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Dean Emeritus of the Bernard Revel Graduate School of Judaic Studies, known for his contributions to Jewish history and ... View More
Dean Emeritus of the Bernard Revel Graduate School of Judaic Studies, known for his contributions to Jewish history and philosophy. View Less
A counterterrorism expert, acclaimed for his analyses and writings on global security and intelligence.
A distinguished law professor specializing in religious and legal studies.
A University of Pennsylvania Law School professor, remembered for his impactful teaching and scholarship in law.
A Professor of Hebrew Literature & Philosophy at Harvard, recognized for his expertise in Jewish history.
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A Professor of Chemistry at Columbia University and the Sloan-Kettering Cancer Center, renowned for his work in chemical... View More
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A Bach Scholar and Fellow of Magdalen College, Oxford, celebrated for his contributions to musicology.
A Columbia University professor and journalist, noted for his writings on religion and spirituality.
The below information is required while
completing the university application :
1. Completed Application Form
Begin by submitting your application through Yeshiva University's official portal. This includes providing your personal details, academic history, and program-specific information. Ensure all sections are thoroughly completed to avoid delays in processing.
2. Application Fee
A non-refundable application fee of $65 is required. This fee supports the administrative costs associated with processing your application. Payment can typically be made online during the application submission process.
3. High School Transcript
Submit official transcripts from all high schools you've attended. These should be sent directly from the school to ensure they are considered official. Transcripts submitted by applicants themselves are not accepted. If you attended a Jewish high school, include a Jewish studies transcript as well.
4. Standardized Test Scores
Yeshiva University accepts both SAT and ACT scores. While submission is optional, providing these scores can strengthen your application, especially if your GPA is on the lower end. The average SAT score for admitted students is approximately 1340, and the average ACT score is around 29.
5. Letters of Recommendation
Two letters of recommendation are required:
Academic Recommendation: From a teacher or school counselor who can speak to your academic abilities.
Character Reference: From someone who can attest to your personal qualities and character.
These letters should be submitted directly by the recommenders to the admissions office.
6. Personal Essay
Write a personal essay responding to one of the provided prompts. This is your opportunity to showcase your personality, experiences, and motivations for applying to Yeshiva University. The essay helps the admissions committee understand who you are beyond your grades and test scores.
Know moreIn 1987, Yeshiva University opened the Sy Syms School of Business, named after the late businessman Sy Syms. The school offers undergraduate and graduate programs in business administration, emphasizing ethical leadership and entrepreneurial spirit. Its establishment marked a major achievement in providing business education within a Jewish context
In 1974, Yeshiva University established the Liver Research Center, now known as the Marion Bessin Liver Research Center. This was the first institute in the nation devoted to the study of liver disease and injury. The center has been instrumental in advancing knowledge about liver function, hepatitis, and cirrhosis, leading to improved diagnostic and therapeutic strategies.
In 1973, Yeshiva University established the Yeshiva University Museum, dedicated to preserving and exhibiting Jewish art, culture, and history. The museum offers a diverse range of exhibitions and educational programs, serving as a cultural hub for the community. Its establishment marked a significant achievement in promoting Jewish cultural heritage.
In 1964, Yeshiva University established the first medical school department of genetics in the United States. This pioneering move underscored YU's commitment to advancing genetic research and education. The department has since contributed to significant discoveries in genetic disorders, molecular biology, and personalized medicine
In 1958, Yeshiva University established the Belz School of Jewish Music, aiming to preserve and promote Jewish musical traditions. The school offers programs in Jewish musicology, cantorial studies, and Jewish music education. Its establishment marked a significant achievement in integrating Jewish cultural heritage with academic study
In 1955, Yeshiva University opened the Albert Einstein College of Medicine, named after the renowned physicist Albert Einstein. The medical school has since become a leading institution in medical education and research, contributing significantly to advancements in healthcare and medical science. Its establishment marked a major achievement in YU's expansion into professional education
In 1954, Yeshiva University inaugurated Stern College for Women, offering women the opportunity to pursue higher education in a Jewish environment. The college has since become a leading institution for women's liberal arts education, emphasizing academic excellence and Jewish values. Its establishment was a significant achievement in promoting gender equality in Jewish higher education
In the 1950s, Dr. Harry Eagle at Yeshiva University developed landmark techniques to grow human tissue cells under laboratory conditions. This advancement enabled researchers to study human cells in a controlled environment, facilitating discoveries in cell biology, cancer research, and drug development. Dr. Eagle's methods have been widely adopted in laboratories worldwide and remain a cornerstone in biomedical research.
