Brandon Sanders
About Brandon Sanders
Brandon Sanders is a Buyer II at General Atomics, where he has worked since 2018. He has a background in econometrics and quantitative economics from San Diego State University and previously held positions at Qualcomm as an Associate Buyer and Senior Purchasing Assistant.
Work at General Atomics
Brandon Sanders has been employed at General Atomics as a Buyer II since 2018. In this role, he supports high-priority programs by collaborating with engineers, program managers, and directors. His responsibilities include regularly updating weekly and monthly presentation slides for operations reviews. He plays a significant role in negotiating cost savings and enhancing departmental efficiency. Additionally, he works closely with quality engineers to address quality issues and is frequently tasked with gathering and presenting data for upper management.
Previous Experience at Qualcomm
Brandon Sanders held two positions at Qualcomm. He served as a Senior Purchasing Assistant from 2016 to 2018 for a duration of two years. Prior to that, he worked as an Associate Buyer for four months in 2018. His experience at Qualcomm provided him with a foundation in purchasing and procurement processes, contributing to his expertise in the field.
Education and Expertise
Brandon Sanders studied at San Diego State University, where he focused on Econometrics and Quantitative Economics. He completed his degree in Economics from 2013 to 2015. This educational background has equipped him with analytical skills and a strong understanding of economic principles, which he applies in his current role in procurement.
Professional Responsibilities
In his current position, Brandon Sanders is actively involved in various professional responsibilities. He collaborates with systems analysts to develop trend reports that measure individual and departmental performance. His role requires him to interface with multiple stakeholders and provide data-driven insights to support decision-making processes within the organization.