Supports the development of project delivery and technical strategy / engineering workstreams for a 3 GW OSW project off the coast of New York and New Jersey; leads the development of various Project scopes, including onshore and offshore transmission (HVAC & HVDC), cables, interconnection, WTG, foundations, surveys, and battery energy storage to ensure viability and cost-effectiveness. Coordinates across domestic and international Project team – including TotalEnergies’ One Tech organization – to develop a technical solution that aligns cross-functionally with permitting, environmental, procurement, and stakeholder considerations Prepares, maintains, and updates technical work package budgets and schedules that consider the design and development phases through COD; ensures that each technical work package adheres to its schedule and meets planned milestones to facilitate timely execution of overall Project milestones Coordinates technical due diligence processes related to M&A and/or early market assessments Closely coordinating across all permitting workstreams including state, federal / COP. Oversees development of Project’s HVDC and meshed ready components to strengthen grid reliability, provide system redundancy, and offer flexibility for future offshore wind projects. Intimately familiar with NYISO/PJM interconnection process; oversaw the submission of various offshore wind generation facility interconnection requests to NYISO; participated in numerous scoping meetings to date.Represents the Project and company in offshore wind technology research discussions

Supports the development of technical strategy and engineering workstreams for a 3 GW OSW project off the coast of New York and New Jersey; leads the development of various Project scopes, including onshore and offshore transmission, interconnection, WTG, foundations, surveys, H2, and battery energy storage to ensure viability and cost-effectiveness Coordinates closely with the domestic and international Project team – including TotalEnergies’ One Tech organization – to develop a technical solution that aligns cross-functionally with permitting, environmental, procurement, and stakeholder considerations Prepares, maintains, and updates technical work package budgets and schedules that consider the design and development phases through COD; ensures that each technical work package adheres to its schedule and meets planned milestones to facilitate timely execution of overall Project milestones Coordinates technical due diligence processes related to M&A and/or early market assessments Oversees development of Project’s HVDC and meshed ready components to strengthen grid reliability, provide system redundancy, and offer flexibility for future offshore wind projects Represents the Project and company in offshore wind technology research discussions Intimately familiar with NYISO interconnection process; oversaw the submission of various offshore wind generation facility interconnection requests to NYISO; participated in numerous scoping meetings to date

Managed various engineering workstreams and a team of dedicated staff for large-scale U.S. offshore wind projects under development Responsible for identification and evaluation of interface risks, including challenges and opportunities associated with local content strategies, permitting requirements, and other agency interactions Managed deliverables amongst various internal and external engineering experts, located in both Germany and the U.S.

Led various efforts, including planning, strategic analysis, and selection of transmission and interconnection concepts, to facilitate the offtake of OSW projects on the East and West coasts of the United States Served as interconnection lead, driving collaboration with internal design teams, regional ISO/RTOs, utilities, environmental stakeholders, and engineering stakeholders for the successful integration of offshore wind generation projects to the existing high-voltage transmission grid through the development of HVAC/HVDC technology selection, onshore / offshore export cable optimization and routing, inter array cable considerations, onshore and offshore substation design, interconnection and point of interconnection selection analysis.

Senior Engineering Lead for large capital turnkey electrical energy projects with a focus on utility network reliability and new capital improvements. Primary technology focus is on air-insulated substations and flexible AC transmission systems (FACTS).Serves as both internal business and external primary technical interface with all project stakeholders to balance and control cost, risk, commercial obligations schedule & quality. Day to day role acting as technical lead for an international multi-disciplinary engineering and site team. Evaluating, selecting and applying standards, procedures and constructability knowledge to complete greenfield and retrofit projects. The role also requires heavy involvement in commercial and contractual strategy throughout the development of subcontracts, schedule, resource planning and budget management. Daily engineering and construction experience in Protection and Control, SCADA and Network Engineering, NERC CIP, Above and Below Grade Physical and Structural Design, Building Systems and HVAC, Auxiliary and Temporary Power, Transmission and Distribution Systems, Environmental Permitting and Substation Commissioning Services.

Technical project engineering manager with focus on the engineering collaboration of international project teams consisting power systems, control and protection, mechanical and electrical engineering disciplines for Flexible AC Transmission System (FACTS).

Electro-Mechanical Design Engineer concentrating in the Power Transmission Industry. Responsible for electro-mechanical design, equipment specification and technical support for: procurement, studies, site works and construction of Flexible AC Transmission Systems, FACTS Devices, which include both Series and Static Var Compensation.

Technical Marketing role which focuses on the American Flexible AC Transmission Systems (FACTS) market. Role requires both technical and commercial understanding of the North American Power Gird and the interaction between utilities, developers, operators and regulatory entities. Daily activities include strategic market analysis and active involvement in both budgetary and active proposals. Proposal preparation includes coordination and interaction with engineering, legal and marketing teams in both the US and Sweden.

Power and Automation Leaders program. A technical leadership development program working to promote a combination of Engineering, Management and Knowledge of the US Power Market.

Sales Representative covering utilities in the North East Region of the United States. Role involved managing order entry, RFQs and Technical Inquires for Power Products and Power Systems markets. Served as central point of contact between the customer and local business units. Role required Strong communication and organizational skill while being knowledgeable of the Power Utility Market.

Provided quotation, quality control, logistics and technical support for small power transformer industrial customers. Daily activities included quotation and proposal preparation which met the customer’s financial and technical requirements. Served as communication link between engineering, manufacturing and customer during the quotation, design, manufacturing and shipping process.

Worked as energy engineer in conjunction with utilities and accounting department to tracks campus wide energy trends to reduce spending. Networked with local and regional utility companies to better clarify usage and schedules for RTI faculty. Utilities included electrical, natural gas water and sewer.

Performed onsite and analytical engineering services including; cost estimating, building commissioning, claims analyses, contract dispute resolution, constructability reviews, vendor quotes, project scheduling and onsite administration. Projects included work in mechanical, electrical, structural and civil engineering.

Created an HVAC preventative maintenance data base for a 300K SF site to ensure proper upkeep of mechanical systems. Systems include all aspects of the following: boilers, chillers, air handling units, exhaust and energy recovery. Work included working with site engineers and maintenance crew to address problems at hand.

Performed work in Fiber Optics Hardware Applications Department. Worked in lab with mechanical hardware group setting up experiments and working on product design. Worked specifically with the fiber to home mechanical team. Focused on design and tolerance specification to suit the need for American and European clients. Tolerance and specifications included fan, enclosure and thermal couple design.