Bachelor of Science (BS) in Physics

Program Overview A rigorous exploration of the fundamental laws of the universe, covering matter, energy, and forces from classical mechanics to the frontiers of quantum physics.

Core Curriculum & Technical Expertise

  • Key Courses: Classical Mechanics, Electromagnetism, Quantum Mechanics.

  • Technical Pillars: Thermodynamics, Astrophysics, and Mathematical Physics.

  • Applied Training: Hands-on experimentation in Condensed Matter labs and participation in undergraduate research fellowships.

  • Specialization: Opportunities to focus on Aerospace applications or Renewable Energy technologies.

Admissions & Mathematical Prerequisites

  • Academic Foundation: Advanced background in Calculus (I, II, and III) and High School Physics.

  • Testing: Competitive SAT/ACT scores, with a strong emphasis on the Mathematics section.

  • Skills: Proficiency in analytical problem-solving and computational modeling.

Faculty Spotlight (who teaches it)

  • Lead Researcher:Dr. Emily Johnson (Condensed Matter Physicist).

  • Expertise:Superconductors and Quantum Materials.

  • Research Impact: Principal Investigator for studies on energy-efficient materials; recipient of national grants for experimental physics.

  • Student Impact: Mentors students in high-tech fabrication labs, focusing on the development of next-generation superconducting technologies.

Career & Industry Outcomes

  • Primary Paths: Research Scientist, Aerospace Engineer, Data Scientist, and Renewable Energy Consultant.

  • Advanced Pathways: Prepares students for Ph.D. programs in Theoretical or Experimental Physics.

International Student Requirements

  • Credentialing: Full evaluation of previous academic credentials for US equivalency.

  • Language: Mandatory proof of English proficiency (TOEFL/IELTS)

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