Our Job Offers

• Bachelor's or Master of Engineering in Telecommunications, Electrical Engineering, or Engineering Management.
• Minimum 10 years of experience in telecom project management, with at least 4 years on submarine cable system projects.
• Proven experience managing landing station delivery, SLTE commissioning, and terrestrial backhaul deployment.
• Strong knowledge of submarine cable system lifecycle: marine survey, cable lay, splice, characterization, PAT, FAT, and RFS.
• Multi-vendor delivery experience (Ciena, Infinera, Nokia, Huawei, SubCom, NEC, Alcatel Submarine Networks).
• PMP, PRINCE2, or equivalent certification is highly desirable.
• Proficiency in Microsoft Project, Primavera, and program reporting tools.
• Excellent communication, leadership, and multi-stakeholder coordination skills.
• Submarine Cable System Project Delivery (Wet Plant & Dry Plant)
• Cable Landing Station Construction & Commissioning Management
• SLTE, DWDM/OTN & Terrestrial Backhaul Delivery Coordination
• IP/MPLS Backbone & IGW/IXP Project Delivery
• Marine Operations & Consortium Coordination
• Ready for Service (RFS) & System Acceptance Management (PAT/FAT)
• Critical Path & Integrated Schedule Management
• Risk, Issue & Change Management
• Vendor & Supply Chain Coordination
• Budget Monitoring & Cost Performance Tracking
• Senior Project Leadership & Decision Making
• Submarine Cable Consortium Interface & Coordination
• Multi-Country Stakeholder & Landing Party Management
• Cross-Functional Team Coordination
• Conflict Resolution & Negotiation
• Executive Reporting & Presentation

• Coordinate and monitor telecom network implementation activities from project initiation through completion and handover.
• Follow up with vendors and internal teams to ensure projects are executed in accordance with approved SOWs, designs, MoPs, and project requirements.
• Manage and track ADMS reports, including dismantling, redeployment (RDP), disposal/scrap, and required approvals.
• Work closely with Design to understand historical asset information, asset strategies, and legacy practices.
• Review and validate project assets and ensure proper ownership, classification, disposition, and system records.
• Coordinate with Fixed asset, PCC, Design, Network Implementation, and other relevant teams to resolve asset and project closure issues.
• Review project documentation, As-Built records, acceptance documents, and other deliverables for compliance and completeness.
• Support the identification and resolution of pending jobs, rejected ADMS reports, asset discrepancies, and audit observations.
• Prepare project status reports, dashboards, and management updates highlighting progress, risks, issues, and required decisions.
• Support project financial and commercial activities, including SOW tracking, PO requirements, extensions, and closure.
• Ensure compliance with governance, change management, asset management, and operational procedures.
• Participate in project meetings and coordinate with stakeholders to drive actions and achieve agreed targets.
• Support continuous improvement initiatives to reduce project delays, rework, pending transactions, and unnecessary operational costs.

• Bachelor's degree in Electrical Engineering, Telecommunications Engineering, Electronics Engineering, or a related field.
• 3–5 years of experience in telecommunications project implementation, project management, network deployment, or asset management.
• Experience in mobile network projects, dismantling,  Project managements, rollout, or infrastructure implementation is preferred.
• Strong experience in vendor and stakeholder coordination.
• Knowledge of telecom project lifecycle, including SOW, implementation, As-Built, acceptance, asset reconciliation, and project closure.
• Experience with project tracking, reporting, KPIs, and issue resolution.
• Strong MS Office skills, particularly Excel, PowerPoint, and Project.
• Good communication, coordination, analytical, and problem-solving skills.

• Develop and manage the project acceptance and handover plan, defining the stages, acceptance criteria, responsibilities, and documentation requirements for each system and facility area.
• Review contractor testing and commissioning plans, method statements, and Inspection and Test Plans (ITPs) to ensure alignment with the acceptance criteria and contractual requirements.
• Coordinate and witness factory acceptance tests (FAT), site acceptance tests (SAT), and integrated systems tests (IST) for critical infrastructure, including power, cooling, fire detection and suppression, and ELV/BMS systems.
• Verify that completed works comply with the approved drawings, specifications, and contract requirements prior to initiating the acceptance process.
• Manage the snagging and punch-list process, including inspections, categorisation and assignment of items, progress tracking, and verification of close-out.
• Control the compilation and review of acceptance and handover documentation, including test records, calibration certificates, warranties, As-Built drawings, O&M manuals, spare parts lists, and training records.
• Chair and attend acceptance and handover meetings with contractors, consultants, the client, and operations teams, and track agreed actions through to closure.
• Plan and coordinate partial and phased handovers, and manage the interfaces between construction, testing and commissioning, and operations activities.
• Ensure that training of the client's operations and maintenance staff is planned, delivered, and documented as part of the handover requirements.
• Prepare and issue acceptance certificates, handover packs, and close-out reports for client review and sign-off.
• Maintain the acceptance and handover register and report readiness, risks, and outstanding items to the Sr. Project Manager.

