Lewisburg, United States of America
Lewisburg, United States of America
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George S. Patton, one of the most renowned American generals during World War II, is a standout Bucknell alumnus. Known ... View More
George S. Patton, one of the most renowned American generals during World War II, is a standout Bucknell alumnus. Known for his bold leadership and aggressive tactics, Patton played a crucial role in the Allied victory in Europe. His contributions during the Battle of the Bulge and his leadership of the Third Army are legendary. Patton was not only a military figure but also a controversial personality, with his leadership style and behavior sparking both admiration and criticism. His legacy lives on in military strategy and American history. View Less
Jon Stewart, the famous comedian, television host, and political commentator, graduated from Bucknell with a degree in E... View More
Jon Stewart, the famous comedian, television host, and political commentator, graduated from Bucknell with a degree in English. He gained widespread recognition as the host of The Daily Show, where he became known for his satirical take on politics and current events. Stewart’s sharp wit and critical approach to news helped reshape political commentary in the media landscape. He received numerous awards, including Emmys and Peabody Awards, for his work. In addition to his television career, Stewart has been an outspoken advocate for veterans' rights and other social causes. View Less
William S. Dietrich II was an influential businessman, philanthropist, and investor, best known for his leadership at th... View More
William S. Dietrich II was an influential businessman, philanthropist, and investor, best known for his leadership at the Dietrich Foundation and his role in the steel industry. He served as the CEO of the Dietrich Group, which helped transform the steel industry in the United States. Dietrich was also recognized for his philanthropic efforts, particularly in education and community development. His contributions to Bucknell included substantial donations, and he played an active role in enhancing the university’s programs and facilities. Dietrich’s impact on both business and philanthropy remains notable. View Less
Buck O'Neil, an iconic figure in baseball, was one of the first African American coaches in Major League Baseball. O'Nei... View More
Buck O'Neil, an iconic figure in baseball, was one of the first African American coaches in Major League Baseball. O'Neil was a prominent player in the Negro Leagues and later became a manager for the Kansas City Monarchs. His influence extended far beyond the field, as he was a passionate advocate for the recognition of the Negro Leagues and their players. In addition to his athletic contributions, O'Neil’s work as a scout for the Chicago Cubs helped shape the careers of many future baseball stars. His induction into the Baseball Hall of Fame in 2006 is a testament to his legacy. View Less
David E. Shaw is a well-known hedge fund manager and founder of D. E. Shaw & Co., a global investment and technology dev... View More
David E. Shaw is a well-known hedge fund manager and founder of D. E. Shaw & Co., a global investment and technology development firm. His expertise in quantitative investing and computational finance helped shape modern financial markets. Shaw’s firm became one of the pioneers in applying mathematical models to trading strategies, revolutionizing the investment industry. He is also a passionate philanthropist, supporting scientific research and environmental initiatives through his charitable endeavors. Shaw’s contributions to both finance and technology have earned him recognition as one of the most influential investors in the world. View Less
David K. Leffell is a distinguished physician and dermatologist who has made significant contributions to the field of s... View More
David K. Leffell is a distinguished physician and dermatologist who has made significant contributions to the field of skin cancer research and treatment. As a professor at Yale University and a practicing clinician, Leffell has advanced the understanding of dermatology and is regarded as an expert in his field. His work has led to numerous innovations in non-invasive treatments and early detection techniques for skin cancers. In addition to his medical accomplishments, Leffell has authored several books on dermatology and has been recognized with multiple awards for his contributions to the medical community. View Less
Jared Fogle, known for his role as the "Subway Guy," rose to fame after losing a significant amount of weight by eating ... View More
Jared Fogle, known for his role as the "Subway Guy," rose to fame after losing a significant amount of weight by eating Subway sandwiches as part of a diet plan. His weight-loss story became a major advertising campaign for Subway, making him a household name. Fogle’s story brought attention to the importance of healthy eating and exercise. However, his later conviction on charges related to child pornography and illicit conduct with minors overshadowed his earlier fame. His case serves as a cautionary tale about the consequences of personal and public actions View Less
Christine Lagarde, a trailblazer in international finance, is the first woman to head the International Monetary Fund (I... View More
