as a child he had a "strange defect in his vision" that made written words appear to fall off the page when he tried to read them. As a result, Watson struggled in school, and he acknowledged that Brown University reluctantly admitted him as a favor to his father. He graduated with a business degree in 1937. After graduating, Watson became a salesman for IBM but had little interest in the job. The turning point was his service as a pilot in the Army Air Forces during World War II. His brother "Dick" (Arthur) Watson had dropped out of Yale. Watson became a Lieutenant Colonel flying military commanders. Tom Jr. later admitted to journalists that the one career he would have liked to follow was an airline pilot. Piloting came easily to him and for the first time, he had confidence in his abilities. Toward the end of his service, Watson worked for Major General Follett Bradley, who suggested that he should try to follow his father at IBM. Watson regularly flew Bradley, the director of lend-lease programs to the Soviet Union, to Moscow during the war. On these trips, he learned Russian, which would later serve him well as the American Ambassador to the Soviet Union. Watson returned to IBM at the beginning of 1946. He was promoted to be a Vice President just six months later and was promoted to the board just four months after that. He became Executive Vice-President in 1949. IBM president Watson became president of IBM in 1952 and was named as the company's CEO shortly before the death of his father, Watson Sr., in 1956. Up to this time IBM was dedicated to electromechanical punched card systems for its commercial products. Watson Sr. had repeatedly rejected electronic computers as overpriced and unreliable, except for one-of-a-kind projects such as the IBM SSEC. Tom Jr. took the company in a new direction, hiring electrical engineers by the hundreds and putting them to work designing mainframe computers. Many of IBM's technical experts also did not think computer products were practical since there were only about a dozen computers in the entire world at the time. Even the supporters of the new technology underestimated the potential. Cuthbert Hurd, brought in from the Atomic Energy Commission's Oak Ridge National Laboratory to determine if there was a market, predicted "... he could find customers for as many as thirty