William Hovey
About William Hovey
William Hovey is a Mechanical Engineering Manager at Boston Scientific with extensive experience in developing automated equipment for high volume manufacturing processes.
Mechanical Engineering Manager at Boston Scientific
William Hovey holds the position of Mechanical Engineering Manager at Boston Scientific. His tenure in this role began in the year 2000, and it spans multiple decades. Located in the United States, William is responsible for overseeing the development of automated equipment aimed at high volume manufacturing processes. His role primarily focuses on ensuring that the production equipment meets stringent performance requirements, all while adhering to budget and timeline constraints.
Machine Design Engineer at Hutchinson Technology
Before his current role, William Hovey worked as a Machine Design Engineer at Hutchinson Technology. From 1993 to 2000, William contributed significant expertise in machine design. During these seven years in Hutchinson, MN, he developed and enhanced machinery to support various manufacturing processes.
Bachelor of Aerospace Engineering and Mechanics from University of Minnesota
William Hovey studied at the University of Minnesota, where he earned a Bachelor of Aerospace Engineering and Mechanics. His academic tenure lasted from 1986 to 1993, and his studies concentrated on design and structures. This educational background provided a strong foundation for his career in mechanical engineering and machine design.
Diploma from Hill-Murray
William Hovey completed his high school education at Hill-Murray, obtaining his diploma in 1986 after four years of study from 1982. This early education established the groundwork for his subsequent academic and professional achievements in the field of engineering.
Expertise in Automated Equipment Development
William Hovey possesses extensive experience in the development of automated equipment for high volume manufacturing processes. In his managerial role, he collaborates with cross-functional teams to establish design requirements and test concepts for manufacturing equipment. His responsibilities ensure that the production machinery not only meets performance standards but also adheres to budgetary and timeline constraints.