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Physics Bachelor’s Degrees Programs in New York City

Physics explores the fundamental principles that govern matter, energy, and their interactions. A degree in physics equips students with problem-solving skills, analytical thinking, and a deep understanding of the physical world. In New York City, students have access to top institutions offering cutting-edge research opportunities, advanced laboratories, and experienced faculty. This program is ideal for those passionate about scientific discovery and its applications in technology, engineering, and beyond. A physics degree can lead to careers in research, education, engineering, data analysis, or further study in specialized fields.

CUNY Graduate School and University Center

This institution offers a dynamic physics program focusing on research and advanced studies. Students gain hands-on experience in labs and access to expert faculty.

Curriculum Details:

  • Comprehensive Curriculum: Students engage in 11-12 biology courses, 6-7 courses in math, statistics, chemistry, and physics, and 3 research-focused courses, covering topics such as cell biology, ecology, genetics, and molecular biology.
  • Research and Internship Opportunities: The program emphasizes hands-on learning through inquiry-based instruction and original research, with students encouraged to participate in internships at institutions like Albert Einstein College of Medicine and Johns Hopkins University.
  • Phone: (212) 817-7000
  • Website: gc.cuny.edu
  • Directions: Accessible by subway lines B, D, F, M, and N at the 34th Street-Herald Square Station.

New York University

NYU provides a comprehensive physics curriculum emphasizing theoretical and applied sciences, preparing students for diverse career paths.

Curriculum Details:

  • Comprehensive Curriculum: Students must complete 60 credits of graduate coursework, covering core areas such as quantum mechanics, analytic dynamics, and electromagnetic theory. The program includes a First Examination testing knowledge in these subjects, followed by a Second Examination assessing readiness for dissertation research.
  • Research Opportunities: The program provides avenues for research in various fields, including astrophysics, biophysics, computational physics, and photonics. Students have access to state-of-the-art facilities, such as the Advanced Science Research Center, and can collaborate with faculty across multiple CUNY colleges.
  • Phone: (212) 998-1212
  • Website: nyu.edu
  • Directions: Accessible by subway lines 4, 5, 6, B, D, F, and M at West 4th Street-Washington Square.

Stevens Institute of Technology

Stevens offers a physics program with a focus on innovation and technology, featuring cutting-edge facilities and personalized academic support.

Curriculum Details:

  • Comprehensive Curriculum with Hands-On Research: The program provides a solid foundation in both theoretical and applied physics through rigorous coursework and hands-on research experiences in state-of-the-art laboratories.
  • Specialized Concentrations and SKIL Sequence: Students can specialize in Astrophysics, Photonics, or Quantum Engineering, and participate in the six-semester Science Knowledge Integration Ladder (SKIL) project sequence, fostering independent learning and innovative problem-solving.
  • Phone: (201) 216-5000
  • Website: stevens.edu
  • Directions: Accessible via PATH trains to Hoboken Terminal.

CUNY Hunter College

Hunter College provides a strong foundation in physics, combining coursework and research opportunities to prepare students for graduate studies or professional careers.

Curriculum Details:

  • Structured Curriculum with Core Physics Courses: The program requires 2.5 years of physics courses, covering topics such as mechanics, heat, sound, electricity, magnetism, optics, atomic and nuclear physics, electronics, intermediate mechanics, and electricity and magnetism.
  • Laboratory Experience and Elective Recommendations: Students engage in laboratory courses, including classical physics lab, modern physics lab, and electronics lab. Elective courses such as quantum theory, theoretical physics, optics, and statistical and thermal physics are recommended to provide a well-rounded knowledge of physics.
  • Phone: (212) 772-4000
  • Website: hunter.cuny.edu
  • Directions: Accessible via subway line 6 to 68th Street-Hunter College Station.

Saint Peter’s University

Saint Peter’s physics program offers personalized instruction and a focus on hands-on learning to develop analytical and technical skills.

