Emma Carson
    
													
							Emma L. Carson is a Senior Operations Research Analyst at the Bonneville Power Administration (BPA), where she leverages her expertise in mathematics, data analysis, and energy systems to optimize hydroelectric power generation and ensure efficient energy distribution. Her work spans multiple programs, including the Columbia River Treaty between the U.S. and Canada, Environmental Impact Statement Columbia River System Operation studies, and the Energy Imbalance Market Settlements Project. Emma frequently travels to dams across the U.S. and Canada, collaborating with PhDs and other professionals to model reservoirs, regulate water flows, and maintain reliable international water management relationships.
Before joining BPA, Emma served in the United States Navy as a Petty Officer 2nd Class, managing logistics for the Supply Department of the 8th Division and supervising a team of 16 sailors during deployments in the Middle East and Asia. She also gained experience in education, teaching college-level math courses at Western Technical College and supporting students in interdisciplinary programs, reflecting her commitment to mentorship and knowledge sharing.
Emma holds a Master of Science in Mathematics from Emporia State University and a Bachelor of Science in Mathematics from the University of Wisconsin-Eau Claire. Beyond her professional work, she volunteers as a Chemistry Lab Educator at the Oregon Museum of Science and Industry (OMSI), demonstrating her passion for STEM education. Known for her analytical rigor, coding skills, and dedication to process optimization, Emma is committed to using data-driven decision-making to improve operational efficiency and create measurable impact in the energy sector.
					
												• Teaching License - Adult Education, Mathematics, Chemistry
									• Executive Development
									
												• University of Wisconsin-Eau Claire- B.S.
									• Emporia State University- M.S.
									
												• Oregon Museum of Science and Industry