Marisa Lee
About Marisa Lee
Marisa Lee is a Senior Project Manager at Energy Solutions, where she has worked since 2021 in the San Francisco Bay Area. She specializes in strategic planning for energy efficiency advocacy and has a diverse background in project management and marketing.
Work at Energy Solutions
Marisa Lee has been employed at Energy Solutions as a Senior Project Manager since 2021. In this role, she operates in the San Francisco Bay Area and focuses on strategic planning to support advocacy program goals and project outcomes related to energy efficiency. Her responsibilities include directing the production of information campaigns, outreach efforts, and engagement materials aimed at promoting energy efficiency. Marisa also conducts literature reviews, data analysis, and policy research to advocate for energy reduction and grid resilience.
Previous Experience in Project Management
Before her current position, Marisa Lee worked at Energy Solutions as a Project Manager from 2019 to 2021 in Portland, Oregon. In this capacity, she facilitated the progress of multiple projects simultaneously, ensuring successful conclusions. Her prior experience includes roles at Advanced Home Energy, where she served as the Incentive Funding Manager from 2010 to 2012 and as the Marketing Manager from 2012 to 2014, both in the San Francisco Bay Area.
Educational Background
Marisa Lee studied at the University of California, Davis, where she earned a Bachelor of Arts degree from 2003 to 2007. This educational background provided her with foundational knowledge that supports her career in project management and energy efficiency advocacy.
Background in Creative Problem Solving
Marisa Lee has a background in collaborating with creative individuals, including artists, photographers, crafters, and designers. This experience has equipped her with skills to identify and solve problems effectively. Additionally, she briefly worked as a Quality Assurance Production Designer at Tiny Prints in 2009, where she contributed to quality control processes.