Sean Fallon Email & Phone Number

Chicago, IL, US

Chicago, Illinois, US

Responsible for building and leading the following Hecate teams and functional areas:- Solar Development Engineering (50+ GW)- Storage Development Engineering (15+ GW)- Wind Development Engineering (multiple GW)- Technical Procurement & Supply Chain Evaluation for Solar, Storage, Wind projects- Electrical Engineering- Civil/Structural Engineering.

Chicago, Illinois, US

Led project engineering strategy and execution across Hecate solar, storage, and wind pipelines from initial project siting to construction completion. - Developed strategy to build engineering and EPC teams based on Hecate’s flat, matrix-based organization style. Recruited candidates with a diverse set of industry expertise and led 12 people across newly.

I built and lead a 12-person international Board of Directors comprised of senior policy professionals, nonprofit founders, corporate leaders, and climate negotiators. Together, my team and I manage the executive team, organizational strategy, financial stability, and corporate governance for Care About Climate, a 100+ volunteer international non-profit.

Chicago, IL, US

-Specialized in Energy & Resource Modeling, Design Optimization, Capacity/Functional Testing, Solar Recycling-Managed various best practices, deliverable reviews, & process improvement initiatives, including Solar + Storage-Led engineering efforts for 400 MWac of projects in construction and other late-stage projects

Chicago, IL, US

-Lead Solar Engineer for Invenergy’s Central Development Region-Managed technical aspects of design, financing, and construction for the now-operational 150 MWac/ 200 MWdc Hardin Solar 1 in Ohio-Lead Engineer for ~20 mid-stage and late-stage solar projects totaling >3.5 GW. Responsible for evaluating all technical aspects of project design including.

Chicago, IL, US

Solar Project Engineering Team Member:- Primary Engineer for 50+ utility-scale solar projects in early, mid, and late-stage development totaling >10 GW -Responsibilities include site screening, Measure-Correlate-Predict resource assessment, consultant management (Geotech, Hydrology, Corrosion, Topography), 3rd Party Electrical, Civil, and Structural.

St. Louis, MO, US

• Helped develop an RFP for the installation of >1 MW of new campus Solar PV installations
• Determined determine optimal number and type of EV chargers for a new 880 space garage based on EV adoption and charging technology trends
• Researched Virtual Power Purchase Agreements (VPPAs) and arranged meetings with leading university VPPA adopters
• Created an database of all university-owned Solar PV and Solar Thermal assets to monitor monthly production
• Developed a work plan and met with contractors to relocate a Solar Carport in order to maximize usage and public exposure

St Louis, Missouri, US

• Evaluated 700+ business prospects; developed specific buyer personas to drive future marketing strategies
• Conducted a comparative residential solar modeling analysis for Helioscope, PV Watts, and Aurora
• Helped migrate 7 design, financial, CRM, and project management tools into 2 fully-integrated software systems
• Quantified StraightUp Solar’s internal energy efficiency to achieve ENERGY STAR Certification

Ireland | UK | Europe, IE

• Sole undergraduate on an MBA Practicum team determining U.S. market entry strategies for an Irish wastewater company; Technology Specialist and Brewing Industry Lead
• NVP Energy uses proprietary anaerobic digestion technology to treat brewing, malting, dairy, & meat wastewater
• Evaluated manufacturing partners, reached out to more than 200 potential customers, and developed relationships with multiple industry experts to implement our Market Entry Strategy
• Presented findings to senior company management in Galway, Ireland and wrote a 40+ page white paper report

Irving, Texas, US

• Reviewed Combined-Cycle Gas Turbines (CCGT) performance for reliable long-term operation and cost-saving through the incorporation of targeted water chemistry programs designed to maintain system stability and reduce.
• Reduced chemical parameter monitoring time from 2 hours to 2 minutes for Dynegy’s entire fleet of Eastern US CCGT plants + 2 coal power plants by creating a PI Process Book page able monitor key chemical parameters and.
• Customized water chemistry monitoring templates for 15 power plants, interpreted quarterly data, and presented findings to station management
• Assisted in conducting weekly chemical maintenance of the Cooling Water system for Zimmer Power Station and work with the Lab Manager to reduce costs and increase treatment effectiveness

Bachelor Of Science (B.S.), Chemical Engineering; Economics & Strategy; Energy Engineering

Certificate In Renewable Energy And The Environment

Education record