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Duke University employs a holistic admissions process for its undergraduate programs, evaluating both academic and personal achievements. Here are ten key admission requirements and considerations for prospective bachelor's applicants:
High School Diploma or Equivalent: Completion of a secondary education program with a strong academic record is essential.
Academic Transcripts: Submission of official high school transcripts detailing coursework and grades.
Coursework Recommendations: A minimum of four years of English and at least three years of mathematics, natural sciences, foreign language, and social studies. Applicants to the Pratt School of Engineering are strongly encouraged to undertake coursework in calculus and physics.
Standardized Test Scores: Duke has adopted a test-optional policy; however, if applicants choose to submit scores, competitive ranges are:
SAT: 1520–1570
ACT: 34–35
Letters of Recommendation: Two teacher recommendations and one counselor recommendation are required to provide insight into the applicant's academic and personal strengths.
Personal Essay: A thoughtfully crafted essay that reflects the applicant's experiences, goals, and alignment with Duke's values.
Extracurricular Activities: Demonstrated involvement in extracurriculars, showcasing leadership, commitment, and impact.
Application Fee: A non-refundable application fee of $85 is required, with waivers available for eligible students.
Interviews: Optional alumni interviews are offered on a first-come, first-served basis and can provide additional context to the application.
Application Platforms: Applications can be submitted through the Common Application, Coalition Application, or QuestBridge Application.
Know more
Duke University has consistently ranked among the top universities in the world in U.S. News & World Report. In 2024, it ranked 12th in the National Universities category, reflecting its strong academic programs, faculty quality, and research output. This achievement reflects the university’s comprehensive excellence in various disciplines, including business, law, and medicine. Its commitment to innovative teaching methods and global impact helps solidify its top-tier status. Duke is also noted for its robust graduate programs, particularly in law and business.
Duke University’s Fuqua School of Business was ranked 1st for graduate entrepreneurship by The Princeton Review in 2022. This achievement underscores the school’s commitment to fostering entrepreneurial spirit among its students. Duke has become a leader in preparing students to launch startups and innovate in the business world. The Fuqua School provides resources such as venture funds, incubators, and mentorship to help students bring their ideas to life. This recognition highlights the university’s role in shaping the future of business innovation.
Duke University has produced 15 Nobel Prize winners in various fields, including Chemistry, Medicine, and Peace. These prestigious accolades highlight the university’s commitment to research excellence. Notable winners include Robert J. Shiller (2013, Economic Sciences) and Peter J. Ratcliffe (2019, Physiology or Medicine). The university’s focus on groundbreaking research and scientific discoveries has earned it a place among the world’s leading institutions. Duke continues to nurture research that leads to significant global contributions.
Researchers at Duke University developed engineered biofilms that can be used to detect toxins or pathogens in the environment. These biofilms utilize bacteria to capture and react to specific chemical compounds, making them an innovative method for environmental monitoring. This technology has applications in water quality testing, environmental cleanup, and bioremediation. It represents a significant step toward sustainable environmental protection. The invention was recognized for its potential to revolutionize ecological and health safety practices.
Duke Cancer Institute developed a groundbreaking approach for targeted cancer therapies using molecular targeting to treat specific cancer cells without damaging surrounding healthy tissue. This advancement was made possible by the university’s research into cancer genomics and personalized medicine. The targeted therapies have led to more effective treatments with fewer side effects for patients. Duke’s work in this area is paving the way for more individualized treatment regimens for cancer patients. It marks a significant shift from traditional cancer treatments to more precise, customized care.
Duke University researchers created an advanced laser interferometer used for detecting gravitational waves. This breakthrough was part of the global effort in astrophysics to study cosmic events such as black hole collisions and neutron star mergers. The interferometer uses precise laser technology to measure incredibly small movements in space-time. This development has contributed to the understanding of the universe and was integral to the discoveries that led to the Nobel Prize in Physics in 2017. Duke's involvement in gravitational wave research is a major contribution to physics.
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