Vito Pantano

Leading a major electrical infrastructure upgrade programme with a total estimated cost of $400M, including replacement of around 20 substations and 40 HV/MV transformers. Driving coordination and decision-making across client stakeholders, contractors, and suppliers in complex brownfield environments.

Serving as Technical Authority for electrical infrastructure, Fire Detection & Alarm, and BMS systems on data center projects, leading design review, technical compliance, and interface coordination. Also performed full reconstruction of as-built single line diagrams for MV/LV systems.

Prepared operational test procedures for commissioning of HV/MV/LV electrical equipment and power distribution systems for an offshore gas development project. Performed hazardous area and ATEX classification for a mobile pilot unit, supporting equipment selection and regulatory compliance.

Provided technical advisory on power supply systems for superconducting coils within a nuclear fusion experimental facility, including design review and infrastructure planning. Supported integration of high-power electrical systems with Balance of Plant interfaces and power factor compensation using STATCOM.

Served as electrical engineering focal point for a multi-site biofuels programme, supporting technical alignment and decision-making during pre-FEED phase. Coordinated engineering interfaces and defined HV and MV substation concepts and power distribution systems.

Coordinated electrical engineering and design activities for HV/MV/LV power infrastructure in hyperscale data center projects, interfacing with MEP and BMS disciplines. Acted as technical reference for code compliance and led design review and compliance assessment activities.

Coordinated engineering at subcontractors' offices and managed engineering execution and interface management during EPC projects. Managed change orders, technical queries, and claims, and oversaw engineering subcontracts within the Russian Federation.

Responsible for electrical engineering and integration within multi-disciplinary systems for a major refinery project. Led electrical engineering for a hydrocracker complex, including detailed engineering and support for site construction.

Led electrical and instrumentation engineering for a hydrocracker complex, coordinating multi-office project execution. Managed detailed engineering and services to support site construction activities.

Led electrical engineering for brownfield oilfield development projects, including water injection systems, power generation, and new wells electrification. Prepared tender documents, performed technical evaluation, and provided design review and approval.

Led electrical engineering for a water injection system upgrade project, including feasibility study, FEED, and EPC phases.

Led electrical design for a waste management facility, including power distribution, emergency power generation, and LV motor control centres.

Performed FEED electrical design for a 110 kV overhead power line and substation for an office complex.

Performed FEED, detailed engineering, and construction supervision for a hydroelectric power station and wastewater treatment plants.

Provided independent consulting for civil and industrial electrical systems, including LV and MV power systems, substations, photovoltaic parks, automation, and fire protection systems.

Responsible for all aspects of electrical systems design, construction supervision, and maintenance for bank offices in southern Italy. Identified system criticalities and proposed improvements in compliance with safety, functionality, and cost.

Taught IT courses on Windows-based operating systems and Microsoft Office Suite for vocational training programs.

Passed the professional practice examination for the Engineering License at the University of Naples Federico II.

Master's degree in Electrical Engineering from the University of Naples Federico II.