• Provided strategic direction to expand offshore wind energy services and market presence in the U.S.• Drove cross-functional collaboration to identify internal capabilities, clarify roles and structure, promote cross-selling, and share resources and knowledge.• Tripled offshore wind client base and secured new contracts with two major clients after a three-year hiatus.• Established and led global offshore energy team meetings for cross-training and method harmonization.• Developed proposal templates for global offshore wind energy services and drafted technical language for non-standard scopes of work.• Standardized existing services and associated methodology; initiated the development of new services for offshore wind energy assessment based on market trends and client needs.• Conducted and reviewed onshore preconstruction, onshore repower, and offshore wind resource and energy assessments.• Reviewed competitor wind energy assessment reports to support client's full due diligence exercise.• Provided technical advice for non-standard client requests.

• Established internal best practices for floating lidar data analyses with guidance from in-house technical experts.• Responsible for the met campaign design and energy assessment report for the first year of collected data from NYSERDA's floating lidars deployed in New York Bight.• Led proposal preparation, analysis, and review of offshore energy assessments for lease auctions bids and OREC solicitations.• Reviewed competitor wind energy assessment reports to support client's full due diligence exercise.• Analyzed 10-minute SCADA data, fault logs, and monthly operating reports to identify and categorize occurrences of turbine underperformance and availability for operational and repower energy assessments.• Trained team members to perform SCADA analyses, SCADA-based operational energy assessments, offshore energy analyses, and created relevant technical training documents.• Presented an introduction to offshore wind development and preliminary wind resource and energy results in New York Bight at ACP Resource and Technology and ACP Offshore 2020.• Published blog post on measured wind resource in the New York Bight.

• Supervised team of three analysts to deliver high quality bankable energy assessments for preconstruction, operational, repower, and offshore wind projects.• Prepared, reviewed and approved energy assessment reports and proposals.• Managed project timelines, budgets, and client communications.• Created technical training documents for operational energy analyses.• Trained team members to perform repower and offshore wind energy assessments.• Lead author on "Driving Down the Cost of Offshore Energy Through Robust Offshore Layout Optimization" poster, presented at AWEA Offshore WINDPOWER 2018, which emphasized the importance of blockage considerations in offshore wind layout design.

• Performed bankable wind resource and energy assessments for preconstruction, operational, repower, and offshore wind projects and answered technical questions from clients and lenders.• Trained team members to perform preconstruction and operational energy assessments.• Verified meteorological mast sensor dimensions and assessed ground cover and terrain on site for complete due diligence of wind resource and energy assessments.

• Conducted site selection analyses, sited meteorological towers and SODARs, analyzed meteorological data, conducted wind flow modeling, and estimated energy production for preconstruction onshore wind projects.• Worked closely with developers and permitting specialists to understand site constraints, decrease project risk, and design socially responsible turbine layouts for utility-scale wind projects.• Microsited turbine locations with the construction team to minimize construction risk.• Trained a new employee who successfully closed his first wind project less than one year into his hire.• Responsible for the wind resource analysis, turbine layout design, and energy modeling for the 198 MW Bluestem Wind project.

• Tutored 7 students across elementary through high school levels, adapted to their learning styles, and increased test scores by at least one letter grade.

• Reverse-engineered turbocharger samples, created CAD drawings of each component, and catalogued component dimensions to quickly identify models and interchangeable spare parts.• Designed marketing emails using HTML and CSS on Constant Contact, which resulted in an average open rate of 44% as well as a significant increase in sales.

• Collected voltage data using Licor 200 pyranometers and a datalogger and processed data in MATLAB to analyze cloud velocity over the course of a day.• Executed feasibility study of replacing Licor 200 pyranometers with photodiodes or phototransistors to measure irradiance, which could save over 85% in costs.

• Created a preliminary design of a solar-powered lamp post, taking into account the capacity of the battery and size of the solar panel to provide lighting for at least 10 hours.• Designed and built a wind belt using heat-treated bamboo, mylar tape, and salvaged hard drive components, which reported a charge time of 55 hours for a Blackberry at a constant 3 m/s wind speed.

• Lead author on the Various Wind Turbine Technologies report, an explanation of how wind turbines work and comparison of horizontal-axis and vertical-axis turbine technology

• Conducted feasibility assessments for sustainable initiatives and planned the necessary steps for implementation.

• Tutored students in algebra, geometry, AP Calculus, AP Physics, and AP Chemistry.