John Brockman serves as the Principal Engineer at Brockman Systems LLC, where he leverages his extensive expertise in automation and motion control to revolutionize the landscape of composite processing machinery. With a focus on PC-based CNC control systems, John has been instrumental in designing innovative...
John Brockman serves as the Principal Engineer at Brockman Systems LLC, where he leverages his extensive expertise in automation and motion control to revolutionize the landscape of composite processing machinery. With a focus on PC-based CNC control systems, John has been instrumental in designing innovative solutions tailored specifically for advanced applications such as tapelayers and fiber placement systems. His role encompasses the intricate design and implementation of motion control systems that enhance the efficiency and precision of composite manufacturing processes.
A key aspect of John’s work involves developing sophisticated tensioning applications and position tracking systems that ensure optimal performance across multiple servo motor axes. His proficiency in flying knife cutting systems and pole placement digital filters underscores his commitment to pushing the boundaries of what is possible in the realm of composite processing. By integrating cutting-edge control systems design with robust software development practices, John has successfully driven product development initiatives that meet the evolving demands of the industry.
In addition to his technical acumen, John excels in systems engineering and manufacturing engineering, allowing him to approach challenges holistically. His program management skills further enable him to lead cross-functional teams effectively, ensuring that projects are delivered on time and within budget. As a Servo Control Engineering Consultant, John Brockman continues to be a pivotal figure in advancing automation technologies, making significant contributions to the field of composites and setting new standards for performance and reliability in automated machinery.
