site engineer

project engineer

planning engineer

senior electrical engineer

senior mechanical engineer

system integration engineer

Contract Resources Group

Position Title: Program Technical Lead (Grid Backbone) Organization: Ten X Group Work Arrangement: Full-time or project-based annual contract, subject to assignment Location: Syria - As assigned, including fragile and complex operating environments Reports To: Program Director / Managing Director / Authorized Project ExecutivePosition SummaryThe Program Technical Lead (Grid Backbone) is the senior technical authority responsible for end-to-end engineering leadership of high-voltage grid backbone recovery, rehabilitation, expansion, and modernization programs. The role provides technical direction across transmission lines, substations, grid stability, protection, telecom, SCADA interfaces, implementation planning, commissioning readiness, and overall package integration.This position is intended for a senior-level power sector professional capable of leading multidisciplinary teams, interfacing with ministries, utilities, lenders, donors, EPC contractors, Owner&rsquo;s Engineers, and technical counterpart institutions, and converting strategic energy priorities into technically sound, procurement-ready, financeable, and executable programs.Key Duties and Responsibilities&middot; Lead the full technical architecture for transmission backbone and interconnection rehabilitation and modernization programs.&middot; Direct multidisciplinary engineering integration across transmission, substations, protection and control, SCADA/telecom, grid operations, and commissioning workstreams.&middot; Review, validate, and approve technical approaches, system configurations, design criteria, engineering assumptions, and implementation methodologies.&middot; Lead technical due diligence, site validation planning, scope definition, design review, gap analysis, and package development.&middot; Develop and quality assure technical narratives, concept papers, white papers, implementation plans, owner&rsquo;s requirements, scopes of work, and technical annexes.&middot; Ensure technical outputs are aligned with utility practice, lender expectations, procurement requirements, environmental and social obligations, and security constraints.&middot; Support prioritization of network interventions based on operability, system criticality, reliability improvement, restoration sequencing, and capital efficiency.&middot; Lead technical engagement with counterpart ministries, transmission entities, national research institutions, donor technical teams, and investor-facing stakeholders.&middot; Oversee technical risk identification, mitigation planning, constructability considerations, testing philosophy, commissioning logic, and handover requirements.&middot; Provide final technical QA/QC of deliverables prior to submission to clients, donors, evaluation committees, or procurement entities.&middot; Support bid clarification, technical negotiation, contractor evaluation, and implementation troubleshooting as required.&middot; Mentor junior engineers and technical specialists and enforce disciplined engineering management across the program.Minimum Required Education&middot; Bachelor&rsquo;s degree in Electrical Engineering, Power Engineering, Energy Systems Engineering, or closely related discipline from an accredited institution.Preferred Education&middot; Master&rsquo;s degree in Electrical Power Systems, Power Transmission, Energy Infrastructure, Utility Engineering, or related field.&middot; Additional executive or postgraduate training in project management, infrastructure finance, utility regulation, or grid modernization is advantageous.Minimum Required Experience&middot; Minimum 15 years of progressively responsible experience in power transmission, substation engineering, utility infrastructure rehabilitation, grid modernization, or equivalent high-voltage power sector programs.&middot; Minimum 10 years in senior technical leadership, lead engineer, chief engineer, technical manager, owner&rsquo;s engineer, or program technical lead roles.&middot; Demonstrated experience on systems involving 220 kV, 230 kV, 400 kV, or equivalent extra-high-voltage infrastructure.&middot; Demonstrated experience integrating multiple engineering disciplines into a single bankable or executable infrastructure program.&middot; Proven experience producing technical packages for donor-funded, lender-funded, EPC, design-build, or utility-led infrastructure programs.Required Technical ExperienceCandidates should demonstrate substantial hands-on and leadership experience in most of the following areas:&middot; High-voltage transmission system rehabilitation and expansion&middot; EHV/HV substations, transformers, switchgear, auxiliaries, and grid interfaces&middot; Transmission line rehabilitation, uprating, or reconstruction&middot; Protection and control interface requirements&middot; Utility telecom, OPGW, SCADA, dispatch visibility, and systems integration&middot; Testing, energization, commissioning, and operational readiness planning&middot; Technical specifications, engineering standards, QA/QC, and acceptance criteria&middot; Package integration across engineering, procurement, construction, and commissioning&middot; Technical review of EPC or plant contracts&middot; Development of technical scopes, TORs, owner&rsquo;s requirements, and engineering annexesPreferred Sector ExperienceStrong preference will be given to candidates with experience in one or more of the following:&middot; Fragile, post-conflict, austere, or complex operating environments&middot; National grid restoration or emergency power recovery programs&middot; Cross-border interconnection or regional power exchange systems&middot; Multilateral development bank, UN, or donor-funded energy infrastructure programs&middot; Utility reform, transmission utility interface, or ministry-level technical advisory assignments&middot; Brownfield rehabilitation of legacy grid infrastructure&middot; Programs involving security constraints, restricted access, or ERW-contaminated areasRequired Certifications / LicensesAt least one of the following is strongly preferred, and candidates with multiple credentials will be prioritized:&middot; Registered Professional Engineer / Chartered Engineer / equivalent national engineering licensure in a relevant jurisdiction&middot; PMP, PgMP, or equivalent recognized project/program management certification&middot; Valid driver&rsquo;s license and ability to travel as required by assignmentPreferred Certifications&middot; Chartered Engineer (CEng), PE, EUR ING, or equivalent&middot; PMP or PRINCE2 Practitioner&middot; FIDIC training or certification&middot; Utility asset management, substation, transmission line, or commissioning-related specialist training&middot; Health, safety, and construction risk management training relevant to infrastructure delivery&middot; Training in donor procurement or multilateral project delivery environmentsCore Competencies&middot; Senior technical judgment&middot; End-to-end systems thinking&middot; Multidisciplinary engineering integration&middot; High-voltage infrastructure expertise&middot; Technical writing and executive briefing capability&middot; Technical due diligence and risk assessment&middot; Program structuring and implementation planning&middot; Stakeholder and counterpart management&middot; QA/QC and document control discipline&middot; Decision-making under uncertainty and operational constraintsFunctional Skills&middot; Ability to lead engineering reviews and challenge assumptions&middot; Ability to convert conceptual priorities into procurement-ready packages&middot; Ability to identify critical path technical dependencies&middot; Ability to brief senior government, donor, investor, and executive audiences&middot; Ability to manage competing technical priorities under compressed timelines&middot; Ability to enforce deliverable quality, consistency, and traceabilityLanguage Requirements&middot; Professional fluency in English, written and spoken, is required.&middot; Arabic is highly desirable.&middot; Additional regional languages are advantageous but not required.Deliverables Typically Expected&middot; Technical strategy and integrated delivery framework&middot; Program-level technical narrative and engineering basis&middot; Priority intervention matrix and sequencing logic&middot; Technical work package definitions&middot; Scope books, terms of reference, or owner&rsquo;s requirements&middot; Technical review memoranda and decision papers&middot; Technical risk registers and mitigation recommendations&middot; Commissioning readiness and integration frameworks&middot; Final technical QA sign-off of submission packagesJob Types: Full-time, Contract Contract length: 12 monthsWork Location: In person

