Carrie Graeff currently serves as a Product Manager at Anderson Optimization by PVcase, where she leverages her extensive expertise in software development and project management to drive innovation in renewables development site analysis tools. With a passion for creating user-centric software solutions, Carrie is dedicated...
Carrie Graeff currently serves as a Product Manager at Anderson Optimization by PVcase, where she leverages her extensive expertise in software development and project management to drive innovation in renewables development site analysis tools. With a passion for creating user-centric software solutions, Carrie is dedicated to enhancing the efficiency and effectiveness of analytics tools that empower developers and designers in the renewable energy sector. Her role involves not only the conception and development of these tools but also their continual refinement based on user feedback and market trends.
Carrie's strong background in Agile methodologies, honed through her experiences as a product owner and scrum master, enables her to lead cross-functional teams effectively. She utilizes platforms like JIRA and Confluence to streamline project workflows and ensure that all stakeholders are aligned throughout the product lifecycle. Her proficiency in Salesforce.com and Pendo enhances her ability to gather insights and analytics, allowing her to make data-driven decisions that improve user experience and product functionality.
Key projects under her leadership include the development of advanced site analysis tools that utilize cutting-edge algorithms to optimize solar energy site selection and performance forecasting. By integrating customer service principles into her product management approach, Carrie ensures that user needs are at the forefront of product development, fostering a collaborative environment that encourages feedback and innovation. With her deep understanding of Software as a Service (SaaS) solutions, Carrie is committed to delivering high-quality products that not only solve complex problems but also contribute to the sustainable future of energy.
