
Annapolis, United States of America

Annapolis, United States of America

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James Earl Carter Jr., the 39th President of the United States, graduated from USNA in 1946. Before becoming president, ... View More
James Earl Carter Jr., the 39th President of the United States, graduated from USNA in 1946. Before becoming president, Carter served as a U.S. Navy officer and nuclear submarine officer. He is known for his humanitarian efforts post-presidency, receiving the Nobel Peace Prize in 2002. Carter's presidency was marked by efforts to improve human rights, environmental protection, and the peace process in the Middle East, including the Camp David Accords. His time at the academy set the foundation for his leadership and diplomatic skills, which would shape his legacy as both a politician and a global peace advocate. View Less
Known as the "Father of the Nuclear Navy," Admiral Hyman G. Rickover transformed the U.S. Navy by overseeing the develop... View More
Known as the "Father of the Nuclear Navy," Admiral Hyman G. Rickover transformed the U.S. Navy by overseeing the development of nuclear-powered submarines. He graduated from USNA in 1929 and went on to become one of the most influential figures in the history of U.S. naval engineering. Rickover’s relentless pursuit of nuclear technology led to the commissioning of the USS Nautilus, the world's first nuclear-powered vessel. His leadership and strict standards for safety and discipline set the stage for modern naval operations. Rickover’s legacy remains a cornerstone of naval engineering and innovation. View Less
A former U.S. Senator and 2008 Republican presidential candidate, John McCain was a graduate of USNA in 1958. He served ... View More
A former U.S. Senator and 2008 Republican presidential candidate, John McCain was a graduate of USNA in 1958. He served in the U.S. Navy as a fighter pilot and became a prisoner of war during the Vietnam War, enduring five and a half years of captivity. McCain’s military service and subsequent political career made him a symbol of resilience, patriotism, and leadership. He played a crucial role in shaping U.S. foreign policy and military strategies during his time in Congress. McCain's legacy is defined by his commitment to country, his advocacy for bipartisanship, and his work on defense and veterans' issues. View Less
Wendy Barrie Lawrence, a NASA astronaut and retired U.S. Navy Captain, graduated from USNA in 1981. As one of the first ... View More
Wendy Barrie Lawrence, a NASA astronaut and retired U.S. Navy Captain, graduated from USNA in 1981. As one of the first female graduates, she broke barriers in both the military and space exploration fields. Lawrence flew four Space Shuttle missions, conducting critical research in space and contributing to the advancement of science and technology. Her work in the Navy as a helicopter pilot and engineer further highlighted her versatility and leadership. Lawrence’s contributions to both space exploration and the U.S. Navy earned her numerous accolades and recognition in the fields of aerospace and engineering. View Less
Jim Irwin, an astronaut and a U.S. Air Force officer, graduated from USNA in 1951. He became the eighth man to walk on t... View More
Jim Irwin, an astronaut and a U.S. Air Force officer, graduated from USNA in 1951. He became the eighth man to walk on the Moon during the Apollo 15 mission in 1971. Irwin's work as an astronaut and his scientific contributions to lunar exploration advanced humanity’s understanding of space and the Moon's geology. His post-NASA years were dedicated to the pursuit of religious and humanitarian causes. Irwin founded the "High Flight Foundation," which focused on using space exploration as a means to inspire and educate others about the possibilities of science and faith View Less
The 41st President of the United States, George H. W. Bush, graduated from USNA in 1948. During World War II, he became ... View More
The 41st President of the United States, George H. W. Bush, graduated from USNA in 1948. During World War II, he became the youngest aviator in the U.S. Navy and went on to serve as a Navy lieutenant, where he was awarded the Distinguished Flying Cross. After his military career, Bush entered politics, serving as Vice President under Ronald Reagan and later as President. His administration focused on foreign policy, including the end of the Cold War and the Gulf War. Bush's leadership during critical global moments solidified his place as a pivotal figure in U.S. history. View Less
David McCullough, a celebrated historian and author, graduated from USNA in 1955. His books, which include works like Tr... View More
David McCullough, a celebrated historian and author, graduated from USNA in 1955. His books, which include works like Truman and John Adams, have earned him two Pulitzer Prizes and the Presidential Medal of Freedom. McCullough’s works brought history to the public in a compelling and accessible way, emphasizing the importance of understanding the past. His legacy as a historian has had a lasting impact on how Americans view their own history. Through his books, McCullough inspired a deeper interest in U.S. history and its figures. View Less
Leonard M. Hoar, a former U.S. Navy Rear Admiral, graduated from USNA in 1960. He was known for his pioneering work in s... View More