• Bachelor’s degree in electrical or mechanical engineering, or a related discipline.
• Minimum of ten (10) years of experience in construction, testing and commissioning, or handover of major projects, including at least five (5) years in acceptance or handover management for data centres, mission-critical facilities or mega infrastructure projects.
• Sound knowledge of data centre critical systems and their testing and acceptance requirements, including MV/LV power distribution, UPS and generator systems, precision cooling, fire detection and suppression, and ELV/BMS systems.
• Practical experience with staged commissioning and integrated systems testing for mission-critical facilities.
• Strong command of QA/QC documentation, handover procedures, and defects liability period management.
• Recognised commissioning or project management certification (e.g., CxA, PMP) is an advantage.
• Fluency in Arabic, with strong English communication and stakeholder management skills.

• Design future and existing telco cloud infrastructure to host mobile and fixed voice and data services, as well as VAS and other telco workloads.
• Expedite the transformation, modernization and migrations of telco cloud services in line to the emerging technologies and industry evolution.
• Ensure design of API integrations required to integrate new VNFs/CNFs across northbound and southbound interfaces.
• Manage the capacity and performance related expansions for the various components of telco cloud infrastructure and services.
• Work with BUs (Consumer, Enterprise, Wholesale, etc) to fulfill business demand priorities, identify technical solutions and required budgets.
• Lead translation of telco cloud infrastructure deployment plan to specific design activities.
• Prepare and evaluate RFX, RFIs, RFPs and RFQs for telco cloud infrastructure and services, according to the annual business demands.
• Perform and revise telco cloud infrastructure dimensioning and solutions design, verify and approve related Method of Procedure (MOPs).
• Expand telco cloud infrastructure to cater Data, Voice, VAS, and Control services growth requirements, based on demand and business objectives.
• Support network architecture evolution and technology strategy roadmap.
• Build required capabilities to support 5G standalone core, network slicing, private networks and edge use cases.
• Design business continuity, multi-level resilience and disaster recovery plans for telco cloud infrastructure and services, meeting Business Continuity and Risk Management requirements.
• Manage design activities for telco cloud including Infrastructure, Hypervisor, VIM, CISM, VNFMs, CNFMs, NFVO, DC SDN, WAN solutions, load balancers, network cards, along with various management and automation tools.
• Conduct POCs and make proposals on emerging technologies.
• Validate technical solutions from vendors and ensure the use of the latest technologies and functional capabilities in compliance with CST regulations.
• Lead the design of Management and Orchestration (MANO) components, aligning with common Virtual Network Function Managers (VNFMs) and Network Functions Virtualization Orchestrator (NFVO) standards.
• Maintain and approve Technical Specifications documentation including HLD,LLD, Integration Specs and Solution Documents.
• Ensure efficient engagement with cybersecurity and data protection for incorporating the relevant security requirements and guidelines into telco cloud infrastructure and services design.

• Master’s or bachelor’s degree in engineering or Telecommunication.
• 12+ years of experience in the telecommunication industry, with a clear in-depth exposure on Telco Cloud Design.
• Experience with major suppliers and Communications Service Providers are highly desirable. Tender preparation experience on relevant equipment is necessary.
• Can perform necessary architecture analysis and design activities.
• Solid experience in SDN/NFV Cloud, Solution Architecture, Agile methodology, Technical Leadership, Architecture Roadmap planning, enthusiasm to work on new Next Generation Technologies.
• Exposure on NFV, OPNFV, service chaining, NFVI, VIM, NFVO, and VNFs.
• Deep understanding of ETSI NFVI standardization for [MANO, OSM, NFVO, VNFM and VIM].
• Experience in VNF onboarding and testing, OSM (Open-Source Management & Orchestration) architecture, OpenStack, and components like Neutron, Nova, Cinder, Horizon.
• Experience in designing, integration and evolution of customers networks towards NFV/SDN based networks.
• Familiarity with the DevOps tool like Docker, open shift, Jenkins, Kubernetes..
• Strong knowledge and experience in Security, IT Infrastructure, and Virtualization.
• Hands-on experience in network automation and orchestration using automation technologies (e.g. Ansible).
• Expert in configuration management tools, to automate the repetitive tasks, quickly deploy critical applications, and enthusiastically manage the changes.
• Knowledge on OpenFlow, ODL (Open Daylight), and Network automation is preferred.
• Deep Understanding of Telco Operators, Core and IP networks, and networks functions.
• Familiarity in the areas of orchestration, management and virtualization.
• Deep understanding of overlay networks and protocols.
• Hands-on experience with SDN such as, Open vSwitch, OpenFlow, Open Daylight.
• Experience with Cloudify – TOSCA Network Service orchestration, and familiarity with public cloud environment such as AWS and Google is a plus.
• Essential skills: Teamwork, Communication skills, knowledge transfer capability, Cross-functional communications skills and Team building experience.
• Good knowledge of executive management reporting, presentations and dashboards concepts with good analytical skills.
• High level presentation skills, and excellent written and verbal English communications skills, Arabic would be an added advantage.