Curriculum Details:

  • Comprehensive Core Curriculum: The program includes foundational courses such as General Physics I and II with corresponding laboratories, Electronics, Modern Physics, Optics, Mechanics, and Electricity and Magnetism I.
  • Mathematics and Chemistry Integration: Students are required to complete mathematics courses up to Multivariable Calculus II and introductory chemistry courses, ensuring a well-rounded scientific education.

CUNY New York City College of Technology

This college provides a practical approach to physics, integrating technology and real-world applications.

Curriculum Details:

  • Diverse Course Offerings: Courses in physics, astronomy, and general science aim to develop students’ understanding of nature and the fundamental laws governing the universe. The curriculum emphasizes comprehension of basic physical principles and logical problem-solving skills.
  • Applied Computational Physics Bachelor’s Program: This program integrates applied physics with high-performance computing, covering complex natural laws, physics methods, and computational techniques. It prepares students for careers in scientific research and industry by providing a strong foundation in both physics and computational skills.

Barnard College

Barnard offers a collaborative physics program, emphasizing small class sizes and research opportunities.

Curriculum Details:

  • Comprehensive Curriculum with Multiple Majors: Students can pursue majors in Physics, Astronomy, or Astrophysics, with options for interdisciplinary studies such as biophysics, chemical physics, engineering physics, mathematical physics, and astrochemistry. The curriculum includes foundational courses like Mechanics, Electricity & Magnetism, Waves & Optics, and Quantum Physics, along with advanced topics and laboratory work.
  • Research Opportunities and Honors Program: Qualified seniors are invited to participate in a yearlong research project leading to a thesis through the senior honors program, providing hands-on experience and mentorship in various areas of physics and astronomy.

  • Phone: (212) 854-5262
  • Website: barnard.edu
  • Directions: Accessible via subway line 1 to 116th Street-Columbia University Station.

Columbia University in the City of New York

Columbia’s physics program is renowned for its rigorous curriculum and research facilities, attracting students globally.

Curriculum Details:

  • Comprehensive Curriculum with Accelerated Options: Students begin with introductory courses in various subfields of physics, including both lecture and laboratory work. An accelerated two-semester sequence is available for those with strong backgrounds in physics and mathematics, covering topics such as mechanics, electromagnetism, and quantum mechanics.
  • Advanced Courses and Research Opportunities: Following the introductory sequence, the program offers intermediate and advanced courses in areas like classical mechanics, quantum mechanics, electromagnetism, nuclear and particle physics, astrophysics, statistical mechanics, and condensed matter physics. Qualified undergraduates can undertake individual tutorials in advanced topics under faculty supervision, providing opportunities for involvement in cutting-edge research.

CUNY City College

City College offers an in-depth physics program with a focus on experimental and theoretical research.

Curriculum Details:

  • Comprehensive Undergraduate Curriculum: The program provides a solid foundation in physics, covering core areas such as classical mechanics, electromagnetism, quantum mechanics, and thermodynamics. Students engage in both theoretical coursework and practical laboratory experiences to develop a deep understanding of physical principles.
  • Research Opportunities and Advanced Studies: CCNY emphasizes research involvement, offering students opportunities to participate in cutting-edge projects across various physics subfields. The program prepares graduates for advanced studies or careers in physics and related disciplines.

  • Phone: (212) 650-7000
  • Website: ccny.cuny.edu
  • Directions: Accessible via subway line 1 to 137th Street-City College Station.

New Jersey City University

NJCU’s physics program combines theoretical learning and practical applications, equipping students for versatile careers.

Curriculum Details:

  • Diverse Course Offerings: The department provides a range of courses covering fundamental physics principles, including mechanics, heat, electricity and magnetism, light and sound, and modern physics. Specialized courses such as Physical Principles of Telecommunications and Physics in the Arts and Media are also available.
  • Dual-Degree Programs: NJCU collaborates with the New Jersey Institute of Technology (NJIT) to offer dual-degree programs, allowing students to earn a Bachelor of Science in Applied Physics from NJCU and a Bachelor of Science in Engineering from NJIT in fields like Electrical, Civil, or Mechanical Engineering.
  • Phone: (201) 200-2000
  • Website: njcu.edu
  • Directions: Accessible via PATH trains to Journal Square Station.