Program Technical Lead (Grid Backbone)

Position Title: HVDC / Back-to-Back (B2B) Converter SME Organization: Ten X Group Work Arrangement: Full-time or project-based annual contract, subject to assignment Location: Syria - as assigned, including remote, austere, and complex operating environments Reports To: Program Technical Lead / Interconnection Lead / Authorized Project ExecutivePosition SummaryThe HVDC / Back-to-Back (B2B) Converter SME is the senior subject matter expert responsible for the technical evaluation, concept development, feasibility structuring, system integration, and implementation advisory support for HVDC back-to-back converter stations and related asynchronous interconnection solutions.This role is intended for a highly specialized power systems professional with deep experience in high-voltage direct current systems, cross-border interconnection, grid synchronization constraints, converter station architecture, and transmission system integration. The successful candidate will provide authoritative technical guidance on whether, when, and how B2B converter solutions should be deployed to support interconnection stabilization, regional power exchange, grid resilience, and staged network modernization.The role is not limited to converter technology selection. It includes system studies definition, interface risk management, harmonic and reactive power considerations, control philosophy, owner&rsquo;s requirements development, bankability inputs, implementation phasing, and support to donor, investor, ministry, utility, and EPC-facing technical decision-making.Key Duties and Responsibilities&middot; Lead technical assessment of asynchronous interconnection requirements and determine the viability of HVDC B2B converter solutions within transmission backbone and regional grid integration programs.&middot; Evaluate existing and proposed interconnection configurations, grid synchronization constraints, transfer capability requirements, and system stability implications.&middot; Develop and compare B2B converter solution options, including technology pathways, staged implementation concepts, interface requirements, and integration risks.&middot; Define preliminary converter station architecture, including converter technology selection, transformer requirements, switchyard interfaces, harmonic filtering, reactive compensation, control systems, cooling systems, auxiliaries, and protection interface requirements.&middot; Identify and define the power system studies required to support decision-making, including load flow, short-circuit, dynamic stability, EMT, harmonic, insulation coordination, reliability, and contingency studies.&middot; Interpret study outputs and translate them into practical engineering, procurement, phasing, and investment recommendations.&middot; Support the technical definition of interconnection performance requirements, system control logic, operational procedures, dispatch constraints, and reliability targets.&middot; Review and advise on converter station site criteria, grid interface arrangements, footprint, constructability, maintainability, expandability, and brownfield integration considerations.&middot; Prepare or review owner&rsquo;s requirements, technical narratives, concept papers, feasibility memoranda, technical specifications, and procurement packaging inputs for HVDC/B2B-related investments.&middot; Support technical dialogue with ministries, utilities, TSOs, lenders, multilateral institutions, owner&rsquo;s engineers, OEMs, EPC contractors, and strategic investors.&middot; Advise on commissioning philosophy, staged energization logic, acceptance testing requirements, and operational readiness planning for B2B interconnection assets.&middot; Identify technical risks associated with converter control interaction, weak grids, harmonics, fault response, reactive support, operational complexity, spares, and long-term maintainability.&middot; Provide technical QA/QC and final expert review of all B2B converter-related deliverables prior to submission or approval.Minimum Required Education&middot; Bachelor&rsquo;s degree in Electrical Engineering, Power Engineering, or closely related discipline from an accredited institution.Preferred Education&middot; Master&rsquo;s degree in Power Systems, High Voltage Engineering, Power Electronics, HVDC Systems, or related field.&middot; PhD in a relevant electrical power systems discipline is advantageous for highly analytical or advisory-heavy assignments.Minimum Required Experience&middot; Minimum 12 years of directly relevant professional experience in transmission systems, HVDC systems, interconnection engineering, or utility-scale power system integration.&middot; Minimum 8 years of demonstrable experience involving HVDC systems, converter stations, asynchronous interconnections, or advanced transmission system integration studies.&middot; Demonstrated experience on projects involving 220 kV, 230 kV, 400 kV, or higher voltage-class transmission systems.