I joined the staff of EMI in Middlesex in 1951, where I worked for a while on radar and guided weapons and later ran a small design laboratory. During this time, I became particularly interested in computers, which were then in their infancy. It was interesting, pioneering work at that time: drums and tape decks had to be designed from scratch.

In this quote, Godfrey Hounsfield reflects on his early career and the pioneering work he did at EMI in Middlesex in 1951. At the time, he was involved in radar and guided weapons, which were cutting-edge technologies of that era. Hounsfield eventually moved to running a small design laboratory, where he became particularly fascinated by the emerging field of computers, which were still in their early stages of development. This period marked the beginning of significant advancements in technology, and Hounsfield’s involvement in these projects positioned him at the forefront of computing innovation.

Hounsfield describes the work he did as pioneering, emphasizing how basic elements like drums and tape decks had to be designed from scratch. This reflects the challenges faced by early computer scientists and engineers who had to create the foundational hardware and systems for computing before standardized components existed. The fact that this work was so new and uncharted made it an exciting and dynamic field to be a part of, and Hounsfield clearly found the process of creating these devices both challenging and rewarding.

The origin of this quote lies in Hounsfield’s significant contribution to the development of early computer technology and his later groundbreaking work in the field of medical imaging. Hounsfield is best known for inventing the CT scan (Computed Tomography), which revolutionized diagnostic medicine. His experience with early computing technology and his work in design laboratories directly influenced his ability to innovate in other areas, showing how knowledge from one field can contribute to breakthroughs in another.

Hounsfield’s reflections provide insight into the early days of computing, where the tools and knowledge required were still being developed. His work in designing components for computers helped lay the groundwork for the advancements that would follow, particularly in the realm of medical imaging. By sharing his experiences, Hounsfield highlights the importance of innovation and adaptability in the face of new and rapidly evolving technologies.