A biography of the ... Swedish inventor who designed the 'Monitor,' the little ironclad battleship that saved the Union during the Civil War.

Mention Civil War naval confrontations and the Monitor instantly springs to mind. The first of the ironclads, the Monitor not only took part in a major battle, it forever changed the face of naval construction. But who was the man behind the ship? Born in Filipstad, Sweden, in 1803, the brilliant and somewhat eccentric engineer John Ericsson spent his childhood observing his father's work in mining and later learned his engineering skills at the North Atlantic-Baltic canal. As a young man Ericsson turned to a variety of projects. In England, he introduced the ship's propeller, built an Arctic expedition vessel and designed some of the first successful steam locomotives. Moving to New York in 1839, he soon teamed up with Harry Cornelius Delameter of the Phoenix foundry, a partnership which resulted in Ericsson's most famous work, the USS Monitor. Focusing on the man behind the inventions, this book tells the life story of John Ericsson. It details a number of Ericsson's inventions including a steam-powered fire engine, the first screw-propelled warship, a variety of "hot-air engines," and early experiments in solar power from the roof of his Manhattan home. The main focus is Ericsson's design and construction of the ironclad USS Monitor. One of the first viable armored warships, the Monitor revolutionized naval warfare the world over. The ship's battle with the CSS Virginia at Hampton Roads and its eventual fate off the coast of Cape Hatteras are covered. Ericsson's relationships with contemporaries such as Alfred Nobel and recent developments concerning the recovery of the wreck of the Monitor are also examined.

When his father is killed fighting for the Union in the War Between the States, thirteen-year-old Tom Carroll must take a job to help support his family. He manages to find work at a bustling ironworks in his hometown of Brooklyn, New York, where dozens of men are frantically pounding together the strangest ship Tom has ever seen. A ship made of iron. Tom becomes assistant to the ship's inventor, a gruff, boastful man named Captain John Ericsson. He soon learns that the Union army has very important plans for this iron ship called the Monitor. It is supposed to fight the Confederate "sea monster"--another ironclad--the Merrimac. But Ericsson is practically the only person who believes the Monitor will float. Everyone else calls it "Ericsson's Folly" or "the iron coffin." Meanwhile, Tom's position as Ericsson's assistant has made him a target of Confederate spies, who offer him money for information about the ship. Tom finds himself caught between two certain dangers: an encounter with murderous spies and a battle at sea in an iron coffin

Honorable Mention, Science and Technology category, John Lyman Book Awards, North American Society for Oceanic History Civil War Ironclads supplies the first comprehensive study of one of the most ambitious programs in the history of naval shipbuilding. In constructing its new fleet of ironclads, William H. Roberts explains, the U.S. Navy faced the enormous engineering challenges of a largely experimental technology. In addition, it had to manage a ship acquisition program of unprecedented size and complexity. To meet these challenges, the Navy established a "project office" that was virtually independent of the existing administrative system. The office spearheaded efforts to broaden the naval industrial base and develop a marine fleet of ironclads by granting shipbuilding contracts to inland firms. Under the intense pressure of a wartime economy, it learned to support its high-technology vessels while incorporating the lessons of combat. But neither the broadened industrial base nor the advanced management system survived the return of peace. Cost overruns, delays, and technical blunders discredited the embryonic project office, while capital starvation and never-ending design changes crippled or ruined almost every major builder of ironclads. When Navy contracts evaporated, so did the shipyards. Contrary to widespread belief, Roberts concludes, the ironclad program set Navy shipbuilding back a generation.