Muhammad Faizan MEng PMP MIET

HVDC Equipment Approval Manager – EGL1 Project. - Leading the end-to-end approval of all HVDC equipment for the EGL1 project, ensuring full compliance with SR183 requirements and TGN(E)345 technical guidance. - Manage the submission, review, and approval of comprehensive technical documentation, ensuring alignment with National Grid UK and Scotish Power Energy Networks UK (SPEN) specifications and governance processes. - Perform detailed technical assessments of type test reports, routine test reports, and design verification evidence to confirm compliance with specified standards and performance requirements. - Review engineering deliverables including design specifications, calculations, drawings, and compliance statements, ensuring robust technical assurance in line with SR183 and TGN(E)345. - Act as the key interface between OEMs, EPC contractors, and client stakeholders, driving timely resolution of technical queries, comments, and non-conformances. - Coordinate multidisciplinary engineering teams to address deviations and technical clarifications, ensuring compliant and risk-controlled outcomes. - Establish and maintained structured approval trackers and workflows, improving visibility of approval status and ensuring adherence to project milestones. - Support and participate in design reviews and Factory Acceptance Tests (FAT), ensuring equipment met required technical, quality, and compliance standards prior to acceptance. Ensured full traceability, document control, and audit readiness of all approval-related activities in accordance with quality assurance processes. - Identified and mitigated technical and programme risks associated with equipment approval, proactively preventing delays and ensuring smooth project delivery. - Drive continuous improvement initiatives across approval processes, enhancing efficiency, consistency, and stakeholder coordination.

Eastern Green Link 1 (EGL1) – HVDC Transmission Project Responsible for managing and leading all engineering activities across civil, electrical, automation, telecom and cyber security disciplines. This includes managing the full engineering lifecycle from concept through commissioning, ensuring alignment with safety, quality, cost, and schedule objectives. Key Responsibilities: - Leading and supervising multi-disciplinary engineering teams, including primary, secondary, and civil design functions. - Managing all engineering work packages, ensuring technical consistency and integration across disciplines. - Overseeing preparation, review, and consolidation of technical specifications, drawings, and documentation. - Ensuring timely delivery of engineering outputs and partner deliverables with appropriate quality and compliance. - Driving the engineering schedule, monitor progress, and align with procurement, construction, and commissioning milestones. - Managing technical interfaces with internal teams, customers, partners, and third-party contractors. - Leading engineering change control processes, including scope changes, variation orders, and claims. - Representing the project in customer meetings, design reviews, and technical negotiations. - Supporting Factory and Site Acceptance Testing (FAT/SAT) and ensure validation of design deliverables. - Monitoring and controlling engineering budgets, identify cost-saving opportunities, and report deviations. - Ensuring compliance with customer requirements through clause-by-clause analysis and technical queries. - Contributing to strategic decision-making, risk mitigation, and continuous improvement across the engineering function. This role is central to delivering one of the UK’s most complex and high-value energy infrastructure projects within HVDC domain, ensuring technical excellence and integrated project execution at every stage.

As an Engineering Work Package Engineer in Offshore Wind, I play a critical role in the successful execution of complex offshore wind projects, managing engineering work packages to ensure efficiency, compliance, and seamless integration across various project phases. With a deep understanding of offshore wind technology, I collaborate with multidisciplinary teams to develop technical solutions that align with industry standards, regulatory requirements, and project objectives. Key Responsibilities: - Develop, coordinate, and manage engineering work packages, ensuring technical accuracy and integration. - Conduct engineering reviews, verifying compliance with regulations, safety protocols, and industry best practices. - Collaborate with cross-functional teams, including design engineers, procurement specialists, and offshore construction experts, to streamline execution. - Support procurement processes by ensuring technical specifications meet project needs and supplier capabilities. - Perform risk assessments, identifying and mitigating challenges associated with offshore wind installations. - Provide engineering expertise during fabrication, installation, and commissioning phases, ensuring optimal performance. - Implement quality assurance measures to uphold safety, reliability, and efficiency across all engineering work packages. - Engage with stakeholders, regulatory bodies, and offshore wind industry professionals to drive continuous improvement and innovation. - Ensure compliance with environmental and sustainability guidelines, contributing to the development of green energy solutions. - Monitor project progress, ensuring timely delivery of engineering work packages. - Provide technical guidance during procurement and construction phases. - Ensure alignment between engineering deliverables and project objectives. - Implement quality control measures for engineering work packages. - Address technical challenges and propose solutions to optimize performance.

