Hillary Bradley serves as the Operations Manager at Kingfa Sci. & Tech. USA, where she leverages her extensive experience in the automotive manufacturing sector to drive operational excellence and enhance production efficiency. With a robust background that encompasses the production of headliners, doors, fascias, and...
Hillary Bradley serves as the Operations Manager at Kingfa Sci. & Tech. USA, where she leverages her extensive experience in the automotive manufacturing sector to drive operational excellence and enhance production efficiency. With a robust background that encompasses the production of headliners, doors, fascias, and fasteners, Hillary has developed a keen understanding of the intricacies involved in high-volume manufacturing processes. Her expertise is particularly evident in her adept management of both union and non-union facilities, allowing her to navigate complex workforce dynamics effectively.
In her current role, Hillary leads the day-to-day operations of the production process, overseeing a diverse team of departmental managers and plant supervisors. She is committed to fostering a culture of continuous improvement, regularly engaging in brief morning walks with supervisors to assess productivity and address any immediate challenges. Her immersion in safety protocols, including the implementation of 6S methodologies and adherence to OSHA and EPA standards, underscores her dedication to maintaining a safe and efficient work environment.
Hillary's proficiency in advanced manufacturing techniques, such as injection molding and value stream mapping, complements her knowledge of quality management systems like TS16949 and QS9000. Additionally, her experience with automation technologies, including Fanuc robots, positions her as a forward-thinking leader who embraces innovation to optimize production workflows. Through her strategic leadership and commitment to operational excellence, Hillary Bradley is instrumental in driving Kingfa Sci. & Tech. USA's mission to deliver high-quality automotive components while enhancing overall productivity and safety standards.