The AC/DC Power Design Engineer owns the systems that keep the IT space energized, from design through commissioning and the quality gates.

• Develop the high-level power design from utility intake through medium and low voltage switchgear, uninterruptible power supply, power distribution units, and the DC power plant.
• Define the distribution topology that delivers the targeted Uptime Institute Tier (Tier III or Tier IV), including the static transfer switch and the maintenance isolation strategy.
• Design the standby generator plant to suit an unreliable grid, covering rating selection, fuel autonomy, paralleling, and load-step acceptance.
• Specify the minus 48 volt DC power plant, sizing rectifiers with N+1 redundancy and selecting batteries for the required autonomy.
• Size uninterruptible power supply, switchgear, generators, and distribution to the agreed capacity and Tier based on the power load schedule.
• Produce single-line diagrams together with load-flow, short-circuit, protection-coordination, arc-flash, and harmonic studies.
• Design earthing, bonding, and lightning protection, and set the electrical power monitoring system that feeds the data center infrastructure management architecture.
• Prepare power technical specifications and Request for Proposal packages, then evaluate proposals and recommend the equipment.
• Review vendor submittals, shop drawings, and data sheets against the specification, and approve or reject them with comment through the Non-Conformance Report process.
• Define acceptance criteria and witness plans across the L1 to L5 commissioning levels, where L5 is the Integrated Systems Test, and verify installed systems before sign-off.
• Coordinate with the mechanical, controls, and infrastructure teams to align power design with cooling, monitoring, and facility requirements.
• Provide technical guidance to EPC contractors and equipment manufacturers throughout procurement, construction oversight, and commissioning.

• Bachelor's degree in Electrical Engineering or a closely related discipline; Professional Engineer, Chartered Engineer, Uptime Institute Accredited Tier Designer, Certified Data Centre Design Professional, or BICSI Data Center Design Consultant credentials are an advantage.
• Minimum 6 to 8 years of electrical power design experience, much of it on critical power for data centers, telecom, or mission-critical facilities, including at least one tiered power system delivered end to end.
• Hands-on design across uninterruptible power supply, medium and low voltage switchgear, standby and prime generation with paralleling and transfer schemes, and the DC power plant.
• Working command of the core standards, including arc flash to IEEE 1584 and NFPA 70E, harmonics to IEEE 519, battery sizing to IEEE 485, grounding to IEEE 80, and lightning protection to IEC 62305.
• Competence in load-flow, short-circuit, protection, arc-flash, and battery-autonomy studies in a recognized package (ETAP, SKM, or EasyPower required), plus AutoCAD.
• Experience taking a power design through procurement, construction oversight, and commissioning, including Factory Acceptance Testing and Site Acceptance Testing.
• Fluent English, written and spoken, is required; Arabic is an advantage.
• Open to international and Syrian candidates, subject to eligibility to work in Syria and applicable sanctions compliance.

• Develop detailed SIEM correlation rules, alert thresholds, SOAR playbook requirements, and incident response procedures.
• Develop security procedures for international regulatory compliance, including cross-border incident notification requirements and carrier licensing obligations.
• Develop SOC runbooks and technical procedures for common security event scenarios.
• Support the SOC Lead in defining staffing skills requirements and training content.
• Participate in SOC readiness simulations and incident response drills.
• Support acceptance testing of SOC tooling.
• Define compliance validation requirements aligned to ISO, IEC, and NCA standards.
• Define KPI measurement methodology for SOC operational KPIs — data sources, calculation logic, and SIEM configuration requirements to support accurate KPI reporting.
• Contribute to OAT (Operational Acceptance Testing) by validating SOC tooling, procedures, and integration readiness.
• Review MSP SIEM rule updates and validate technical accuracy and completeness.
• Assess MSP SOAR playbook changes and incident response procedure updates.
• Support SOC governance reviews with technical analysis of detection gaps and false positive trends.
• Validate MSP compliance controls against ISO 27001, IEC 62443, and NCA requirements.
• Support development of security specifications for carrier peering and interconnection infrastructure, including BGP security controls.