▪ Responsible for electrical system packages of entire offshore converter stations, ensuring seamless integration and performance. ▪ Electrical equipment design, selection, and sizing for offshore wind farms, ensuring optimal reliability and efficiency. ▪ Equipment package follow-up throughout design, production, installation, Site Acceptance Testing (SAT) at site, and commissioning phases. ▪ Ensure compliance with relevant regulations, codes, and standards within the supplier’s scope of work. ▪ Provide technical and commercial support to internal teams, customers, and end-users. ▪ Conduct inspections and witness Factory Acceptance Testing (FAT) of equipment packages. ▪ Prepare and issue technical requisitions and performing technical evaluations of supplier offers. ▪ Act as a technical liaison, collaborating with suppliers, clients, and multidisciplinary teams to ensure seamless integration. ▪ Support risk assessments and mitigation strategies for offshore electrical systems. ▪ Oversee documentation, ensuring accuracy and alignment with project specifications. ▪ Handle all technical queries and Non-Conformance Reports (NCRs) from the client, ensuring timely resolution. ▪ Develop and optimize offshore transmission system designs, including AC/DC configurations and cable layout strategies. ▪ Perform power system simulations and cable rating analysis to enhance efficiency and reliability. ▪ Implement advanced electrical protection schemes to safeguard offshore wind infrastructure. ▪ Work as Engineering for Procurement (EfP) to support the entire procurement process techno-commercially, ensuring supplier compliance and cost-effectiveness. ▪ Evaluate supplier proposals, negotiate technical specifications, and ensure procurement aligns with project requirements. With a strong focus on technical excellence, compliance, and collaboration, I ensure the successful execution of offshore wind projects, optimizing electrical systems for performance and reliability.

Project Management & Planning: - Lead project planning, budgeting, and cost analysis, ensuring efficient execution of HV substation and energy infrastructure projects. - Review technical specifications, equipment selection, subcontractor management, and manpower allocation for seamless project delivery. - Establish project controls throughout the lifecycle, ensuring compliance with scope, budget, and program requirements. - Monitor milestones and progress, proactively addressing potential delays and keeping stakeholders informed. - Oversee procurement processes, from vendor inquiries to purchase order issuance, leading negotiations and techno-commercial evaluations. - Manage handover documentation, including as-built drawings, O&M manuals, operational spares, and tools, ensuring smooth project completion. Power Systems Engineering: - Design and optimize 220kV, 132kV, 33kV, and 11kV GIS, LVAC/DC systems, transformers (IBT, IDT & HVDT), capacitor banks, and auxiliary equipment. - Develop single-line diagrams (SLD), general layouts, equipment plans, foundation designs, and trench layouts in alignment with technical specifications. - Perform earthing and lightning system design, including buried earthing, indoor earthing, and structural earthing calculations. - Conduct HV, MV, LV, and DC cable sizing, voltage drop analysis, and prepare Bill of Quantities (BOQs) as per system requirements. - Execute CT and VT selection, stability calculations, and review protection and control schemes for optimal system performance. - Validate battery and charger capacity calculations, ensuring reliability and efficiency in substation operations. - Perform AC & DC system calculations, optimizing LVAC and DC configurations for seamless integration. With a strong foundation in project management, procurement, and power systems engineering, I drive efficiency, compliance, and innovation in high-voltage substation projects.