Yeshiva University

Yeshiva University provides a physics program focused on integrating scientific inquiry with modern technologies.

Curriculum Details:

  • Comprehensive Curriculum with Advanced Courses: The program provides a solid foundation in physics through courses such as General Physics I-IV, Classical Mechanics, Electromagnetic Theory, Statistical Thermodynamics, and Quantum Mechanics. Advanced laboratory courses and a Physics Colloquium are also integral parts of the curriculum.
  • Interdisciplinary Opportunities and Research Focus: Students have the option to engage in interdisciplinary studies, including pre-engineering tracks, and are encouraged to participate in research projects under faculty guidance, preparing them for diverse careers in science, engineering, medicine, law, business, and finance.

CUNY Brooklyn College

Brooklyn College offers a physics program emphasizing strong academic training and research collaborations.

Curriculum Details:

  • Rigorous Curriculum with Advanced Coursework: Designed for students aiming for graduate studies in physics or astronomy, the program includes advanced courses such as Classical Mechanics, Electromagnetic Theory, Quantum Mechanics, and Statistical Thermodynamics. Students engage in both theoretical and practical learning through laboratory work and research opportunities.
  • Comprehensive Science and Mathematics Foundation: In addition to core physics courses, students complete coursework in Chemistry, Computer and Information Science, and Mathematics, ensuring a well-rounded scientific education. The program requires a total of 69 credits, with specific grade requirements to progress in advanced courses.
  • Phone: (718) 951-5000
  • Website: brooklyn.cuny.edu
  • Directions: Accessible via subway lines 2 and 5 to Flatbush Avenue-Brooklyn College Station.

New Jersey Institute of Technology

NJIT‘s physics program emphasizes interdisciplinary research, preparing students for high-demand scientific careers.

Curriculum Details:

  • Rigorous Curriculum with Advanced Coursework: Designed for students aiming for graduate studies in physics or astronomy, the program includes advanced courses such as Classical Mechanics, Electromagnetic Theory, Quantum Mechanics, and Statistical Thermodynamics. Students engage in both theoretical and practical learning through laboratory work and research opportunities.
  • Comprehensive Science and Mathematics Foundation: In addition to core physics courses, students complete coursework in Chemistry, Computer and Information Science, and Mathematics, ensuring a well-rounded scientific education. The program requires a total of 69 credits, with specific grade requirements to progress in advanced courses.
  • Phone: (973) 596-3000
  • Website: njit.edu
  • Directions: Accessible via PATH trains to Newark Penn Station.

Rutgers University-Newark

Rutgers-Newark offers a physics degree with diverse research opportunities in astrophysics, materials science, and quantum mechanics.

Curriculum Details:

  • Bachelor of Arts in Physics: The curriculum includes courses such as Observational Astronomy, Mechanics II, and Electromagnetic Fields and Waves, providing a comprehensive foundation in physics principles.
  • Undergraduate Research Opportunities: Students can earn course credit by participating in research conducted by physics faculty, gaining hands-on experience in various physics subfields.
  • Phone: (973) 353-1766
  • Website: newark.rutgers.edu
  • Directions: Accessible via PATH trains to Newark Penn Station.

CUNY Queens College

Queens College provides a physics program with strong academic instruction and research options in emerging fields.

Curriculum Details:

  • Bachelor of Arts in Physics: The curriculum includes courses such as Observational Astronomy, Mechanics II, and Electromagnetic Fields and Waves, providing a comprehensive foundation in physics principles.
  • Undergraduate Research Opportunities: Students can earn course credit by participating in research conducted by physics faculty, gaining hands-on experience in various physics subfields.

CUNY Lehman College

Lehman College offers a physics program with a focus on core principles and research opportunities, preparing students for diverse career paths.

