key responsibilities of the ELV & Low Current Engineer on the modular building construction supervision team:

• Review and approve the ELV detailed design and Issued-For-Construction (IFC) drawings from the Designer or the design-build Contractor, together with the Contractor's shop drawings and as-built drawings.
• Review and approve the Contractor's method statements (MS), material approval requests (MAR), inspection and test plans (ITP) and prequalification documents (PQD) for ELV subcontractors, before work or procurement starts.
• Supervise and inspect ELV works in the factory for the off-site modules and on site for infrastructure and module erection.
• Respond to the Contractor's material inspection requests (MIR) and work inspection requests (WIR) at the agreed hold and witness points, checking certificates and submittals against approved data before anything is built into the works.
• Verify that ELV installations follow the approved design, project specifications, manufacturer requirements, and SBC 801 for fire and SBC 1101 for energy.
• Witness the Factory Acceptance Test (FAT) of ELV equipment and panels at the factory, then the Site Acceptance Test (SAT) once the systems are installed and integrated on site.
• Witness and verify testing and commissioning across CCTV, access control, building management systems (BMS), fire alarm, public address, structured cabling, intrusion detection, audio-visual (AV), master clock and IPTV, with strong depth in several of these systems.
• Run the integrated cause-and-effect and matrix verification, confirming the fire alarm correctly drives access control, BMS, lifts and public address under each scenario.
• Verify the IP network, head-end and server-room build, including racks, power, cooling and labelling, before the systems go live.
• Raise Site Observation Reports (SORs) and Non-Conformance Reports (NCRs) where work fails specification, track each to verified close-out, and coordinate ELV interfaces with the electrical, mechanical and fire-protection disciplines, supporting the Civil Defense and SALAMA final inspection.
• Review the Contractor's ELV quantities and payment applications as the first check before the PMC, verify the as-built records, configuration backups, warranties, operation manuals and the handover spare-parts schedule, confirm operator training is delivered, and provide daily, weekly and monthly input to the Project Manager.

• An accredited bachelor's degree in electrical or communications engineering, with registration or eligibility with the Saudi Council of Engineers (SCE); Professional Engineer (PE) accreditation is preferred.
• Minimum 8 years supervising and witnessing testing and commissioning across ELV systems, with strong depth in several of CCTV, access control, building management systems, fire alarm, public address and structured cabling. An ELV-exclusive career is not required; electrical engineers with genuine ELV depth are welcome.
• Sound knowledge of ELV standards and life-safety requirements, including fire alarm and public-address compliance with SBC 801 and the Civil Defense rules.
• Practical command of the submittal and inspection workflow: method statements, material and work inspection requests, inspection and test plans, and prequalification documents.
• Familiar with testing interfaces and commissioning methodologies, fluent with mainstream project and supervision systems (for example Primavera P6, Aconex and AutoCAD), and quick to adopt the Consultant's in-house systems.
• Experience on modular, prefabricated or precast construction or Design for Manufacture and Assembly (DfMA) programs is an advantage.
• Saudi or Gulf (GCC) construction-supervision experience and familiarity with Civil Defense / SALAMA and the Saudi Building Code (SBC) are highly preferred.
• Good written and spoken English for inspection records and reporting; Arabic is an advantage.
• Open to international and Saudi candidates, who must be legally eligible to work in Saudi Arabia. The role is based across multiple cities in the Kingdom, and some travel may be required.

Key responsibilities of the Architectural Engineer (Off-site Factory) on the modular building construction supervision team:

• Review and approve the architectural detailed design and Issued-For-Construction (IFC) drawings as they apply to factory production, together with the Contractor's shop drawings, material samples and as-built records for the modules.
• Review and approve the Contractor's method statements (MS), material approval requests (MAR) and inspection and test plans (ITP) for the factory architectural and finishing works, before production or procurement starts.
• Supervise the architectural and finishing works on the factory production line, including partitions, ceilings, flooring, joinery, doors and ironmongery, wall finishes, painting and the internal fit-out built into each module.
• Inspect first-article modules and confirm the repeatable quality of the standardised, manufacture-and-assembly design across the production run.
• Inspect mock-ups, materials and samples in the factory, and accept or reject them against the approved specifications and samples.
• Respond to the Contractor's material inspection requests (MIR) and work inspection requests (WIR) at the agreed factory hold and witness points, approving compliant work or returning it for rectification.
• Treat passive fire protection built in the factory, including fire-rated partitions, fire-stopping and rated doorsets, as a hold point before it is concealed.
• Witness the architectural scope of the Factory Acceptance Test (FAT) and confirm each module is complete, protected and ready for transport before it ships to site.
• Coordinate the factory architectural interface with the structural and MEP works, and hand over the module status and any open items to the on-site Architectural Engineer.
• Raise Site Observation Reports (SORs) and Non-Conformance Reports (NCRs), track them to verified close-out, and review the Contractor's factory finishing quantities and payment applications as the first check before the PMC.

