Brittany Faconti
About Brittany Faconti
Brittany Faconti serves as a Senior Supply Chain Systems Improvement Analyst at Swell Energy, where she has worked since 2021. With a background in Biochemical Engineering from the University of California, Davis, she specializes in procurement, supply chain management, and database design.
Work at Swell Energy
Brittany Faconti has been employed at Swell Energy since 2019, initially serving as Procurement and Production Manager. In this role, she has focused on supply chain management and procurement processes. In 2021, she transitioned to the position of Sr. Supply Chain Systems Improvement Analyst, where she continues to apply her expertise in analyzing sales, purchase, and production order data. Her work contributes to optimizing supply chain operations within the Denver Metropolitan Area.
Education and Expertise
Brittany Faconti holds a Bachelor of Science degree in Biochemical Engineering from the University of California, Davis. Her educational background provides a strong foundation for her work in supply chain management. She specializes in database design, focusing on data modeling, normalization, and referential integrity. This expertise supports her analytical capabilities in her current roles.
Background
Brittany Faconti has developed a skill set in procurement and supply chain management over her career. She is proficient in utilizing the Microsoft Office Suite, including Access, Excel, OneNote, Outlook, Project, Visio, and Word. Her experience includes creating and editing complex SQL queries using Microsoft Access visual query builder, which enhances her ability to manage data effectively.
Achievements
Brittany Faconti has demonstrated proficiency in automating processes through the use of macros and Microsoft Access Visual Basic for Applications. Her skills in analyzing historical, current, and expected sales data have contributed to improved decision-making in supply chain operations. Her work at Swell Energy reflects her commitment to enhancing supply chain systems.