Curriculum Details:

  • Bachelor of Science (B.S.) and Bachelor of Arts (B.A.) Degrees in Physics: The B.S. program requires 60 credits and is designed for students aiming for graduate studies or careers in physics and related fields. The B.A. program requires 38 credits and offers flexibility for students interested in interdisciplinary applications of physics.
  • Comprehensive Curriculum with Research Opportunities: The curriculum includes foundational courses in mechanics, electromagnetism, thermodynamics, and quantum mechanics, along with advanced electives such as Astrophysics and Mathematical Physics. Students are encouraged to engage in independent study and research projects under faculty mentorship, providing practical experience in various physics subfields.
  • Phone: (718) 960-8000
  • Website: lehman.cuny.edu
  • Directions: Accessible via subway line 4 to Bedford Park Boulevard-Lehman College Station.

Fordham University

Fordham University’s physics program provides a strong foundation in theory and applied sciences with access to modern research facilities.

Curriculum Details:

  • Comprehensive Curriculum with Research Opportunities: The program provides a solid foundation in physics through courses such as Classical Mechanics, Electricity and Magnetism, Thermodynamics, and Quantum Mechanics. Students are encouraged to engage in research projects alongside faculty, gaining practical experience in areas like materials science, medical physics, and laser optics.
  • Interdisciplinary Education through Core Curriculum: Beyond physics courses, students complete Fordham’s common core curriculum, which includes studies in philosophy, theology, history, literature, languages, and the performing arts, fostering a well-rounded liberal arts education.
  • Phone: (718) 817-1000
  • Website: fordham.edu
  • Directions: Accessible via Metro-North Railroad to Fordham Station.

Wagner College

Wagner College offers a personalized physics program emphasizing small class sizes and practical learning experiences.

Curriculum Details:

  • Hands-On Learning and Interdisciplinary Integration: Students gain practical experience in electronics, optics, nuclear physics, astronomy, and solar energy, while also taking courses in chemistry, mathematics, computer science, and liberal arts.
  • Senior Research Projects and Planetarium Resource: In their senior year, students undertake research projects, utilizing the college’s planetarium to enhance their studies. Graduates often pursue advanced studies or enter competitive positions in industry and education.

CUNY York College

York College provides a physics program focused on academic excellence and research in contemporary scientific fields.

Curriculum Details:

  • Comprehensive Curriculum: The program provides a solid foundation in physics, covering core areas such as mechanics, electromagnetism, thermodynamics, and quantum mechanics. Students engage in both theoretical coursework and practical laboratory experiences to develop a deep understanding of physical principles.
  • Preparation for Advanced Studies and Careers: The curriculum is designed to prepare students for graduate study in physics, astronomy, or engineering. The problem-solving skills acquired also qualify graduates for various careers in industry, including finance.
  • Phone: (718) 262-2000
  • Website: york.cuny.edu
  • Directions: Accessible via subway line E to Jamaica Center-Parsons/Archer Station.

St. John’s University-New York

St. John’s offers a physics program combining theoretical knowledge with laboratory applications for a well-rounded education.

Curriculum Details:

  • Comprehensive Curriculum with Research Opportunities: The Bachelor of Science in Physics provides rigorous training in both theoretical and experimental physics, covering topics such as electricity and magnetism, quantum theory, thermodynamics, and fluid mechanics. Students are encouraged to participate in research projects with faculty, preparing them for graduate studies or various career paths.
  • Interdisciplinary Programs and Accelerated Degrees: In addition to the standard Physics major, the department offers degrees in Mathematical Physics and Physical Science, as well as combined B.S./M.B.A. programs that allow students to complete both degrees within five years.
  • Phone: (718) 990-2000
  • Website: stjohns.edu
  • Directions: Accessible via bus or subway line F to 169th Street Station.

Manhattan College

Manhattan College’s physics program emphasizes analytical skills, offering courses that integrate theory with experimental methods.

