Columbia University

What you'll study

The Engineering Physics curriculum blends core physics and mathematics with engineering fundamentals and laboratory experience. Students build a strong foundation in classical mechanics, electromagnetism, statistical mechanics, and quantum mechanics alongside multivariable calculus, differential equations and linear algebra. Engineering coursework typically includes circuits and electronics, materials science, thermodynamics, control systems and computational methods. Practical laboratory courses, experimental techniques, and project-based design work are emphasised throughout the programme, and a senior capstone or research project allows students to apply theory to an original engineering or experimental problem.

Elective tracks and advanced options allow specialisation in areas such as applied physics, nanotechnology and materials, photonics and optics, quantum engineering, or computational physics. Students can also take courses across Columbia’s departments and schools — for example, computer science, electrical engineering, mechanical engineering, and the Department of Physics — enabling interdisciplinary study. Research opportunities with faculty groups and campus institutes give undergraduates early exposure to experimental and theoretical research methods.

Entry requirements

Admission to Columbia Engineering is competitive and based on an assessment of academic preparation, extracurricular engagement, recommendations and the overall strength of the application. Successful applicants typically present a strong background in mathematics (calculus) and physics, with complementary preparation in chemistry and computing being advantageous. Typical preparation from secondary school includes advanced coursework in calculus and physics; international applicants should present equivalent qualifications from their national systems.

Columbia uses a holistic review process; there is no single threshold for GPA or test scores published here. Applicants are expected to demonstrate problem-solving ability, intellectual curiosity, and readiness for a programme that integrates abstract physics and engineering practice. Applicants should consult Columbia’s admissions office or official website for guidance on application materials and any standardised testing policies.

Career prospects

Graduates of Engineering Physics pursue a range of careers in industry, research and further study. Many move on to graduate programmes in physics, electrical engineering, materials science or applied physics, while others enter industry directly. Common roles include R&D engineer, systems engineer, design engineer, instrumentation engineer, process engineer in semiconductor and materials industries, and software or data scientist roles that leverage strong quantitative skills.

Because of the programme’s emphasis on both theory and hands-on skills, alumni also find opportunities in emerging fields such as quantum technologies, photonics, nanotechnology, energy systems, and aerospace. The broad analytical training is valued in finance, technology consulting and entrepreneurship as well. Columbia’s New York location and industry connections support internships and employer engagement that help students transition into professional roles.

Why study at Columbia University

Columbia Engineering offers Engineering Physics within a research-intensive university in the heart of New York City, providing access to a wide range of laboratories, interdisciplinary centres and industry partners. Undergraduates benefit from research groups in applied physics, materials, optics, and quantum information, as well as shared facilities and institutes that span the university.

The curriculum is designed to combine rigorous technical training with the broader educational resources of Columbia, including elective coursework across departments and opportunities to engage with the humanities and social sciences. Proximity to a large and diverse economy gives students access to internships, industry collaborations and startups. Faculty mentoring, undergraduate research opportunities and career services at Columbia support students preparing for advanced study or technical careers at the intersection of physics and engineering.