- Managed project setup requirements, addressing and resolving client technical and commercial queries. - Reviewed technical specifications and drawings, ensuring alignment with project scope and compliance standards. - Developed project management workflow documents, design work packages, and engineering calculations for efficient execution. - Conducted load calculations and scheduling, optimizing resource allocation and project timelines. - Prepared BOQ unit prices as per tender format, including price comparison sheets and final cost summaries for each system. - Arranged and maintained testing equipment, ensuring proper calibration and operational readiness. - Supervised testing and commissioning of electrical equipment for 132/33/11 kV systems, including control and relay panels for transformers, bus couplers, and line feeders. - Ensured site test results met required standards, providing final commissioning clearance for substations. - Coordinated with clients and contractors, ensuring site work was executed as planned and completed within deadlines. - Managed site testing and commissioning activities, applying safety and quality assurance measures for cost-effective execution. - Performed functional validation tests on power transformers, current transformers (CT), voltage transformers (VT), capacitor banks, and air-core reactors. - Tested and commissioned Advanced Protection and Control Relays from leading manufacturers (ABB, GE, Schneider, SEL, Siemens), ensuring seamless integration. - Conducted scheme and interlock checks for protection and control panels, switchgear, and local control cubicles of GIS equipment. - Reviewed and finalized settings and configurations of Protection Relays (IEDs) in accordance with project schemes. With a strong foundation in electrical engineering, project management, and commissioning, I ensure efficient execution, compliance, and technical excellence in high-voltage substation projects.

- Analyzed project scopes and developed conceptual designs for high-voltage electrical systems. - Reviewed technical specifications and drawings, ensuring alignment with project scope and compliance standards. - Coordinated day-to-day project activities, including procurement, operations, and work progress tracking to ensure timely completion. - Prepared project management workflow documents, design packages, and engineering calculations for efficient execution. - Conducted network studies using ETAP, including Load Flow analysis, Short Circuit analysis, Arc Flash studies, Relay Coordination, Harmonic analysis, and Transient Stability assessments. - Performed load calculations, cable sizing, and selection for LV/MV panel boards, MCC, switchgear, transformers, capacitor banks, CTs & VTs, battery banks, generators, solar panels, and electrical cables. - Managed procurement processes, issuing inquiries, gathering offers, preparing comparative analyses, and ensuring timely issuance of purchase orders. - Coordinated material logistics, overseeing shipment, receipt, and safe transportation to construction sites while ensuring cost-effectiveness. - Maintained records of key project milestones, including payments, dispatch clearances, inspection certificates, and site receipt documentation. - Led material procurement preparation, liaising with suppliers to ensure exact requirements and expedited delivery. - Supervised testing and commissioning of electrical equipment and systems, ensuring project completion within turnaround time. - Conducted CT/VT circuit verification tests, including Ratio Test, Polarity Test, Burden Test, Insulation Resistance Test, Winding Resistance, and Saturation Test. - Performed comprehensive transformer testing, including Ratio Test, Insulation Resistance, Turn Ratio, Winding Resistance, Short Circuit and Open Circuit Tests, Dielectric Strength Test of Transformer Oil, and overall transformer validation.

Key Responsibilities: - Oversee antenna orientation and coverage analysis, ensuring optimal network performance and signal strength. - Manage microwave antenna systems and equipment, ensuring seamless data transmission and network stability. - Conduct drive tests for call and internet services, analyzing network quality and identifying areas for improvement. - Monitor and maintain power backup systems, including generators and CS Cube infrastructure, ensuring uninterrupted operations. - Perform network troubleshooting and optimization, collaborating with technical teams to resolve connectivity issues. - Ensure compliance with industry standards and Huawei protocols, maintaining high-quality network operations. - Support network expansion and upgrades, optimizing infrastructure for enhanced service delivery. - Conduct performance evaluations and system audits, ensuring efficiency and reliability in network operations. - Implement preventive maintenance strategies, reducing downtime and improving overall system performance. - Provide technical support and documentation, ensuring seamless communication between teams and stakeholders. With a strong focus on network optimization, equipment reliability, and operational efficiency, I contribute to delivering seamless connectivity and enhanced user experience.

