Mr. Eugene Starr had a widespread reputation as a distinguished scientist, brilliant engineer, and a dedicated public servant. He achieved both national and international recognition for his attainments in the fields of electrical engineering and nuclear physics, and was a pioneer in many areas of high-voltage transmission science, including the development of series and shunt capacitor applications and tests, generator characteristics, circuit breaker advances, and high-voltage transformer and cable problems.

A 1923 graduate of Oregon State University, Mr. Starr returned to teach Electrical Engineering from 1927 to 1954. From 1939 to 1954 he also served as consultant to the Bonneville Power Administration, and was its Chief Engineer from 1954 to 1961. In that position he demonstrated outstanding managerial ability and leadership during an era of rapid expansion and technological change. For his professional competence, administrative excellence and dedicated public service, Mr. Starr was granted the Department of the Interior's highest honor, the Distinguished Service Award, in 1958.

From the beginning of the Government's program with nuclear fission, Mr. Starr demonstrated a keen professional interest in the field. During World War II he served as consultant to the National Defense Research Committee of the Office of Scientific Research and Development as an official investigator, coordinator and supervisor of important defense projects. In 1946 he was a Civilian Scientific Observer at the Bikini atom bomb tests. Subsequently Mr. Starr was heavily involved in applying nuclear concepts to the generation of electric energy and to correlating such developments with the requirements of the Federal power system in the Pacific Northwest. Beginning in 1961 he served the Bonneville Power Administration as Consulting Engineer specializing in extra-high-voltage AC- DC transmission and in nuclear power development. He later won several prizes for his research papers in the field of high-voltage engineering and aircraft radio coordination. In 1965 he was named Engineer of the Year for Oregon.