US Signal School, Ft. Monmouth, NJ

• Origins in World War I: The US Army Signal School was officially established at Fort Monmouth, New Jersey, in 1919, following the end of World War I, to centralize and advance military communications training. • Birthplace of Radar: In the 1930s, Signal Corps researchers at Fort Monmouth developed the first US Army radar, known as the SCR-268, which played a crucial role in World War II air defense. • Project Diana: In 1946, scientists at the Signal Corps Engineering Laboratories at Fort Monmouth bounced radar signals off the Moon—a project called "Project Diana"—marking the first Earth-Moon-Earth communication and paving the way for space communications. • Women’s Army Corps (WAC) Signal Training: During World War II, Fort Monmouth trained thousands of women in communications and electronics, making it a key site for integrating women into technical military roles. • Civil Rights Milestone: In 1944, it became the first Army installation to racially integrate its technical training programs, years before the official desegregation of the armed forces. • Training the Tuskegee Airmen: Many members of the famed Tuskegee Airmen received communications and electronics training at Fort Monmouth. • Cold War Innovation: The school was instrumental in the development of the first practical transistorized computer for the US Army and advanced cryptography equipment during the early Cold War. • Birthplace of the Homing Pigeon Service: Fort Monmouth was originally called "Camp Little Silver" and was established as the US Army Signal Corps' Pigeon Breeding and Training Center in World War I. • Alumni Impact: Over its history, the school trained hundreds of thousands of soldiers in signal operations, many of whom went on to play significant roles in every major US conflict from World War I through the early 21st century. • Closure and Legacy: The US Army Signal School remained at Fort Monmouth until the base closed in 2011 (under BRAC), with its functions relocated to Fort Gordon, Georgia, but its legacy of innovation continues in military communications.