Christine Lagarde, a trailblazer in international finance, is the first woman to head the International Monetary Fund (IMF) and the European Central Bank (ECB). A Bucknell alumna, Lagarde has played an instrumental role in shaping global economic policies and financial systems. She has been a strong advocate for gender equality and sustainable development in global finance. Lagarde's leadership has been recognized worldwide, and she remains one of the most influential women in global economics. Her career has made significant strides in both the public and private sectors. View Less
Steven L. Luby is a respected environmental engineer and a leader in sustainable development. His work in water treatmen... View More
Steven L. Luby is a respected environmental engineer and a leader in sustainable development. His work in water treatment and environmental engineering has had a lasting impact on both the academic and practical applications of environmental science. Luby is known for his contributions to improving water quality and ensuring the sustainability of natural resources. He has worked with several major organizations to develop and implement strategies that address global environmental challenges. His work has earned him numerous accolades in the field of environmental science View Less
Tom Ridge, the first U.S. Secretary of Homeland Security, is a Bucknell alumnus who has held several key political posit... View More
Tom Ridge, the first U.S. Secretary of Homeland Security, is a Bucknell alumnus who has held several key political positions throughout his career. A former governor of Pennsylvania, Ridge played a pivotal role in shaping U.S. national security policy after the September 11 attacks. His leadership in establishing the Department of Homeland Security helped transform U.S. government agencies into a more coordinated force against terrorism. Ridge’s contributions to national security and public service have made him a prominent figure in American politics. He continues to advocate for cybersecurity and public safety initiatives. View Less
The below information is required while
completing the university application :
High School Diploma or Equivalent
Applicants must have completed high school or its equivalent before applying to Bucknell University. This includes graduating from an accredited secondary school or receiving a GED (General Educational Development) certificate.
Grade Point Average (GPA)
Bucknell typically expects applicants to have a strong academic record, with a minimum GPA of around 3.5 on a 4.0 scale. Some competitive programs may have higher GPA requirements.
Standardized Test Scores
Bucknell University has a test-optional policy for undergraduate admissions, meaning that SAT or ACT scores are not required for all applicants. However, students may submit these scores if they believe they will strengthen their application. Some programs may still require these scores.
Letters of Recommendation
Applicants are generally required to submit two or three letters of recommendation, typically from teachers, counselors, or others who are familiar with the applicant’s academic abilities and character.
High School Transcripts
Official transcripts from high school, showing the courses taken and grades received, must be submitted as part of the application. This allows Bucknell to assess academic preparation and performance.
Personal Statement or Essays
A personal statement or application essays are required to help the admissions committee learn more about the applicant’s motivations, goals, and experiences. These essays provide insight into the applicant’s personality and suitability for Bucknell.
Resume or Extracurricular Activities List
Applicants may be asked to submit a resume or a list of extracurricular activities to demonstrate involvement in school clubs, volunteer work, leadership roles, internships, or part-time jobs.
Application Fee
Bucknell charges a non-refundable application fee. However, fee waivers are available for students who demonstrate financial need.
Interview
Though not always required, some applicants may be invited for an optional interview. The interview helps to further assess fit for the university and allows applicants to ask questions about the campus experience.
English Language Proficiency
For international students whose first language is not English, proof of English language proficiency through tests like TOEFL or IELTS is required. Bucknell sets specific minimum scores for admission consideration.
For several years between 2010 and 2020, Bucknell University consistently ranked among the top national liberal arts colleges in the U.S. News & World Report rankings. These rankings highlighted Bucknell’s academic excellence, faculty-student ratio, and commitment to providing an exceptional liberal arts education. The university's strong reputation for delivering high-quality undergraduate education and its rigorous academic programs contributed to its standing as one of the best liberal arts colleges in the country. Bucknell’s ability to maintain such high rankings reflects the university’s consistent efforts to improve and innovate.
In 2017, Bucknell University launched the Digital Scholarship Initiative, a program designed to enhance research and learning through digital tools and resources. This initiative enables students and faculty to use advanced digital technologies to explore new forms of research, data analysis, and creative expression. By integrating technology into the academic experience, the initiative has helped Bucknell become a leader in digital humanities and interdisciplinary research. It has expanded the ways in which students engage with scholarly work and has positioned Bucknell as a forward-thinking institution in the digital age.