Leonard M. Hoar, a former U.S. Navy Rear Admiral, graduated from USNA in 1960. He was known for his pioneering work in submarine warfare and his leadership during the Cold War era. Hoar served in various key naval posts, including overseeing nuclear submarine operations. He later went on to become the president of Boston University. His contributions to both the U.S. Navy and education earned him recognition for his leadership in multiple fields. Hoar’s legacy reflects the blend of military service and educational impact, influencing future generations in both areas. View Less
A naval historian and strategist, Alfred Thayer Mahan graduated from USNA in 1859. Mahan’s work, The Influence of Sea ... View More
A naval historian and strategist, Alfred Thayer Mahan graduated from USNA in 1859. Mahan’s work, The Influence of Sea Power upon History, revolutionized naval strategy and had a profound impact on the development of modern navies worldwide. His theories on sea power were studied by military leaders and policymakers, influencing naval tactics and strategies across many nations. Mahan's insights into the strategic importance of controlling maritime routes and fleets became fundamental to naval doctrine. His intellectual contributions to military strategy remain influential in military education today. View Less
William McRaven, a retired Admiral in the U.S. Navy, graduated from USNA in 1977. He is widely known for leading the ope... View More
William McRaven, a retired Admiral in the U.S. Navy, graduated from USNA in 1977. He is widely known for leading the operation that resulted in the death of Osama bin Laden in 2011. McRaven’s military career spanned over 37 years, including service in special operations and leadership of U.S. Special Operations Command. His leadership during high-stakes operations and his strategic insights have been recognized worldwide. McRaven’s legacy extends beyond his military career, as he has also served as the Chancellor of the University of Texas System and has written extensively on leadership. View Less
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completing the university application :
Here are 10 general bachelor’s degree requirements for admission to the United States Naval Academy (USNA):
U.S. Citizenship
Applicants must be U.S. citizens to be eligible for admission to the U.S. Naval Academy. Non-citizens may not be admitted unless they are legal residents of U.S. territories or qualify for specific programs.
Age Requirements
Candidates must be at least 17 years old and not older than 23 years old by July 1st of the year they will enter the Academy. There are exceptions for candidates with prior military service.
High School Diploma or Equivalent
Applicants must have completed their high school education or its equivalent by the time they enter the Naval Academy. This typically includes graduation from an accredited high school.
Academic Excellence
A competitive GPA and a strong academic record in subjects such as mathematics, science, English, and social studies are required. Successful candidates generally have high academic standards.
Standardized Test Scores
SAT or ACT test scores are required as part of the admissions process. Applicants must achieve competitive scores that align with the Academy’s academic standards.
Physical Fitness Requirements
Candidates must meet physical fitness standards, including passing the Candidate Fitness Assessment (CFA), which evaluates strength, endurance, and agility.
Medical Examination
All applicants must pass a thorough medical examination, which includes physical and mental health evaluations to ensure they are fit for military service.
Letters of Recommendation
Applicants are required to submit letters of recommendation, typically from teachers, counselors, or community leaders, who can speak to the applicant’s character, academic abilities, and leadership potential.
Leadership and Extracurricular Activities
Demonstrated leadership qualities, such as involvement in student government, sports teams, community service, or other extracurricular activities, are important in the admissions process.
Nomination from a Member of Congress
All applicants must receive a nomination to the U.S. Naval Academy, typically from a U.S. Senator, Representative, or the Vice President of the United States. The nomination process is highly competitive and requires the applicant to meet the political representative’s criteria.



In the early 2000s, the United States Naval Academy initiated the Small Satellite Program, a key innovation in satellite technology. The program allows midshipmen to design, build, and launch small satellites, providing them with hands-on experience in aerospace engineering and space science. The Small Satellite Program has contributed to advancements in space technology, as well as enhancing the U.S. Navy’s capabilities in satellite communications and surveillance. This program is an example of USNA’s commitment to incorporating cutting-edge research and development into its academic curriculum, ensuring that students are prepared for the evolving technological landscape.
In 1976, the United States Naval Academy made history by admitting its first female midshipmen, breaking the long-standing gender barrier at the institution. This achievement marked a milestone in U.S. military history and was part of a broader effort to integrate women into the armed forces. The acceptance of women into the academy not only paved the way for their future military careers but also contributed to changing the culture within the U.S. Navy and Marine Corps. The success of these first female midshipmen demonstrated that women could excel in rigorous military education and training, leading to the opening of more opportunities for women in all branches of the military.