&middot; Demonstrated experience supporting feasibility, owner&rsquo;s engineering, concept development, system studies, design review, implementation advisory, or commissioning planning for HVDC or B2B projects.Required Technical ExperienceCandidates should demonstrate substantial experience in most of the following:&middot; HVDC back-to-back converter station concepts and applications&middot; LCC and/or VSC converter technologies&middot; Asynchronous interconnection design and operational principles&middot; AC/DC interface engineering&middot; Grid stability and weak-grid considerations&middot; Reactive power support and voltage regulation&middot; Harmonic analysis and filtering philosophy&middot; Converter transformers and associated switchyard integration&middot; HVDC controls and operational interface concepts&middot; Interconnection power flow and transfer capability analysis&middot; Fault response and protection considerations for converter-based interconnections&middot; Grid code and interconnection performance requirements&middot; Feasibility study development and technical option comparison&middot; OEM and EPC technical review&middot; Commissioning and staged energization philosophy&middot; Brownfield and greenfield converter station integration considerationsPreferred Sector ExperienceStrong preference will be given to candidates with experience in one or more of the following:&middot; Cross-border interconnection programs&middot; National transmission backbone modernization&middot; Regional power exchange systems&middot; Utility reform or interconnection advisory programs&middot; Multilateral development bank, donor-funded, TSO, or ministry-led infrastructure assignments&middot; Fragile, post-conflict, or complex infrastructure environments&middot; Early-stage bankability or capital formation work for advanced transmission projects&middot; Interconnection solutions involving phased restoration of damaged or legacy transmission infrastructureRequired Certifications / LicensesAt least one of the following is strongly preferred, and candidates with multiple credentials will be prioritized:&middot; Professional Engineer / Chartered Engineer / equivalent engineering licensure in a relevant jurisdiction&middot; Valid driver&rsquo;s license and ability to travel as required by assignment&middot; Recognized electrical safety training for high-voltage infrastructure environmentsPreferred Certifications&middot; Chartered Engineer (CEng), PE, EUR ING, or equivalent&middot; Specialized HVDC system training from recognized OEMs, utilities, or professional institutions&middot; Advanced power system analysis or EMT study training&middot; High-voltage or converter station design certification/training&middot; PMP or equivalent project management certification&middot; FIDIC or infrastructure contract awareness training is advantageous&middot; Utility operational safety certification is advantageous for field-facing assignmentsCore Competencies&middot; HVDC and interconnection subject matter authority&middot; Advanced power systems judgment&middot; Technology option analysis&middot; Grid integration and stability insight&middot; Strategic technical advisory capability&middot; Complex systems thinking&middot; Technical writing at lender and investor standard&middot; Risk identification and mitigation planning&middot; Multidisciplinary interface management&middot; Executive-level technical communicationFunctional Skills&middot; Ability to determine when B2B converter solutions are technically justified versus when conventional AC reinforcement or phased alternatives are more appropriate&middot; Ability to interpret system studies and convert them into investment-grade recommendations&middot; Ability to compare LCC and VSC pathways based on grid strength, operating mode, CAPEX, footprint, maintainability, and control needs&middot; Ability to identify critical interface requirements across converter station, AC switchyard, telecom, protection, dispatch, and operations teams&middot; Ability to define technically sound staged roadmaps for interconnection readiness, implementation, and commissioning&middot; Ability to advise non-specialist decision-makers without diluting technical rigor&middot; Ability to review OEM and EPC submissions and detect design, operability, and lifecycle risks earlyLanguage Requirements&middot; Professional fluency in English, written and spoken, is required.&middot; Arabic is highly desirable.&middot; Additional regional language capability is advantageous but not required.Deliverables Typically Expected&middot; Interconnection technical assessment reports&middot; B2B converter option analyses&middot; Technology comparison memoranda&middot; Feasibility-level converter station concepts&middot; Preliminary technical design criteria&middot; Study scopes for load flow, dynamic, EMT, and harmonic analysis&middot; Owner&rsquo;s requirements and technical annexes&middot; Technical risk registers and mitigation plans&middot; Implementation phasing and roadmap documents&middot; Technical review comments on OEM/EPC submissions&middot; Commissioning and operational readiness inputsJob Types: Full-time, Contract Contract length: 12 monthsAbility to commute/relocate:<ul><li>Dubai: Reliably commute or willing to relocate with an employer-provided relocation package (Required)</li></ul>Education:<ul><li>Bachelor's (Required)</li></ul>Experience:<ul><li>transmission systems: 10 years (Required)</li><li>HVDC systems, interconnection engineering: 10 years (Required)</li><li>utility-scale power system integration: 10 years (Required)</li></ul>Location:<ul><li>Dubai (Preferred)</li></ul>Willingness to travel:<ul><li>75% (Required)</li></ul>Work Location: In person