• An accredited bachelor's degree in architectural engineering, with registration or eligibility with the Saudi Council of Engineers (SCE); Professional Engineer (PE) accreditation is preferred.
• Minimum 8 years in architectural and building finishing supervision, with experience in a manufacturing, off-site or modular production environment.
• Sound knowledge of finishing trades, fit-out, material and mock-up acceptance, passive fire protection, Saudi codes and applicable international standards.
• Practical command of the submittal and inspection workflow: method statements, material and work inspection requests, inspection and test plans, and Non-Conformance Reports.
• Fluent with mainstream project and supervision systems (for example Primavera P6, Aconex and AutoCAD), and quick to adopt the Consultant's in-house systems.
• Experience on modular, prefabricated or precast construction or Design for Manufacture and Assembly (DfMA) programs, and a LEED or Mostadam accreditation, are advantages.
• Saudi or Gulf (GCC) supervision experience and familiarity with the Saudi Building Code (SBC) are highly preferred.
• Good written and spoken English for review records and reporting; Arabic is an advantage.
• Open to international and Saudi candidates, who must be legally eligible to work in Saudi Arabia. The role is based at the module factory, with travel to site as required.

Key responsibilities of the Architectural Engineer (On-site) on the modular building construction supervision team:

• Review and approve the architectural detailed design and Issued-For-Construction (IFC) drawings for the on-site works, together with the Contractor's shop drawings and as-built drawings.
• Review and approve the Contractor's method statements (MS), material approval requests (MAR) and inspection and test plans (ITP) for the on-site architectural and finishing works, before work or procurement starts.
• Receive the modules on site, check them for transport and handling damage against the factory records, and direct the Contractor's rectification before installation proceeds.
• Supervise module setting and installation, the inter-module fire, acoustic and weather joints, building envelope close-up, external finishes and the on-site make-good and final fit-out.
• Confirm the on-site architecture ties into the infrastructure, foundations, earthworks, logistics and external works.
• Respond to the Contractor's material inspection requests (MIR) and work inspection requests (WIR) at the agreed site hold and witness points, approving compliant work or returning it for rectification.
• Treat the inter-module fire-stopping and the building weatherline as hold points before they are concealed or closed.
• Witness building-envelope and water-tightness testing on site, and witness the architectural scope of the Site Acceptance Test (SAT) once each module is installed.
• Raise Site Observation Reports (SORs) and Non-Conformance Reports (NCRs), track them to verified close-out, and keep the on-site architectural punch list for the assigned areas.
• Review the Contractor's on-site finishing quantities and payment applications as the first check before the PMC, and support testing, commissioning and handover with complete as-built and inspection records.

• An accredited bachelor's degree in architectural engineering, with registration or eligibility with the Saudi Council of Engineers (SCE); Professional Engineer (PE) accreditation is preferred.
• Minimum 8 years in site-based architectural and building finishing supervision, including building envelope and installation works.
• Sound knowledge of building envelope, finishing trades, waterproofing, material and mock-up acceptance, Saudi codes and applicable international standards.
• Practical command of the submittal and inspection workflow: method statements, material and work inspection requests, inspection and test plans, and Non-Conformance Reports.
• Fluent with mainstream project and supervision systems (for example Primavera P6, Aconex and AutoCAD), and quick to adopt the Consultant's in-house systems.
• Experience on modular, prefabricated or precast construction or Design for Manufacture and Assembly (DfMA) programs, and a LEED or Mostadam accreditation, are advantages.
• Saudi or Gulf (GCC) supervision experience and familiarity with the Saudi Building Code (SBC) are highly preferred.
• Good written and spoken English for review records and reporting; Arabic is an advantage.
• Open to international and Saudi candidates, who must be legally eligible to work in Saudi Arabia. The role is based on site, across multiple cities in the Kingdom, and some travel may be required.

• Must be a designer and innovator who can collaborate with senior management to convert written content into visual presentations and distil simplicity from the complex.
• Interview users, understand business requirements, review available data, collect more information, build a library, suggest templates.
• Whether preparing for a critical presentation or assisting the practice in developing slides for internal use, one must be able to interpret complex concepts and translate them into easy-to-understand graphs, charts, and visual graphics.
• Will distil clear messaging while incorporating smart visual solutions that make a difference at high-stakes meetings that affect major business decisions.
• Develop innovative presentation approaches.   
• Creating original graphic content for slides for a wide variety of audiences, financial services and business consulting is a plus.
• Attend meetings with stakeholders to find graphic solutions to complex problems.
• Contribute to the innovative development of a dynamic business consulting practice. 
• Provide quality assurance of all deliverables.
  

