Richard Hinchliffe
About Richard Hinchliffe
Richard Hinchliffe serves as the Principal Systems Engineer for Precision Control Systems at Ultra Electronics Group, a position he has held since 1997 in Cambridge, England. He earned a PhD in Transonic Flow and a Master of Arts in Engineering (Fluid Mechanics) from the University of Cambridge.
Work at Ultra Electronics Group
Richard Hinchliffe has served as Principal Systems Engineer in Precision Control Systems at Ultra Electronics Group since 1997. His role involves overseeing the development and implementation of advanced control systems, contributing to the company's reputation in precision engineering. With over 27 years of experience at the organization, he has played a significant part in various projects and initiatives that align with the company's objectives in the defense and aerospace sectors. His long tenure reflects a deep commitment to the field and the organization.
Education and Expertise
Richard Hinchliffe holds a Doctor of Philosophy (PhD) in Transonic Flow from the University of Cambridge, which he completed from 1990 to 1993. Prior to this, he earned a Master of Arts (MA) in Engineering with a focus on Fluid Mechanics at the same university between 1986 and 1989. His academic background provides a strong foundation in fluid dynamics and control systems, enhancing his expertise in precision engineering applications.
Background
Richard Hinchliffe's educational journey at the University of Cambridge laid the groundwork for his career in engineering. His studies in fluid mechanics and transonic flow have equipped him with specialized knowledge that he applies in his current role. Based in Cambridge, England, he has become an integral part of the engineering community, contributing to advancements in precision control systems.
Achievements
Throughout his career at Ultra Electronics Group, Richard Hinchliffe has been involved in numerous projects related to precision control systems. His extensive experience and educational background have enabled him to tackle complex engineering challenges effectively. His contributions have supported the development of innovative solutions within the defense and aerospace industries, although specific projects and outcomes are not detailed.