HVDC / Back-to-Back (B2B) Converter SME

ITEX

Company Description:ITEX is a leading provider of ICT, Security, ELV, and AV solutions in Dubai, United Arab Emirates. Since 2017, we have been delivering innovative technologies and exceptional services to a diverse clientele across various industries. Our dedicated team of professionals is committed to driving business success through advanced technologies and systems integration. We believe in the power of technology to transform businesses and offer expertise in security systems, audio-visual setups, ICT infrastructure, and smart IoT solutions.Role Description:As a Pre-Sales Engineer, you will responsible for providing technical expertise and support during the pre-sales process. This role involves understanding customer requirements, designing tailored security solutions, and presenting proposals that align with the client's needs. The Pre-Sales Engineer works closely with the sales team to ensure the technical feasibility and competitiveness of the proposed solutions.Key Responsibilities:<ul><li>Engage with clients to understand their security requirements, including CCTV, access control, intrusion detection, and other ELV systems.</li><li>Conduct site surveys to assess the environment and identify potential challenges or opportunities for system integration.</li><li>Design customized ELV security solutions, including CCTV systems, video surveillance, access control, and other related technologies.</li><li>Prepare detailed technical proposals, including system architecture, equipment specifications, and cost estimates.</li><li>Ensure solutions comply with industry standards, regulations, and best practices.</li><li>Provide technical support to the sales team during client meetings, presentations, and negotiations.</li><li>Address technical queries from clients and provide clarifications on system capabilities, integration, and functionality.</li><li>Collaborate with vendors and suppliers to stay updated on the latest technologies and products.</li><li>Prepare and deliver high-quality technical documentation, including system drawings, BOQs (Bill of Quantities), and project scope documents.</li><li>Maintain a library of standard solutions, case studies, and technical references.</li><li>Work closely with the sales, project management, and engineering teams to ensure smooth handover of projects post-sales.</li><li>Participate in product training and knowledge-sharing sessions to stay updated on emerging technologies.</li><li>Stay informed about industry trends, competitor offerings, and emerging technologies in the ELV and security systems domain.</li><li>Provide feedback to the product development team based on market needs and customer feedback.</li></ul>Qualifications:<ul><li>Bachelor&rsquo;s degree in Electrical Engineering, Electronics, Telecommunications, or a related field.</li><li>Experience: 3-5 years of experience in ELV systems, CCTV, and security solutions, with a focus on pre-sales or technical consulting.</li><li>Proficiency in designing and implementing CCTV, access control, and intrusion detection systems.</li><li>Familiarity with ELV systems such as structured cabling, public address systems.</li><li>Knowledge of industry standards and regulations (e.g., ISO, EN, NFPA)</li></ul>Job Type: Full-timeWork Location: In person

Pre-Sales Engineer (ICT, Security, ELV, and AV solutions )