• Bachelor’s degree in Cybersecurity, Computer Science, or Information Technology 
• Minimum 8 years in cybersecurity operations with hands-on SOC analyst or engineering experience.
• Technical expertise in SIEM, SOAR, and threat intelligence platforms.
• Experience in OT/IT security convergence in telecommunications or critical infrastructure.
• Experience developing SIEM rules, playbooks, and incident response procedures.
• Familiarity with ISO 27001, IEC 62443, and NCA standards.
• Deep technical knowledge of cybersecurity monitoring, threat detection, and incident response.
• Ability to develop SIEM rules, playbooks, and security procedures.
• Strong analytical and problem-solving skills.
• Familiarity with SIEM, SOAR, EDR, and threat intelligence tools.
• Strong written and verbal communication in English; Arabic is an advantage
• Experience with international telecommunications security compliance and carrier-specific threat landscapes.

• Lead the full data center program lifecycle, starting with land due diligence, acquisition support, zoning review, utility availability assessment, environmental constraints, access/logistics analysis, and development feasibility evaluation.
• Define the integrated master program covering business case, schedule, budget, procurement plan, contracting strategy, risk register, and governance structure from pre-development through operations.
• Manage design development across all critical subsystems, including HV/MV/LV electrical distribution, transformers, generators, UPS, battery systems, grounding, precision cooling, chilled water or DX systems, fire alarm, fire suppression, ELV, structured cabling, access control, CCTV, BMS, EPMS, and DCIM platforms.
• Coordinate utility providers, authorities, and permitting bodies to secure land approvals, building permits, environmental clearances, power interconnection, water access, telecom connectivity, and occupancy approvals.
• Oversee RFP/RFQ packaging, scope definition, bid evaluation, contract award, and commercial alignment for consultants, EPC contractors, specialist vendors, OEMs, and facility management providers.
• Monitor contractor and vendor performance against safety, quality, schedule, cost, and technical compliance requirements, and escalate underperformance through formal governance channels.
• Establish and control program baselines for cost, schedule, and scope, including change request review, variation assessment, contingency usage, invoice validation, and executive reporting.
• Lead site mobilization and construction coordination covering civil works, structural works, white space build-out, MEP installation, fuel systems, security systems, ICT pathways, and integration of all owner-furnished and contractor-furnished equipment.
• Ensure testing and commissioning plans are developed and executed for all systems, including FAT, SAT, pre-functional checks, integrated systems testing, failover scenarios, black-building testing, and operational acceptance sign-off.
• Drive readiness for operations by confirming spare parts strategy, asset registers, CMMS/DCIM data population, SOP/MOP/EOP documentation, training, warranties, service contracts, and maintenance regimes.
• Manage transition to live operations, including incident escalation paths, service availability targets, cluster-wide maintenance coordination, operational risk controls, and post-occupancy stabilization.
• Build strong working relationships with internal stakeholders across operations, finance, procurement, safety, security, legal, engineering, and leadership teams, while maintaining effective communication with regulators, utility companies, landlords, and external partners.
• Identify design and execution improvement opportunities using lessons learned, operational data, and reliability findings to enhance future phases and reduce lifecycle risk.

• Bachelor’s degree in electrical engineering, Mechanical Engineering, Civil Engineering, Construction Management, Architecture, or a related discipline is required. A master’s degree in engineering, construction, or business is preferred.
• Minimum 10 years of experience in large-scale mission-critical facilities, industrial infrastructure, or data centre programs, with at least 5 years in a lead program or project management role across multi-contractor environments.
• Proven experience delivering at least one full lifecycle data centre, critical facility, or equivalent mission-critical infrastructure program from site selection or pre-development through commissioning and operational handover.
• Strong knowledge of data centre critical infrastructure, including electrical systems, cooling systems, fire/life safety, BMS/EPMS/DCIM, security systems, structured cabling, and facility maintenance planning.
• Demonstrated experience in contract strategy, vendor management, contractor supervision, RFI/RFP processes, SOW development, change control, and commercial administration.
• Strong working knowledge of permitting, utility coordination, authority interfaces, HSE requirements, QA/QC controls, commissioning methodology, and operational readiness planning.
• Ability to lead multidisciplinary teams, manage ambiguity, enforce governance, and communicate effectively with executives, technical specialists, contractors, and public authorities. Current role definitions emphasise this cross-functional coordination and stakeholder leadership as a core requirement.
• Practical proficiency in project controls, including master scheduling, cost tracking, risk management, reporting dashboards, document control, and issue escalation.
• Professional certifications such as PMP, PgMP, PRINCE2, CDCP, CDCS, or Uptime-related credentials are preferred. Mechanical or electrical licensing is an advantage for roles with strong facility engineering depth.
• Experience in Tier III/Tier IV environments, hyperscale or colocation facilities, and live-site expansion or brownfield upgrades is highly preferred.