Lead Telecom Design

Job Description- Design/Engineering Manager Position Title- Design / Engineering Manager Location- Dubai, United Arab Emirates Job Purpose- The Design/Engineering Manager is responsible for leading and managing all design and engineering activities across the project lifecycle, ensuring that system designs are technically robust, cost-effective, compliant with specifications, and delivered on schedule. The role oversees multidisciplinary engineering teams and ensures seamless integration between design, procurement, construction, testing, and commissioning for successful project delivery. The position oversees the design and implementation of all Rail systems including telecommunications systems covering transmission networks, fiber optic backbone, IP/MPLS networks, radio communications, passenger information systems, CCTV, telephony, public address systems, master clock systems, data centers, cybersecurity architecture, Onboard telecommunication equipment and associated telecom infrastructure along with Platform screen door, Traction power, Depot Equipment and Guideway. Key Roles & Responsibility- 1. Engineering Management & Leadership - Organize and staff design and engineering functions in coordination with the Project Manager. - Lead multidisciplinary engineering teams across all system and subsystem domains mainly in Telecommunication, PSD and Other railway Systems - Allocate responsibilities to discipline leads and ensure effective coordination. - Establish engineering organization, roles, responsibilities, and resource allocation. - Provide technical leadership and mentoring to System Design engineers and designers. - Manage engineering consultants, subcontractors, and suppliers from telecommunications and other rail systems. 2. Design Planning & Quality Assurance - Establish and implement the Design Quality Assurance Plan in coordination with QA/QC Manager and discipline leads. - Ensure all designs comply with Contractual requirements, applicable standards and codes and Dubai regulatory requirements - Monitor design quality and consistency across all deliverables. 3. Design Development & Review - Oversee development of system and subsystem designs. - Review and approve Design documents, technical specifications, Drawings and calculations - Ensure all deliverables meet required quality before submission to the Project Manager and Client. - Ensure quality of design submission and reduction in design-related change orders and rework, facilitate approval of design documents with The Engineer and client - Manage the design development of all Rail Systems mainly telecommunications subsystems including: - Fiber Optic Transmission Network - IP/MPLS Data Network - Public Address System (PAS) - Passenger Information Display System (PIDS) - CCTV System - Telephone System - Radio Communication System (TETRA/LTE/FRMCS) - Master Clock System - Access Control System - Data Center & Server Infrastructure - Network Management System - Telecommunications Power Supplies - Ensure interoperability between telecom subsystems and other railway systems. - Define and manage end-to-end telecom architecture. - Develop network topology, redundancy concepts, resilience strategies, and disaster recovery provisions. - Support network capacity planning and future scalability - Define and manage onboard telecommunication equipment. 4. Integration & System Engineering - Manage overall system design including Subsystem integration, Interface coordination, Rolling stock/vehicle integration, RAMS (Reliability, Availability, Maintainability, Safety) considerations - Ensure seamless integration between civil, MEP, and rail systems. - Manage all telecom related interfaces along with other railway system with: - Signalling Systems (CBTC, ATP/ATO) - SCADA Systems - PSD Systems - Rolling Stock Systems - OCC/BCC Systems - Civil and Architectural Works - MEP Systems - Depot Systems 5. Cybersecurity & System Protection - Ensure telecom systems comply with railway cybersecurity requirements. - Review cybersecurity architecture and risk assessments. - Support implementation of: - IEC 62443 requirements - ISO 27001 principles - Network segmentation - Access control mechanisms - Security monitoring and incident response - Coordinate with Cybersecurity and System Assurance teams. 6. Schedule & Cost Control - Ensure delivery of engineering outputs in accordance with project schedule. - Manage engineering resources to optimize cost and efficiency. - Ensure designs support efficient procurement, fabrication, and construction. 7. Procurement Support - Support procurement activities through technical evaluations of vendor quotations and review of technical submittals - Ensure selected vendors comply with design and technical requirement 8. Testing, Commissioning & Operations Support - Manage development of System acceptance testing plans, commissioning procedures and Training programs - Oversee commissioning activities and preparation

Engineering Management & Leadership: Organize and staff design and engineering functions in coordination with the Project Manager. Lead multidisciplinary engineering teams across all system and subsystem domains mainly in Telecommunication, PSD and Other railway Systems. Allocate responsibilities to discipline leads and ensure effective coordination. Establish engineering organization, roles, responsibilities, and resource allocation. Provide technical leadership and mentoring to System Design engineers and designers. Manage engineering consultants, subcontractors, and suppliers from telecommunications and other rail systems. Design Planning & Quality Assurance: Establish and implement the Design Quality Assurance Plan in coordination with QA/QC Manager and discipline leads. Ensure all designs comply with Contractual requirements, applicable standards and codes and Dubai regulatory requirements. Monitor design quality and consistency across all deliverables. Design Development & Review: Oversee development of system and subsystem designs. Review and approve Design documents, technical specifications, Drawings and calculations. Ensure all deliverables meet required quality before submission to the Project Manager and Client. Ensure quality of design submission and reduction in design-related change orders and rework, facilitate approval of design documents with The Engineer and client. Manage the design development of all Rail Systems mainly telecommunications subsystems including Fiber Optic Transmission Network, IP/MPLS Data Network, Public Address System (PAS), Passenger Information Display System (PIDS), CCTV System, Telephone System, Radio Communication System (TETRA/LTE/FRMCS), Master Clock System, Access Control System, Data Center & Server Infrastructure, Network Management System, Telecommunications Power Supplies. Ensure interoperability between telecom subsystems and other railway systems. Define and manage end-to-end telecom architecture. Develop network topology, redundancy concepts, resilience strategies, and disaster recovery provisions. Support network capacity planning and future scalability. Define and manage onboard telecommunication equipment. Integration & System Engineering: Manage overall system design including Subsystem integration, Interface coordination, Rolling stock/vehicle integration, RAMS considerations. Ensure seamless integration between civil, MEP, and rail systems. Manage all telecom related interfaces along with other railway system with Signalling Systems (CBTC, ATP/ATO), SCADA Systems, PSD Systems, Rolling Stock Systems, OCC/BCC Systems, Civil and Architectural Works, MEP Systems, Depot Systems. Cybersecurity & System Protection: Ensure telecom systems comply with railway cybersecurity requirements. Review cybersecurity architecture and risk assessments. Support implementation of IEC 62443 requirements, ISO 27001 principles, Network segmentation, Access control mechanisms, Security monitoring and incident response. Coordinate with Cybersecurity and System Assurance teams. Schedule & Cost Control: Ensure delivery of engineering outputs in accordance with project schedule. Manage engineering resources to optimize cost and efficiency. Ensure designs support efficient procurement, fabrication, and construction. Procurement Support: Support procurement activities through technical evaluations of vendor quotations and review of technical submittals. Ensure selected vendors comply with design and technical requirement. Testing, Commissioning & Operations Support: Manage development of System acceptance testing plans, commissioning procedures and Training programs. Oversee commissioning activities and preparation.