Curriculum Details:

  • Comprehensive Curriculum with Theoretical and Experimental Focus: Students engage in a curriculum that covers key areas such as mechanics, electricity and magnetism, and waves, utilizing mathematical, computational, and experimental techniques to solve complex problems.
  • Development of Versatile Skills for Diverse Careers: The program emphasizes the cultivation of strong technical and analytical skills, preparing graduates for careers in science, STEM education, data science, medicine, engineering, finance, and law.

Montclair State University

Montclair State provides a physics program with a focus on hands-on research and interdisciplinary learning.

College of Staten Island CUNY

This program combines a solid physics curriculum with access to advanced facilities for academic and career development.

Curriculum Details:

  • Bachelor of Science (BS) Degrees with Specialized Tracks: Students can pursue a BS in Physics, with options to focus on Astrophysics or Teaching (grades 7-12). The department also provides minors in Physics and Astronomy.
  • Active Research Opportunities and Advanced Facilities: The department conducts leading-edge research in areas such as astrophysics, cosmology, condensed matter physics, photonics, and nanotechnology. Students have access to the Astrophysical Observatory and are encouraged to participate in research projects alongside faculty members.

Seton Hall University

Seton Hall offers a physics program blending core principles with research opportunities in applied sciences.

Curriculum Details:

  • Bachelor of Science (BS) Degrees with Specialized Tracks: Students can pursue a BS in Physics, with options to focus on Astrophysics or Teaching (grades 7-12). The department also provides minors in Physics and Astronomy.
  • Active Research Opportunities and Advanced Facilities: The department conducts leading-edge research in areas such as astrophysics, cosmology, condensed matter physics, photonics, and nanotechnology. Students have access to the Astrophysical Observatory and are encouraged to participate in research projects alongside faculty members.
  • Phone: (973) 761-9000
  • Website: shu.edu
  • Directions: Accessible via NJ Transit trains to South Orange Station.

Iona University

Iona University’s physics program focuses on critical thinking and experimental research to prepare students for professional success.

Curriculum Details:

  • Interdisciplinary Curriculum: The department provides a collaborative approach to the sciences, offering programs in Mathematics (BA/BS), Mathematics and Adolescent Education (BA, BS/MST), Mathematics/Computer Science (BS/MS), and minors in Physics and Data Science. The curriculum emphasizes developing logical and analytical thinking skills to understand nature and the forces that impact life on Earth.
  • Mission-Driven Education: Committed to academic excellence, the department values the beauty, logic, and rigor of theoretical disciplines, as well as their practical applications. Faculty provide a liberal arts-based education that is both traditional and contemporary, aiming to develop critical thinkers who value truthfulness, creativity, intellectual inquiry, and lifelong learning.
  • Phone: (914) 633-2000
  • Website: iona.edu
  • Directions: Accessible via Metro-North Railroad to New Rochelle Station.

Adelphi University

Adelphi’s physics program offers personalized learning experiences and access to state-of-the-art facilities.

Curriculum Details:

  • Bachelor of Arts (BA) and Bachelor of Science (BS) Degrees: The BA program requires 120 credits, including 38 core physics credits, 15 mathematics credits, and up to 12 foreign language credits. The BS program also requires 120 credits, with 48 core physics credits and 15 mathematics credits. Both programs are designed to be completed in four years with a minimum GPA of 2.0.
  • Research Opportunities and Personalized Attention: Students benefit from small class sizes and individualized attention from faculty. The program emphasizes problem-solving and analytical thinking, preparing graduates for careers in engineering, research, computational science, and education.

Long Island University

LIU’s physics program integrates theoretical and applied sciences with opportunities for independent research.

Curriculum Details:

  • Bachelor of Science in Artificial Intelligence: Program in this university focuses on machine learning, data analysis, and computational modeling, areas that often require a solid understanding of physics concepts.
  • Bachelor of Science in Digital Engineering: This program emphasizes the application of engineering principles in digital contexts, integrating aspects of physics, mathematics, and computer science.
  • Phone: (516) 299-2900
  • Website: liu.edu
  • Directions: Accessible via LIRR to Hicksville Station, then local bus.