Servtech Technical Services llc

Job Summary:We are seeking a skilled PLC/SCADA Engineer to design, develop, implement, and maintain industrial automation systems. The ideal candidate will have hands-on experience with PLC programming, SCADA configuration, and control system integration in manufacturing or process industries.Key Responsibilities:<ul><li>Design, program, test, and troubleshoot PLC (Programmable Logic Controller) systems.</li><li>Develop and maintain SCADA (Supervisory Control and Data Acquisition) applications for monitoring and control.</li><li>Collaborate with cross-functional teams to implement automation solutions.</li><li>Conduct system integration, testing, and commissioning of new automation systems.</li><li>Diagnose and resolve issues in PLC and SCADA systems to ensure smooth operations.</li><li>Prepare technical documentation, including system diagrams, manuals, and reports.</li><li>Ensure compliance with safety, quality, and industry standards.</li><li>Provide technical support and training to operators and maintenance teams.</li><li>Continuously evaluate and improve automation systems for efficiency and reliability.</li></ul>Qualifications:<ul><li>Bachelor&rsquo;s degree in Electrical, Electronics, Instrumentation, Automation, or Mechatronics Engineering.</li><li>Proven experience in PLC programming (Siemens, Allen-Bradley, Schneider, etc.).</li><li>Experience with SCADA systems (Wonderware, Ignition, WinCC, FactoryTalk, etc.).</li><li>Knowledge of industrial networks (Ethernet/IP, Modbus, Profibus, etc.).</li><li>Strong troubleshooting and problem-solving skills.</li><li>Familiarity with industrial safety standards (IEC, NFPA, OSHA).</li><li>Excellent communication and teamwork skills.</li></ul>Job Type: Full-timeWork Location: Remote

PLC/SCADA Engineer

Danway LLC

Danway LLC is looking for an experienced Electrical Engineer with strong UAE experience in the Diesel Generator industry. This is an immediate requirement for our Generator Division.Key Responsibilities &amp; Expertise Required:<ul><li>Minimum 5 years of relevant experience in the Power Generator field</li><li>Mandatory UAE work experience</li><li>Proven expertise in:</li><li>Generator control systems</li><li>Control panel design and integration</li><li>Protection relays &amp; relay coordination</li><li>Electrical protection system design &amp; application</li><li>LV switchgear to DG system interfacing</li><li>Ability to independently manage projects and technical coordination</li></ul>Candidate Profile:<ul><li>Bachelor&rsquo;s Degree in Electrical Engineering</li><li>Immediate joiners highly preferred</li><li>Only candidates with relevant generator industry experience will be considered</li></ul>Interested candidates may send their CV to: ananth.m@danwayllc.comShortlisting will be strictly based on relevant generator and protection system experience.Job Type: Full-time