In 1975, the United States Naval Academy launched the Naval Academy Foreign Affairs Conference (NAFAC), which has become one of the premier student-run conferences in the nation. NAFAC brings together distinguished speakers and cadets from around the world to discuss global security, diplomacy, and international relations. The event provides an invaluable platform for future leaders to exchange ideas and gain insights into international policy and defense strategies. NAFAC has continued to grow in importance, attracting leaders from government, military, and academic circles, and has solidified USNA’s role in fostering future global leaders
In 1962, the United States Navy established the U.S. Navy SEALs, a special operations force known for its elite capabilities in both land and sea combat. The U.S. Naval Academy played a critical role in the training and development of officers who would go on to lead and shape the SEAL teams. The Navy SEALs have become one of the most respected special forces units in the world, with a reputation for executing high-risk, high-reward missions. The success of the SEALs in various combat zones, including their role in the mission that resulted in the death of Osama bin Laden, highlights the strength of the leadership and training fostered at USNA.
The United States Naval Academy played a pivotal role in the development of the U.S. Navy’s nuclear submarine program. In 1954, the USS Nautilus, the world's first nuclear-powered submarine, was launched, marking a significant milestone in naval engineering. This achievement was the result of years of collaboration between USNA engineers and military personnel, under the leadership of Admiral Hyman G. Rickover. The development of nuclear-powered submarines revolutionized naval warfare, allowing submarines to operate underwater for extended periods without the need for frequent refueling. This achievement solidified the U.S. Navy's position as a leader in modern naval technology.
During World War II, USNA played a vital role in the development of the U.S. Navy's Advanced Warfare Training Program. This program aimed to train officers in advanced military tactics, strategy, and leadership skills in preparation for the complexities of modern warfare. The academy’s training and educational methods contributed significantly to the Navy’s success during the war. The Advanced Warfare Training Program laid the foundation for modern military training practices and has influenced the development of similar programs in other branches of the U.S. military. USNA’s role in shaping the future of warfare education remains one of its key achievements.
The U.S. Naval Academy Chapel, completed in 1908, is one of the most iconic and historical buildings on the academy's campus. The chapel serves as a spiritual center for midshipmen and is known for its impressive architecture and beautiful stained glass windows. The chapel has hosted many important ceremonies, including graduation and commissioning ceremonies for U.S. Naval Academy graduates. Its design and significance symbolize the integration of faith, tradition, and service at the academy. The chapel remains an enduring landmark and a central part of the academy’s culture and history.
In 1877, the U.S. Naval Academy graduated its first African American midshipman, Midshipman Henry O. Flipper. His graduation marked a historic moment in the academy's efforts to integrate and promote racial equality within the military. Despite facing significant racial discrimination during his time at USNA, Flipper overcame numerous challenges and became a pioneering figure in military history. His legacy has had a lasting impact on the U.S. Navy, opening doors for future generations of African American officers. The achievement highlights the academy's role in advancing diversity and inclusion within the armed forces.
The U.S. Naval Academy Glee Club was founded in 1852, making it one of the oldest student organizations at the academy. It has become a renowned musical ensemble that performs at various prestigious events, including Navy football games and formal ceremonies. The Glee Club provides midshipmen with an opportunity to showcase their musical talents while fostering camaraderie and esprit de corps. Over the years, the club has performed for dignitaries and at international events, representing USNA with pride. Its continued success exemplifies the academy's commitment to developing well-rounded leaders who excel both in military and civilian pursuits.
In 1845, the United States Naval Academy opened its first museum, a significant achievement in preserving the rich history of the U.S. Navy. The museum houses a vast collection of artifacts, documents, and exhibits related to naval history and the academy’s traditions. Over the years, the museum has expanded its collection, offering valuable insights into the evolution of naval warfare, technology, and the men and women who have served. The museum continues to be a major resource for scholars and naval enthusiasts alike, ensuring that the legacy of the Navy and USNA is preserved for future generations.
The Gyroscopic Stabilizer, invented in 1900, was developed to stabilize naval vessels and aircraft. This invention was crucial for improving navigation and stability, especially during rough seas or while maneuvering at high speeds. The stabilizer works by utilizing a spinning gyroscope to resist changes in the orientation of a vessel. USNA engineers played a significant role in refining this technology, which had a profound impact on both military and commercial shipping. The gyroscopic stabilizer greatly improved the safety and effectiveness of naval operations, especially during the early 20th century
The Seawolf-Class Submarine, developed in the 1990s, was the U.S. Navy's most advanced attack submarine at the time. Designed for stealth, speed, and deep-water capabilities, this submarine incorporated innovative technologies in propulsion, sonar, and weaponry. USNA engineers played a key role in the research and development of the submarine's systems, ensuring it met the Navy's strategic needs. The Seawolf-class submarines are considered one of the most technologically advanced submarines ever built, with capabilities that allow them to perform missions in both peacetime and wartime, protecting U.S. naval interests across the globe.
