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The Engineering Physics program targets students aiming to tackle both fundamental and applied technical challenges. For those pursuing a comprehensive engineering education, this program equips you for diverse careers in an ever-evolving technological landscape. Whether your passion lies in basic research, biotechnology, computer and information sciences, microelectronics, nanotechnology, optical engineering, software development, or any emerging engineering field demanding a strong technical foundation, an engineering physics bachelor's degree unlocks your potential. Cornell's undergraduate EP curriculum prepares you for roles in research or development within pure or applied science, advanced technology, or engineering. It centers on the core principles of physics and mathematics, both experimental and theoretical, which are essential to modern engineering and science and widely applicable. By selecting a specific concentration, you can merge this physics foundation with solid expertise in a traditional engineering or applied science discipline. Engineering physics highlights the fundamental physics behind most engineering advancements and the mathematical skills crucial for all engineers and scientists. The EP curriculum motivates students to push their limits and cultivate broad competencies in the physical sciences. Our program promotes proficiency in key areas of basic physics and related abilities that are vital for success. Paired with hands-on experience in computing, electronics, and laser technology, this provides outstanding preparation for a wide array of career paths.
Students completing their high school during the 2021-22 academic year or if they've graduated from high school but have earned fewer than 12 credits at a college or university are eligible for admission as first year students.
TOEFL - Score of 100 and above (Internet-based exam); 70 and above on the PTE Academic; IELTS - Score of 7.5.