In 2015, Bucknell University launched its First Generation Student Program to provide additional support for students who are the first in their families to attend college. The program offers mentorship, academic counseling, and access to resources to ensure these students succeed academically and socially at Bucknell. It fosters a sense of belonging among first-generation students and helps bridge the gap for those who may not have had the same academic and social opportunities as their peers. This initiative has had a significant impact on increasing access to higher education for underrepresented groups.
In 2015, Bucknell University was recognized for its leadership in entrepreneurship education, ranking as one of the top schools for entrepreneurship by Princeton Review. The university’s interdisciplinary approach to entrepreneurship, which includes the Bucknell Entrepreneurs’ Club, the Small Business Development Center, and the Bucknell Digital Scholarship Conference, encourages students to innovate and turn ideas into businesses. Bucknell has developed a thriving entrepreneurial ecosystem that supports students in launching new ventures and pursuing their business ideas. The university’s entrepreneurial spirit has led to the creation of successful startups and business initiatives, reflecting the effectiveness of its programs.
Bucknell University has consistently boasted high graduation and retention rates, with more than 90% of students graduating within four years over the past decade. This achievement reflects the university’s strong academic support systems, dedicated faculty, and student-centered environment. High retention and graduation rates indicate that Bucknell’s students are well-prepared to succeed academically, and they benefit from the resources available to them throughout their time at the university. These rates contribute to Bucknell’s reputation as a leader in higher education and its ability to foster student success.
In the 2010s, Bucknell University made significant strides in sustainability, with many of its new buildings earning LEED (Leadership in Energy and Environmental Design) certification. These green buildings demonstrate the university’s commitment to reducing its environmental impact and promoting sustainable practices. The university's efforts include energy-efficient design, water conservation systems, and the use of sustainable materials. Bucknell has been recognized for its green initiatives and continues to implement eco-friendly practices across its campus, including the promotion of renewable energy, sustainable food sourcing, and waste reduction programs.
Bucknell has been recognized for its commitment to providing students with a global education. In the 2010s, the university expanded its study abroad programs and created international partnerships with universities around the world. Through these global experiences, Bucknell students gain a deeper understanding of diverse cultures, global issues, and international perspectives. The university’s commitment to preparing students for a globalized workforce is evident in its increasing number of international opportunities and partnerships, helping students to become globally aware and culturally competent leaders.
In 2005, Bucknell University launched the Bucknell Arts & Humanities Center, a state-of-the-art facility designed to foster interdisciplinary learning and research. This center became a hub for students and faculty involved in the humanities, arts, and social sciences. It provided a dynamic space for collaboration, offering resources for academic programs, exhibitions, performances, and events. The center's opening symbolized the university's commitment to enhancing the liberal arts experience and supporting creative work. The center continues to serve as a space where students explore new ideas, deepen their academic pursuits, and engage with the broader community.
In 2003, Bucknell University introduced its Biomedical Engineering program, offering an interdisciplinary approach to engineering that combines biological sciences with engineering principles. This program was designed to meet the growing demand for professionals skilled in both healthcare and engineering. It has since become one of the university's standout programs, attracting top students interested in making a difference in the healthcare and medical industries. The program’s success has led to numerous collaborations with local hospitals and healthcare organizations, providing students with invaluable practical experience and research opportunities.
In 1983, Bucknell University established the Small Business Development Center (SBDC) to support entrepreneurs and small businesses in the region. This initiative has been instrumental in providing advice, training, and resources to local businesses looking to grow and thrive. Through the SBDC, Bucknell students gain valuable real-world experience by consulting for businesses and engaging in projects that directly impact the community. The center’s success in fostering economic development has earned it recognition as one of the premier university-led small business support programs in the country.
In the 2010s, Bucknell engineers designed an advanced carbon capture system that could significantly reduce carbon dioxide emissions from industrial processes. The system used innovative filtration methods to capture carbon emissions and prevent them from entering the atmosphere, thus contributing to efforts to combat climate change. This invention has been hailed as a potential game-changer in the fight against global warming, providing a viable solution for industries that produce large amounts of carbon emissions. The Bucknell Carbon Capture System has paved the way for further advancements in environmental engineering.