The Aegis Combat System, introduced in 1983, is a sophisticated naval weapons system developed by the U.S. Navy. It integrates radar and missile systems to track and engage multiple targets simultaneously. The development of Aegis was strongly influenced by research conducted at USNA, where engineers contributed to its design and implementation. The system has become a key feature of U.S. Navy destroyers and cruisers, offering a powerful tool for defense against air, surface, and subsurface threats. Aegis’ adaptability and precision have made it one of the most advanced combat systems in the world.
In the 1980s, the U.S. Navy began developing the Advanced Amphibious Assault Vehicle (AAAV), a highly capable military vehicle designed to transport troops from sea to land. This vehicle could operate on both water and land, providing military personnel with greater flexibility and operational capability. USNA researchers contributed to the design and development of the vehicle, optimizing its performance in amphibious operations. The AAAV was a crucial advancement for modern warfare, significantly improving how forces could conduct coastal assaults, and its concepts were further refined into modern systems like the Amphibious Combat Vehicle.
The Harpoon Anti-Ship Missile, developed in the 1970s by U.S. Navy engineers, is a subsonic, surface-to-surface missile designed to destroy enemy ships. Its development was partly inspired by naval engineers and academics at USNA, who worked on improving the missile's accuracy, range, and impact. The missile became one of the most widely used anti-ship weapons in the world, with numerous adaptations for deployment from ships, submarines, and aircraft. The Harpoon's innovation lies in its ability to target and hit enemy vessels with high precision, providing the U.S. Navy with a powerful tool for naval defense and offensive operations.
The Laser Rangefinder, invented by U.S. Navy engineers in the 1960s, revolutionized the measurement of distances on the battlefield. By using laser light to calculate the distance to a target, the device provided highly accurate readings, crucial for both artillery and missile targeting. Developed with significant input from USNA experts, the laser rangefinder was a game-changer for naval operations, offering precision in navigation and targeting systems. The technology paved the way for further developments in laser-guided weaponry and continues to be used in military, aerospace, and commercial applications.
The USS Nautilus, the first nuclear-powered submarine, was launched in 1954, a groundbreaking innovation in naval engineering. Spearheaded by Admiral Hyman G. Rickover and a team of engineers from USNA, the submarine revolutionized naval warfare by enabling submarines to remain submerged for much longer periods than ever before. The nuclear reactor aboard allowed the Nautilus to travel thousands of miles without refueling, drastically improving the U.S. Navy's operational capabilities. The successful development of nuclear submarines laid the foundation for modern nuclear-powered naval fleets and advanced military strategies.
Developed by U.S. Navy engineers in the 1950s, the Digital Differential Analyzer (DDA) was one of the earliest analog computers used for real-time calculations. This device was designed to solve differential equations and was crucial in guiding the development of early missile systems and aircraft navigation. The USNA played an instrumental role in the creation and refinement of DDA technology, contributing to advancements in missile and radar guidance systems. This technology was pivotal in the early stages of digital computing, marking a turning point in the field of electronics and military computing.
The Mark 14 torpedo, developed by the U.S. Navy, was introduced in 1920 and represented a significant leap in underwater warfare technology. Designed at the Naval Torpedo Station in Newport, Rhode Island, this torpedo was a key weapon for submarines during World War II. USNA engineers and military personnel contributed to its development, making it one of the most advanced torpedoes of its time. Despite some early flaws, the Mark 14 torpedo was improved over time, helping secure vital victories in the Pacific Theater. Its development marked an essential advancement in the U.S. Navy's capabilities.
Sonar, or Sound Navigation and Ranging, was developed by the U.S. Navy in the early 20th century as a critical tool for submarine navigation and detection. Initially created during World War I, the technology was further developed at USNA, allowing submarines to navigate through deep waters and detect underwater objects such as enemy vessels. Sonar technology played a crucial role in naval warfare, especially during World War II, where its application helped the Navy gain an advantage in submarine warfare. Over time, sonar systems have evolved into highly sophisticated technologies used for both military and scientific purposes.

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