Key Responsibilities & Learning Areas: - Assisted in wireline operations at the wireline yard and field, gaining hands-on experience in industry-standard procedures. - Developed a strong understanding of wireline logging tools, their operations, and troubleshooting techniques. - Observed and supported data acquisition processes, ensuring accuracy in well logging and formation evaluation. - Learned about cased hole and open hole logging, including perforation techniques and well integrity assessments. - Gained exposure to wireline tool calibration, maintenance, and testing, ensuring optimal performance in field operations. - Supported equipment inspections and preventive maintenance, contributing to operational efficiency. - Collaborated with experienced engineers to understand downhole tool deployment and retrieval processes. - Assisted in technical documentation and reporting, ensuring compliance with industry standards. - Developed knowledge of health, safety, and environmental (HSE) protocols, ensuring safe and efficient operations. - Engaged in team discussions and training sessions, enhancing technical expertise and problem-solving skills. This internship provided valuable hands-on experience in wireline engineering, strengthening my technical foundation and industry knowledge in oil and gas well services.

Key Responsibilities & Learning Areas: - Assisted in drilling and measurement operations, gaining hands-on experience in industry-standard procedures. - Developed a strong understanding of MWD (Measurement While Drilling) and LWD (Logging While Drilling) tools, their functionality, and troubleshooting techniques. - Observed and supported real-time data acquisition, ensuring accuracy in well logging and formation evaluation. - Learned about drilling dynamics, wellbore stability, and logging operations at the well-site. - Gained exposure to downhole tool calibration, maintenance, and testing, ensuring optimal performance in field operations. - Supported equipment inspections and preventive maintenance, contributing to operational efficiency. - Collaborated with experienced engineers to understand tool deployment, telemetry systems, and data transmission processes. - Assisted in technical documentation and reporting, ensuring compliance with industry standards. - Developed knowledge of health, safety, and environmental (HSE) protocols, ensuring safe and efficient operations. - Engaged in team discussions and training sessions, enhancing technical expertise and problem-solving skills. This internship provided valuable exposure to advanced drilling technologies, strengthening my ability to analyze well conditions, optimize tool performance, and contribute to efficient drilling operations

Key Responsibilities & Learning Areas: - Assisted in drilling operations at the well-site, gaining hands-on experience in industry-standard procedures. - Collaborated with well-site drilling engineers, supporting real-time decision-making and operational execution. - Observed and participated in rig site activities, including drilling, casing, and wellbore integrity assessments. - Gained exposure to mud logging, formation evaluation, and drilling fluid management, ensuring optimal well performance. - Supported equipment inspections and preventive maintenance, contributing to operational efficiency. - Assisted in data acquisition and analysis, ensuring accuracy in drilling parameters and well performance monitoring. - Developed knowledge of health, safety, and environmental (HSE) protocols, ensuring compliance with industry standards. - Engaged in technical discussions and training sessions, enhancing problem-solving skills and engineering expertise. - Learned about downhole tool deployment, telemetry systems, and drilling optimization techniques. - Contributed to technical documentation and reporting, ensuring seamless communication between teams and stakeholders. This internship provided valuable hands-on experience in drilling engineering, strengthening my technical foundation and industry knowledge in oil and gas field operations.

Distance Learning (DL) Degree Program Modules: ▪ Initiating and Planning of Projects. ▪ Budgeting and Scheduling of Projects. ▪ Managing Project Risks and Challenges.

Major Course Work: ▪ Advance Power System Planning. ▪ Advance Power System Operation and Control. ▪ Advance Power System Protection and Digital Relays. ▪ High Voltage Engineering Design. ▪ Power Systems Insulators. ▪ Power and Energy Management. ▪ Fuzzy Control Systems. ▪ Model Predictive Control (MPC) Systems. ▪ Robust and Infinity Control Systems. Research Work and Dissertation: ▪ A Non-Cooperative Game Theory-based Decentralized Energy Management and Trading in Smart Grid.

Major Course Work: ▪ Electrical Power Systems. ▪ Power System Transmission. ▪ Power System Distribution and Utilization. ▪ Power System Protection. ▪ Power Electronics. ▪ Industrial Electronics. ▪ Linear Feedback Control Systems. Research Work and Dissertation: ▪ Energy Management System using Zigbee Wireless Sensor Network (WSN).