PMC Lead Telecommunications Engineer

Job Objective

The Lead Telecommunications Engineer is responsible for the design, coordination, and delivery of all telecommunications systems for a large-scale ADNOC detailed engineering project. The role ensures that telecom systems are fully integrated, compliant with ADNOC standards, and aligned with operational, safety, and cybersecurity requirements.

Responsibilities

Key Responsibilities

Engineering Leadership

Lead the design and engineering of telecom systems across the project lifecycle (primarily detailed engineering phase)

Manage and coordinate a team of telecom engineers and designers

Ensure all deliverables meet ADNOC specifications, international standards, and project requirements

System Design & Engineering

Design and oversee the implementation of:

Fiber optic backbone and structured cabling systems

Telephony systems (IP/PABX)

Data networks (LAN/WAN, switches, routers)

Radio communication systems (VHF/UHF, TETRA)

Public Address & General Alarm (PAGA) systems

CCTV and security/surveillance systems

Access control and perimeter security systems

Microwave and wireless communication systems

Integrated telecom systems with SCADA, DCS, and ICS

Project Execution

Deliver telecom engineering outputs including:

Telecom philosophies and design basis

System architecture diagrams

Network layouts and routing drawings

Equipment layouts and room designs

Cable schedules and routing

Ensure alignment with overall project schedule, cost, and quality requirements

Participate in 3D model reviews and ensure telecom integration within plant layout

Interface & Coordination

Interface with client (ADNOC), licensors, EPC teams, and vendors

Coordinate with disciplines including instrumentation, electrical, IT, and control systems

Review and approve vendor documents, datasheets, and technical submittals

Standards & Compliance

Ensure compliance with:

ADNOC standards and specifications

International standards (IEC, ITU, IEEE, NFPA)

Cybersecurity requirements for industrial networks

Support HAZOP, HAZID, SIL, and security risk assessments

Procurement & Vendor Management

Prepare technical requisitions (MRs) and evaluate vendor proposals

Participate in technical bid evaluations (TBE) and vendor selection

Monitor vendor deliverables and ensure compliance with specifications

Construction & Commissioning Support

Provide technical support during construction, installation, and commissioning

Respond to site queries (RFIs) and support troubleshooting activities

Support system testing, FAT, SAT, and handover documentation

Qualifications

Expected:

Bachelor's degree in Telecom Engineering or Electronics and Communications Engineering

Minimum 15+ years’ experience working in telecoms, in large Oil & Gas Facilities having broad knowledge of engineering execution including design standards, specifications, codes, safety criteria, onshore and offshore facilities design, construction and operations

Experience of working with multi - national and multi - cultural project teams is strongly preferred

Competent to carry out the Design activity in the Design-Check-Approve-Authorize cycle, and to check the technical deliverables of designers

General knowledge of other related disciplines

Conversant with relevant Telecommunications national and international standards and has a broad understanding of all aspects of Telecommunications systems and a deep understanding of own specialty.

Proven track record of delivering a portfolio of Telecom EPC projects including complex and multiple vendor projects within international settings

Requires hands on expertise and design experience with telecoms equipment and systems design (OTN, UHF TETRA VHF radio Systems, IP Networks), security (access control, CCTV surveillance networks, fence intruder detection, ANPR), public/emergency announcement (PAGA), and networks (WANs, LANs, Industrial Wireless Networks Wiring, Routers, Switches, Servers etc.) ship/shore communication systems, Hazardous area requirements

Shall be proficient in fiber optic cabling network design, copper cable networks and relevant infrastructure such as duct banks, cable / ladder tray designs. This shall include transition of design engineering to construction deliverables