Senior Electrical Engineer

Position Title: SCADA / Telecom Architect Organization: Ten X Group Work Arrangement: Full-time or project-based annual contract, subject to assignment Location: Syria - as assigned, including remote, austere, and complex operating environments Reports To: Program Technical Lead / Digital Infrastructure Lead / Authorized Project ExecutivePosition SummaryThe SCADA / Telecom Architect is responsible for the planning, architecture, integration, and technical assurance of utility telecommunications, operational communications, SCADA, RTU, substation automation, control center visibility, and cybersecurity baseline requirements for high-voltage transmission and substation infrastructure programs.This role provides end-to-end technical leadership for communications and control system architecture across transmission lines, substations, interconnections, and dispatch interfaces. The position requires a senior specialist with direct experience in utility operational technology environments and the ability to convert fragmented or legacy communications and control environments into resilient, interoperable, secure, and commissionable systems suitable for modern grid operations.Key Duties and Responsibilities&middot; Lead the design and review of telecom and SCADA architecture for transmission backbone, substation rehabilitation, and interconnection programs.&middot; Define the end-to-end communications topology for transmission and substation assets, including primary and backup paths, routing logic, latency considerations, and redundancy philosophy.&middot; Develop and review utility telecom solutions involving OPGW, SDH/MPLS-TP/IP-based utility networks, microwave, fiber termination systems, multiplexing, and related substation telecom infrastructure.&middot; Define SCADA, RTU, gateway, historian, HMI, alarm management, SOE, and dispatch visibility requirements for substations and interconnected assets.&middot; Establish substation automation and remote-control architecture requirements, including IED integration, control logic interfaces, time synchronization, and event management.&middot; Coordinate with Protection &amp; Control, substation, transmission line, and control center teams to ensure full alignment of teleprotection, operational data exchange, remote commands, and disturbance monitoring.&middot; Review and define interface requirements for OPGW integration, fiber allocation philosophy, telecom cabinet arrangements, network segmentation, and routing priorities.&middot; Lead the preparation or review of telecom and SCADA technical specifications, architecture drawings, signal lists, bandwidth analyses, cybersecurity baseline controls, FAT/SAT requirements, and commissioning procedures.&middot; Support procurement strategy, technical bid evaluation, vendor review, design submittal review, and implementation-phase technical clarification.&middot; Define minimum cybersecurity controls for operational technology environments, including segmentation, access control, audit logging, remote access governance, backup/restore logic, and incident response readiness.&middot; Participate in testing, loop checks, protocol validation, network performance testing, SCADA point-to-point verification, and control system commissioning.&middot; Support post-energization stabilization, defect resolution, documentation closeout, and operational handover to utility or operator teams.&middot; Ensure that all telecom and SCADA solutions are fit for purpose, maintainable, interoperable, and aligned with grid reliability and operator usability requirements.Minimum Required Education&middot; Bachelor&rsquo;s degree in Electrical Engineering, Telecommunications Engineering, Electronics Engineering, Computer Engineering, Control Systems Engineering, or closely related discipline from an accredited institution.Preferred Education&middot; Master&rsquo;s degree in Telecommunications, Power Systems, Control Systems, Cybersecurity, Digital Infrastructure, or related field.&middot; Specialized postgraduate training in utility communications, SCADA architecture, or critical infrastructure OT systems is advantageous.Minimum Required Experience&middot; Minimum 8 years of directly relevant experience in utility telecom, SCADA, substation automation, OT systems, or related critical infrastructure communications environments.&middot; Minimum 5 years of experience supporting HV/EHV substations, transmission networks, control systems, or utility operational communications.&middot; Demonstrated experience designing, integrating, reviewing, or commissioning utility-grade telecom and SCADA systems.