In 1928, Yeshiva University established Yeshiva College, the first liberal arts college under Jewish auspices. This milestone marked a significant step in integrating Jewish values with secular education, providing students with a comprehensive academic experience. The college's founding laid the foundation for YU's commitment to "Torah Umadda"—the harmonious integration of Jewish tradition and general knowledge
In 1897, Yeshiva University inaugurated the Rabbi Isaac Elchanan Theological Seminary, the rabbinical school of YU. The seminary has since trained generations of Jewish clergy, educators, and leaders, playing a pivotal role in the development of modern Orthodox Judaism. Its establishment marked a foundational achievement in YU's mission to integrate Torah study with academic scholarship
Researchers at Yeshiva University were instrumental in founding the field of neuroendocrinology, which studies the interactions between the nervous system and the endocrine system. This interdisciplinary field has led to significant advancements in understanding how hormones affect brain function and behavior, influencing areas such as stress response, reproduction, and metabolism. Their pioneering work laid the foundation for ongoing research in neuroscience and endocrinology
In 1988, researchers at Yeshiva University's Center for AIDS Research, led by Dr. Arye Rubinstein, identified pediatric AIDS as a distinct disease. This groundbreaking work led to the establishment of the first daycare center in the world for children with AIDS, providing specialized care and support. Their research has been pivotal in understanding and addressing the unique needs of children affected by HIV/AIDS
In 1976, Dr. Susan B. Horwitz, a researcher at Yeshiva University, identified the mechanism of action of Taxol, a groundbreaking chemotherapy drug. Her research revealed that Taxol stabilizes microtubules and prevents their disassembly, which is crucial for cell division. This discovery significantly contributed to the development of Taxol as a widely used treatment for various cancers, including ovarian and breast cancer. Dr. Horwitz's work has had a lasting impact on cancer therapy and drug development.
In 1974, Yeshiva University established the Liver Research Center, now known as the Marion Bessin Liver Research Center, as the first institute in the nation devoted to the study of liver disease and injury. This center has been instrumental in advancing knowledge about liver function, hepatitis, and cirrhosis, leading to improved diagnostic and therapeutic strategies. Its research continues to influence hepatology and public health policies
In the 1970s, Dr. Matthew D. Scharff and colleagues at Yeshiva University discovered the mechanisms responsible for the extraordinary diversity of antibodies and their remarkable precision in mounting an immune response. Their research elucidated how the immune system generates a vast array of antibodies to recognize and combat a wide range of pathogens. This work has had profound implications for immunology and vaccine development
In 1964, Yeshiva University became the first medical school in the United States to establish a Department of Genetics. This pioneering move underscored the university's commitment to advancing genetic research and education. The department has since contributed to significant discoveries in genetic disorders, molecular biology, and personalized medicine, positioning YU at the forefront of genetic research and training
In the 1960s and 1970s, Dr. Stanley G. Nathenson and his team at Yeshiva University pioneered research leading to improved methods of avoiding organ transplant rejection. Their work focused on understanding the molecular mechanisms underlying immune responses to transplanted tissues, leading to the development of immunosuppressive therapies that have significantly improved transplant success rates. Their contributions have saved countless lives and advanced the field of transplant medicine
In the 1960s, mathematicians Irving S. Reed and Gustave Solomon developed the Reed-Solomon codes, a class of error-correcting codes that have become fundamental in digital communication and data storage. These codes are widely used in technologies such as CDs, DVDs, QR codes, and deep-space communication systems. Their invention has been instrumental in ensuring data integrity across various digital platforms.
In the 1960s, Dr. Dominick P. Purpura at Yeshiva University discovered structural abnormalities of brain cells that explain deficiencies in cognitive development. His research provided insights into the cellular basis of mental retardation and other developmental disorders, leading to a better understanding of neurodevelopmental conditions. Dr. Purpura's work has been foundational in neuroscience and has informed therapeutic approaches for various cognitive impairments
In the 1950s, Dr. Harry Eagle at Yeshiva University developed landmark techniques to grow human tissue cells under laboratory conditions. This advancement enabled researchers to study human cells in a controlled environment, facilitating discoveries in cell biology, cancer research, and drug development. Dr. Eagle's methods have been widely adopted in laboratories worldwide and remain a cornerstone in biomedical research
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