Hofstra University

Hofstra offers a physics program designed to develop problem-solving skills and prepare students for diverse careers in science.

Curriculum Details:

  • Diverse Degree Options: Students can choose from a Bachelor of Arts (BA) in Physics, a Bachelor of Science (BS) in Physics, and a BS in Applied Physics. The BA is ideal for those interested in teaching or technical careers not requiring advanced degrees, while the BS programs are suited for students aiming for research roles or advanced studies in physics or engineering.
  • Comprehensive Curriculum with Research Opportunities: The curriculum covers foundational and advanced topics, including modern physics, mechanics, optics, electricity and magnetism, quantum mechanics, and thermodynamics. Starting in their sophomore or junior years, about half of the majors participate in research programs or advanced projects until graduation.
  • Phone: (516) 463-6600
  • Website: hofstra.edu
  • Directions: Accessible via LIRR to Hempstead Station.

New York Institute of Technology

NYIT’s physics program emphasizes cutting-edge technologies and interdisciplinary applications.

Curriculum Details:

  • Bachelor of Science (B.S.) in Physics with Optional Quantum Informatics Concentration: The program provides a comprehensive foundation in physics, covering core areas such as mechanics, electromagnetism, thermodynamics, and quantum mechanics. Students can opt for a concentration in Quantum Informatics, focusing on emerging quantum technologies.
  • Emphasis on Practical Learning and Research Opportunities: NYIT emphasizes hands-on learning through small classes, personalized attention, and cutting-edge research opportunities. Students can engage in research in areas like experimental biophysics, astrophysics, and quantum information, utilizing state-of-the-art facilities and resources.
  • Phone: (516) 686-1000
  • Website: nyit.edu
  • Directions: Accessible via LIRR to Westbury Station, then local transportation.

SUNY Old Westbury

SUNY Old Westbury provides a physics program focusing on academic rigor and research in contemporary scientific fields.

Curriculum Details:

  • Specialized Concentrations: Offers four tracks—General Physics, Health Science, Quantitative Finance, and Applied/Computational Physics—tailored for careers in STEM, medicine, finance, and engineering.
  • Comprehensive Core Curriculum: Includes foundational courses in physics, chemistry, and mathematics, along with advanced studies in mechanics, electromagnetism, thermodynamics, and quantum mechanics.
  • Phone: (516) 876-3000
  • Website: oldwestbury.edu
  • Directions: Accessible via LIRR to Westbury Station, then local bus.

Drew University

Drew University’s physics program focuses on small class sizes and opportunities for individualized research.

Curriculum Details:

  • Flexible Degree Options: Students can pursue a Bachelor of Arts (BA) or Bachelor of Science (BS) in Physics, or a BS in Engineering Physics, each tailored to different career goals, including research, engineering, education, and interdisciplinary fields.
  • Emphasis on Research and Practical Experience: The program encourages hands-on learning through opportunities such as the Drew Summer Science Institute (DSSI), participation in the Drew Particle Physics Group (DPPG) collaborating with Fermilab, and access to facilities like a 16-inch research-grade telescope, preparing students for advanced studies and diverse careers.
  • Phone: (973) 408-3000
  • Website: drew.edu
  • Directions: Accessible via NJ Transit trains to Madison Station.

Ramapo College of New Jersey

Ramapo College offers a physics program with a strong emphasis on research and experiential learning.

Curriculum Details:

  • Comprehensive Theoretical and Practical Curriculum: The program provides a broad foundation in applied physics, covering areas such as electronics, mechanics, thermodynamics, electromagnetic theory, optics, relativity, atomic and quantum theory, nuclear and solid-state physics, and computer science.
  • Diverse Career Opportunities: Graduates are prepared for various fields, including electronics, atomic and nuclear physics, solid-state and low-temperature physics, optics, acoustics, quantum electronics, astrophysics, biophysics, chemical physics, and other applied technology sectors.
  • Phone: (201) 684-7500
  • Website: ramapo.edu
  • Directions: Accessible via NJ Transit trains to Mahwah Station.

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