• Bachelor of Engineer.
• Min 5 years of professional experience in Management Consulting industries building PowerPoint presentations / Decks
• Excellent written and verbal English communication skills are a MUST.
• Having a good knowledge of PowerPoint features and tools, such as animations, transitions, charts, diagrams, and icons, using Illustrator, Photoshop, and Adobe Video.
• Advance Excel user is a plus.
• Having strong analytical and communication skills to translate complex data and insights into clear and compelling stories.
• Having a creative and visual mindset to design attractive and effective slides that support your narrative.

• Being fluent in Arabic reading/writing and speaking will be a plus.
  

• Define the wholesale Call Center operating model — structure, scope, shift model, and interface with NOC, TAC, and field teams.
• Define customer interaction procedures — fault intake, service request handling, SLA breach management, and escalation paths.
• Define the CSAT measurement model for the Call Center — post-interaction survey approach, scoring, and feedback loop integration.
• Define QoE reporting requirements for agents — real-time service quality and SLA status visibility during customer interactions.
• Define CRM platform requirements and customer contact tooling specifications.
• Define escalation workflows for large enterprise wholesale customer escalations, ensuring priority handling and dedicated account interfaces for wholesale carrier clients.
• Define staffing levels, skills requirements, and training framework.
• Govern Call Center readiness validation — simulations, customer scenario testing, and acceptance sign-off.
• Define Call Center operational KPIs — call response times, fault resolution rates, escalation rates, and CSAT scores.
• Define Call Center SLA and OLA structures aligned with wholesale customer agreements.
• Participate in cross-functional OAT (Operational Acceptance Testing) to validate end-to-end Call Center readiness for Day-1 launch.

• Bachelor’s degree in electrical engineering, or a related discipline. 
• Minimum 10 years in telecommunications customer operations or Call Center management.
• Experience designing Call Center operating models for B2B wholesale or carrier environments.
• Knowledge of wholesale customer SLA management, fault reporting interfaces, and CSAT measurement.
• Experience defining CRM and customer contact tooling requirements.
• Greenfield or build-to-operate program experience is advantageous.
• Strong knowledge of wholesale customer operations and Call Center management.
• Understanding of CSAT measurement and QoE reporting for B2B customer interactions.
• Ability to define process frameworks and operational requirements.
• Familiarity with CRM platforms and contact center tools.
• Strong written and verbal communication in English; Arabic is an advantage.
• Experience with MSP governance, vendor performance management, and continual service improvement in customer operations.

• Establish and maintain the governance model, responsibility assignment matrix, escalation matrix, and change control for the data center workstream.
• Own the lifecycle stage-gate framework and chair the gate reviews that release each stage.
• Line-manage the Design Governance Lead and Field Assurance Lead and set the acceptance criteria their teams apply.
• Verify that the high-level design meets the Client's capacity, availability-tier, security, and resilience requirements, including critical power and cooling.
• Hold each site to its target tier of Tier III or Tier IV per the requirements document, and confirm the design satisfies it against TIA-942 and EN 50600.
• Treat the Uptime Institute Tier Certified Design Documents and Tier Certified Constructed Facility certifications as deliverables the build must achieve.
• Govern the technical RFP packages, bid evaluation, and vendor recommendations so that selection rests on defensible criteria.
• Assure the QA/QC and commissioning regime across Levels 1 to 5, witnessing the Level 5 Integrated Systems Test rather than executing it.
• Confirm that handover documentation and operational-readiness gates are met before any site is accepted from the contractor.
• Close out every Non-Conformance Report and verify resolution before final acceptance.
• Screen all in-scope vendor introductions for sanctions exposure and allow nothing to proceed without written clearance.
• Prepare and issue monthly quality and progress reports to the Client's committees and senior leadership.

• Bachelor's degree in Electrical or Mechanical Engineering or a related discipline; a master's degree or Chartered Engineer status is an advantage.
• Minimum 10 to 12 years of engineering and program experience, with a substantial part in mission-critical or data center facilities.
• Proven Owner's Engineer, PMC, or client-assurance experience on at least one mission-critical program, not solely contractor delivery.
• Demonstrated record of owning quality gates and QA/QC across the full data center lifecycle, including commissioning, the Integrated Systems Test, and handover; familiarity with Inspection and Test Plans and Non-Conformance Reports.
• Working command of the Uptime Institute Tier classification and the Tier Certified Design Documents and Tier Certified Constructed Facility audit processes; an Accredited Tier Designer credential is valued.
• Command of TIA-942, BICSI 002 and 009, and EN 50600, with awareness of NFPA, ASHRAE, and ISO/IEC 27001; PMP certification is preferred.
• Solid grounding in data center electrical and mechanical building services, critical power, and DCIM and BMS monitoring, sufficient to challenge designs and witness commissioning.
• Strong written and spoken English is required for governance papers; Arabic is an advantage, as is familiarity with the Syrian and wider Middle East market.
• Open to international and Syrian candidates, subject to eligibility to work in Syria and applicable sanctions compliance.