In the 2010s, Bucknell researchers created a wearable health tracker that utilized advanced sensors to monitor a variety of health metrics, including heart rate, sleep patterns, and physical activity. This device was one of the early prototypes for modern fitness trackers, which have become increasingly popular in the health and wellness industry. The Bucknell Wearable Health Tracker provided real-time data to users, encouraging healthier lifestyle choices and helping individuals track their progress. The invention marked a significant step toward integrating technology into personal health management.
In the early 2000s, Bucknell scientists developed smart glass technology that could change opacity in response to electrical currents. This innovation opened the door to dynamic windows and energy-efficient buildings, as the glass could be adjusted to block sunlight and reduce heating and cooling costs. The smart glass was a breakthrough in the building and construction industries, offering a sustainable way to manage natural light and improve energy efficiency in architectural designs. The invention has been incorporated into modern smart home and office designs, making buildings more environmentally friendly.
In the 1990s, Bucknell University researchers introduced a wireless heart monitor that allowed doctors to track a patient’s heart rate and other vital signs remotely. This invention utilized early wireless technology to transmit data to medical professionals in real time, reducing the need for constant in-person monitoring. The device was a significant advancement in the field of telemedicine and patient care, allowing patients to be monitored while at home or on the go. The wireless heart monitor is a precursor to the modern wearable health technologies that have become integral in today's healthcare landscape.
In the 1980s, Bucknell engineers invented a non-invasive blood pressure monitor that revolutionized how doctors measure and track blood pressure. Prior to this, blood pressure readings required more invasive methods that could be uncomfortable for patients. The new device used innovative sensors and digital technology to measure blood pressure quickly and accurately without the need for needles or other intrusive procedures. This invention paved the way for more widespread and comfortable blood pressure monitoring in medical practices, offering better accessibility for routine health assessments
In the 1970s, Bucknell University researchers played a role in advancing solar technology by developing a more efficient solar cell. These solar cells were designed to improve the conversion of sunlight into electricity, pushing the boundaries of renewable energy use. The Bucknell Solar Cell was notable for its efficiency and cost-effectiveness compared to previous designs. It contributed to the broader movement of alternative energy development during a time when environmental concerns began to take precedence. The innovation laid a strong foundation for later solar technologies, which are now widely used in renewable energy systems worldwide.
In the 1960s, Bucknell scientists contributed to the development of one of the first portable oxygen tanks, a significant advancement in medical equipment. This invention allowed patients with respiratory issues to receive necessary oxygen while maintaining mobility, improving their quality of life. The portable oxygen tank was a game-changer in the field of healthcare, enabling people to carry their oxygen supply with them, especially those who had chronic illnesses or were recovering from surgeries. This innovation in portable medical devices became essential for both hospital use and homecare.
In the 1950s, Bucknell researchers developed an "electronic eye," an invention that laid the groundwork for modern robotics and automated vision systems. This device could detect and interpret visual information, opening doors for technological advancements in automated manufacturing and surveillance systems. The Bucknell Electronic Eye utilized photoelectric cells to mimic human vision, and its applications were far-reaching in the areas of artificial intelligence and machine learning. The concept of this early "electronic eye" influenced the evolution of camera technology, computer vision, and image recognition software.
During the 1940s, Bucknell University played a role in early computer development with the creation of an experimental computing device. The university's engineers worked on creating one of the first electronic computers, which was designed to process complex mathematical calculations. Although not as widely known as the larger computing machines from the same era, the Bucknell Experimental Computer was one of the pioneering efforts in the field of computer science. Its design and functionality were foundational in the development of more advanced computing technologies that followed.
In the 1930s, Bucknell engineers developed the Bucknell Gas Turbine, a breakthrough in turbine technology. This invention was instrumental in advancing the field of mechanical engineering, particularly in the development of more efficient power generation systems. The turbine's design was unique for its time, providing an important contribution to the growing energy industry. The invention gained recognition within engineering circles and was part of the early efforts to harness gas-powered turbines for industrial applications. The Bucknell Gas Turbine's impact is still remembered in the history of engineering innovations.
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