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BS in Physics, SUNY Buffalo State
Buffalo, New York
.
48 Months
Check Eligibility
About this course
The Physics B.S. program offers students a comprehensive foundation in the fundamental concepts and applications of physics. Designed for those interested in further graduate study or pursuing careers in physics or related fields, this program provides a balanced mix of theoretical and practical learning. Students can opt for a traditional four-year degree or choose the "three-two" cooperative program, which combines three years of physics coursework at Buffalo State with two additional years transferring to an engineering school. The curriculum emphasizes core physics skills, laboratory techniques, and computational methods, equipping students with a well-rounded scientific education.
Why this course is highly recommended
The program's flexibility and strong focus on both fundamental and applied physics make it a compelling choice. Its unique "three-two" pathway provides an excellent opportunity for students interested in engineering, making it a versatile option. The curriculum emphasizes practical laboratory skills, computational proficiency, and problem-solving abilities, which are highly valued in scientific careers and graduate studies. Additionally, the connection to reputable engineering schools enhances the potential for advanced opportunities.
Specialisation
Students in this program can pursue either a standard four-year physics degree or the "Three-Two" Physics Engineering Option. The latter allows students to spend three years at Buffalo State studying physics, followed by two years at an engineering school to earn an engineering degree. This pathway has seen recent transfers to institutions like Binghamton University, the University at Buffalo, and Clarkson University, offering a tailored approach to engineering and applied physics.
Course fees
Application fees
16.55L
1st year tuition fees
16.55L
Living cost
-
Living cost
-
Degree requirements
To graduate with a B.S. in Physics, students must complete 120 credit hours, including general education, core physics courses, and additional electives. Core courses involve physics fundamentals, modern physics, computational labs, and theoretical physics. The "three-two" option requires specific courses like advanced physics labs and electric circuit analysis, plus 10 transfer credits from engineering courses. For the full four-year degree, additional physics courses such as classical mechanics and quantum mechanics are included. Outside coursework in chemistry and mathematics is also required.
English language test
IELTS
5.5
TOEFL
61
PTE
44
DUOLINGO
90
Career prospects
Graduates of this program are well-prepared for a range of careers in physics, engineering, research, and technology. The curriculum's emphasis on laboratory skills, computational methods, and problem-solving makes students competitive for scientific employment. The "three-two" pathway particularly opens doors to engineering roles via transfer to partner universities, broadening career options in applied sciences and engineering fields.
FAQs
Can I transfer to a different engineering school after completing three years of the program?
Yes, students in good standing can transfer to engineering schools like Binghamton University, the University at Buffalo, or Clarkson University and complete their engineering degree.
Are there laboratory components in the program?
Yes, the curriculum includes practical laboratory courses such as PHY 214 (Optics and Heat Laboratory), PHY 410 (Advanced Physics Laboratory), and others to develop hands-on skills.
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