• Coordinated civil, mechanical, and electrical engineering disciplines to create engineering drawings and projectdesigns, meeting client, code, and contract expectations for a 122 MWDC utility-scale solar PV project.• Fostered long-term relationships with customers by identifying critical needs and driving mutually beneficialsolutions.• Ensured compliance with design criteria, permitting, and material requirements through coordination withprocurement, scheduling, construction, commissioning, and operations and maintenance teams.• Managed engineering design and project documentation using Viewpoint, Procore, Smartsheet, and Sharepoint.• Supervised Field Engineers, promoting their career development through Koch’s Principle Based Managementphilosophies.

• Successully oversaw the engineering, construction and commissioning of a 150 MW solar power plant, ensuring coherent project execution to provide the client a fully functional renewable power generating plant • Collaborated with local AHJs, internal and external teams to manage all aspects of the project construction, site progress tracking, stakeholder coordination, compliance with engineering drawings, and regulatory permits, • Utilized drone technology to take aerial photos of the project site, create DroneDeploy project maps, determine the effects of shading, and track progress to finalize punch-lists and as-builts• Created and conducted First Article Inspections (FAIs) to verify construction was completed to engineered design specifications and standards • Created and managed Requests for Information (RFIs) and construction material submittals between construction teams, engineers, vendors, and owners • Performed Storm Water Pollution Precention Plan (SWPPP) inspections to ensure the construction site maintained environmental compliance

• Working with four families and a school in Nicaragua to provide fresh water for their use by designing a rainwater treatment system.• Created site plans for each of the sites where the water treatment system will be placed• Conducted meetings with professional engineers in order to help plan the next phases of the project• Monitor and evaluate of project throughout all phases• Conduct impact assessment of projects throughout the project• Responsible for monitoring communications with community and local non-governmental organization• Work with the project team to create a timeline of events, focus deadlines for official documentation three months prior to the next assessment trip

• Used a prototype Peltier heat flux sensor to conduct experiments in various test conditions to determine the sensors ability to measure heat flux in different conditions• Tested for the effect of changing the wire resistance in the sensor in order to determine if the sensor can correctly measure the heat flux• Tested for the effect of changing the airflow of the surrounding air around the heat flux sensor• Key purpose: To develop a heat flux sensor using a Peltier element in order to eliminate the change in the surrounding temperature that conventional heat flux sensors struggle with• Co-authored an article entitled, “Necessary condition for measurement of heat flux sensor using a thermoelectric module” with Tsuneyoshi Matsuoka.