Anthony Christov
About Anthony Christov
Anthony Christov is a procurement professional with extensive experience in sourcing and value engineering, currently working at Millennium Space Systems, a Boeing Company. He has held various roles in procurement and engineering across multiple companies, including L3Harris Technologies and Haas Automation, and has a strong educational background in mechanical engineering and physics.
Current Role at Millennium Space Systems
Anthony Christov is currently employed at Millennium Space Systems, a Boeing Company, in the Procurement department since 2021. In this role, he is responsible for managing procurement activities and leading high-dollar, high-risk projects. His focus is on streamlining processes and increasing throughput to enhance operational efficiency.
Previous Experience at L3Harris Technologies
Before joining Millennium Space Systems, Anthony worked at L3Harris Technologies. He served as a Buyer 3 from 2019 to 2021, where he was involved in procurement activities for two years in the Greater Los Angeles Area. He also held the position of Commodity Manager for seven months in 2021, contributing to the company's procurement strategies.
Experience at Haas Automation, Inc.
Anthony worked at Haas Automation, Inc. as a Buyer 2: Global Sourcing/Value Engineer from 2018 to 2019. His role involved sourcing and value engineering, focusing on optimizing procurement processes and supplier relationships during his one-year tenure in Oxnard, CA.
Educational Background in Engineering and Sciences
Anthony studied Mechanical Engineering with a minor in Physics at California State University, Northridge, achieving a GPA of 3.72/4.00 from 2015 to 2017. He also attended Los Angeles Valley College, where he earned three Associate of Science degrees in Mathematics and Physics, and an Associate of Arts degree in Economics between 2010 and 2015.
Achievements in Engineering and Procurement
Anthony has received recognition for his contributions in engineering and procurement. He achieved first place in the Design, Overall, and Innovation categories at the Mechanical Engineering Festival for a Human Powered Vehicle project. He also implemented a Total Landed Cost (TLC) model targeting suppliers in various countries, successfully driving down costs and meeting production targets.