&middot; Demonstrated experience supporting brownfield upgrades, legacy integration, or multi-vendor operational environments.Required Technical ExperienceCandidates should demonstrate substantial experience in most of the following:&middot; Utility telecom network architecture&middot; SCADA and RTU systems&middot; Substation automation systems&middot; OPGW-based communications infrastructure&middot; Fiber optic transmission systems and terminations&middot; Utility WAN/LAN design for substations and dispatch environments&middot; Tele-protection communications support requirements&middot; Protocols and integrations relevant to utility operations&middot; Gateway and data concentration architectures&middot; Time synchronization systems&middot; HMI, alarm, SOE, and event management systems&middot; Control center and dispatch visibility requirements&middot; Brownfield integration of legacy and modern systems&middot; FAT, SAT, loop checks, point-to-point testing, and commissioning&middot; OT cybersecurity baseline controls for utility environmentsPreferred Sector ExperienceStrong preference will be given to candidates with experience in one or more of the following:&middot; National grid modernization or backbone rehabilitation programs&middot; Transmission and interconnection communications systems&middot; Cross-border interconnection visibility and control environments&middot; Donor-funded, lender-reviewed, utility, EPC, or owner&rsquo;s engineer assignments&middot; Fragile, post-conflict, or security-constrained infrastructure programs&middot; Legacy SCADA replacement or partial migration environments&middot; Operational substations requiring staged digital cutoversRequired Certifications / LicensesAt least one of the following is strongly preferred, and candidates with multiple credentials will be prioritized:&middot; Professional Engineer / Chartered Engineer / equivalent engineering licensure in a relevant jurisdiction, where applicable&middot; Valid driver&rsquo;s license and ability to travel to field locations as required&middot; Recognized electrical, telecom, or industrial safety training relevant to field and commissioning environmentsPreferred Certifications&middot; CCNP, CCIE, JNCIP, or equivalent network engineering certification&middot; IEC 61850, utility automation, or SCADA platform certification/training&middot; Fiber optic installation, testing, or telecom systems certification&middot; CISSP, GICSP, ISA/IEC 62443, Security+, or equivalent OT/cybersecurity certification&middot; OEM-specific SCADA, RTU, SAS, or telecom system training&middot; PMP or equivalent project management certification&middot; OSHA, IOSH, NEBOSH, or equivalent safety certificationCore Competencies&middot; Utility telecom and SCADA architecture&middot; OT systems integration&middot; Network resiliency and redundancy planning&middot; Operational usability and maintainability focus&middot; Cybersecurity-aware engineering judgment&middot; Interface management across telecom, P&amp;C, and operations&middot; Technical specification development&middot; FAT/SAT and commissioning rigor&middot; Troubleshooting and root-cause analysis&middot; High-standard technical documentationFunctional Skills&middot; Ability to design practical, utility-grade telecom and SCADA architectures for brownfield and greenfield environments&middot; Ability to define resilient communications paths and avoid single points of failure&middot; Ability to coordinate complex interfaces between OPGW, telecom nodes, RTUs, IEDs, gateways, and control centers&middot; Ability to assess legacy systems and determine migration, integration, or replacement pathways&middot; Ability to establish minimum viable OT cybersecurity controls without compromising operational practicality&middot; Ability to review vendor architectures and identify technical gaps early&middot; Ability to support commissioning teams through system bring-up, signal validation, and operational acceptanceLanguage Requirements&middot; Professional fluency in English, written and spoken, is required.&middot; Arabic is highly desirable.&middot; Additional regional language capability is advantageous but not required.Deliverables Typically Expected&middot; Telecom and SCADA architecture narratives&middot; Communications topology diagrams&middot; OPGW and fiber utilization/interface requirements&middot; SCADA point list and signal mapping review inputs&middot; RTU/gateway/integration specifications&middot; Network redundancy and routing strategy memoranda&middot; Cybersecurity baseline control requirements&middot; FAT/SAT procedures and test scripts&middot; Point-to-point and commissioning checklists&middot; Operational handover and as-built documentation inputsJob Types: Full-time, Contract Contract length: 12 monthsAbility to commute/relocate:<ul><li>Dubai: Reliably commute or willing to relocate with an employer-provided relocation package (Required)</li></ul>Education:<ul><li>Master's (Required)</li></ul>Experience:<ul><li>utility telecom, SCADA, substation automation: 8 years (Required)</li><li>OT systems: 8 years (Required)</li></ul>Location:<ul><li>Dubai (Preferred)</li></ul>Willingness to travel:<ul><li>75% (Required)</li></ul>Work Location: In person

SCADA / Telecom Architect

Position Title: HV Substation Engineer (400/230/66 kV) Organization: Ten X Group Work Arrangement: Full-time or project-based annual contract, subject to assignment Location: Syria - As assigned, including fragile and complex operating environments Reports To: Program Technical Lead / Substation Engineering Manager / Authorized Project ExecutivePosition SummaryThe HV Substation Engineer (400/230/66 kV) is responsible for the technical planning, engineering, rehabilitation, upgrade, and implementation support of high-voltage and extra-high-voltage substations. The role covers substation configuration, transformer integration, switchgear systems, bus arrangements, auxiliaries, DC systems, earthing, control and protection interfaces, testing, commissioning, and handover readiness.This position requires a senior substation engineer with direct experience in brownfield and greenfield HV/EHV substations and the ability to convert technical requirements into buildable, procurement-ready, utility-grade delivery packages. The successful candidate must be capable of operating at owner&rsquo;s engineer, lender-review, EPC interface, and implementation support level.Key Duties and Responsibilities&middot; Lead technical assessment and engineering review of existing HV and EHV substations, including condition, operability, rehabilitation needs, and upgrade priorities.&middot; Develop technical recommendations on substation rehabilitation, reconfiguration, extension, or partial replacement strategies.&middot; Define and review substation layouts, busbar schemes, bay arrangements, equipment interfaces, maintainability requirements, and future expansion considerations.&middot; Prepare or review technical requirements for power transformers, autotransformers, switchgear, circuit breakers, disconnectors, instrument transformers, surge arresters, neutral grounding systems, and associated plant.&middot; Evaluate and recommend appropriate substation technologies, including AIS, GIS, hybrid configurations, and modular solutions, as applicable to space, security, reliability, and lifecycle considerations.&middot; Define engineering requirements for station service systems, AC/DC auxiliaries, batteries and chargers, LV distribution, lighting, HVAC, fire detection and suppression, oil containment, drainage, and access control.&middot; Review or prepare earthing and lightning protection concepts, cable routing philosophy, trenching requirements, and control building interfaces.&middot; Coordinate closely with protection and control, SCADA, telecom, civil, structural, and mechanical teams to ensure full integration and operability.&middot; Support preparation of owner&rsquo;s requirements, technical specifications, bills of quantity, technical schedules, inspection and test plans, FAT/SAT criteria, and commissioning procedures.&middot; Support procurement strategy, technical bid evaluation, vendor drawing review, contractor design review, site queries, and implementation oversight.&middot; Participate in factory inspections, site acceptance processes, energization planning, snag resolution, and operational handover support.&middot; Contribute to technical risk assessments, cost inputs, phasing logic, outage planning, construction sequencing, and system restoration priorities.&middot; Ensure all engineering outputs comply with applicable international standards, utility practice, and project-specific technical and compliance requirements.Minimum Required Education&middot; Bachelor&rsquo;s degree in Electrical Engineering, Power Engineering, or closely related discipline from an accredited institution.Preferred Education&middot; Master&rsquo;s degree in Electrical Power Systems, High Voltage Engineering, Utility Engineering, or related field.&middot; Specialized postgraduate training in substation engineering, high-voltage systems, or utility asset management is advantageous.Minimum Required Experience&middot; Minimum 8 years of directly relevant experience in HV/EHV substation engineering, rehabilitation, detailed design, implementation support, or commissioning.&middot; Minimum 5 years of experience involving 220 kV, 230 kV, 400 kV, 66 kV, or equivalent utility-scale substation systems.&middot; Demonstrated experience in brownfield substation rehabilitation and/or extension works.&middot; Demonstrated experience supporting EPC, design-build, utility, or owner&rsquo;s engineer delivery environments.Required Technical ExperienceCandidates should demonstrate substantial experience in most of the following:&middot; High-voltage and extra-high-voltage substation engineering&middot; 400/230/66 kV transformer and bay integration&middot; AIS, GIS, and hybrid switchyard configurations&middot; Circuit breakers, disconnectors, CTs, VTs/CVTs, and surge arresters&middot; Busbar arrangements and substation reliability philosophy&middot; AC and DC auxiliary systems&middot; Battery and charger systems&middot; Earthing and lightning protection systems&middot; Cable systems, terminations, and control interfaces&middot; Fire protection, oil containment, drainage, and safety systems&middot; Brownfield substation rehabilitation and outage-constrained works&middot; Factory acceptance testing, site acceptance testing, and commissioning supportPreferred Sector ExperienceStrong preference will be given to candidates with experience in one or more of the following:&middot; National grid rehabilitation or emergency restoration programs&middot; Post-conflict, fragile, or security-constrained environments&middot; Utility modernization or substation uprating programs&middot; Cross-border interconnection substations&middot; Multilateral, donor-funded, or lender-reviewed infrastructure projects&middot; Projects requiring coordination between legacy infrastructure and new plant installations&middot; Operational substations with staged outage and sequencing constraintsRequired Certifications / LicensesAt least one of the following is strongly preferred, and candidates with multiple credentials will be prioritized:&middot; Professional Engineer / Chartered Engineer / equivalent engineering licensure in a relevant jurisdiction&middot; Valid driver&rsquo;s license and ability to travel to project sites as required&middot; Construction or industrial safety training relevant to field engineering assignmentsPreferred Certifications&middot; Chartered Engineer (CEng), PE, EUR ING, or equivalent&middot; High-voltage engineering or substation design certification/training&middot; Transformer specialist training&middot; GIS/AIS OEM training or equivalent equipment-specific training&middot; OSHA, IOSH, NEBOSH, or equivalent construction safety certification&middot; PMP or equivalent project management certification&middot; FIDIC contract awareness training is advantageousCore Competencies&middot; HV/EHV substation technical expertise&middot; Brownfield engineering judgment&middot; Equipment integration and interface control&middot; Testing and commissioning discipline&middot; Procurement-grade specification development&middot; Technical QA/QC&middot; Multidisciplinary coordination&middot; Operational practicality and maintainability focus&middot; Technical problem-solving under implementation constraints&middot; Clear reporting and engineering documentationFunctional Skills&middot; Ability to assess substation assets and define realistic rehabilitation interventions&middot; Ability to compare and recommend AIS, GIS, or hybrid options based on technical and commercial realities&middot; Ability to define transformer and primary plant requirements with precision&middot; Ability to coordinate civil, structural, MEP, telecom, SCADA, and P&amp;C interfaces&middot; Ability to review vendor and contractor submittals and identify technical risk early&middot; Ability to support staged construction in live substations and constrained outage environments&middot; Ability to convert engineering scope into procurement-ready package structureLanguage Requirements&middot; Professional fluency in English, written and spoken, is required.&middot; Arabic is highly desirable.&middot; Additional regional language capability is advantageous but not required.Deliverables Typically Expected&middot; Substation condition assessment reports&middot; Rehabilitation and upgrade recommendations&middot; Transformer and primary equipment technical specifications&middot; Bus configuration and substation arrangement recommendations&middot; Auxiliary systems design criteria and schedules&middot; Earthing and lightning protection criteria&middot; FAT/SAT and commissioning requirements&middot; Technical bid evaluation inputs&middot; Vendor drawing review comments&middot; Site engineering reports and handover readiness inputsJob Types: Full-time, Contract Contract length: 12 monthsAbility to commute/relocate:<ul><li>Dubai: Reliably commute or willing to relocate with an employer-provided relocation package (Required)</li></ul>Education:<ul><li>Master's (Required)</li></ul>Experience:<ul><li>HV/EHV substation engineering: 8 years (Required)</li><li>commissioning: 8 years (Required)</li><li>detailed design &amp; rehabilitation: 8 years (Required)</li></ul>Location:<ul><li>Dubai (Preferred)</li></ul>Willingness to travel:<ul><li>75% (Required)</li></ul>Work Location: In person

HV Substation Engineer (400/230/66 kV)

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