BS in Physics -Science Education (Grades 4-12), University of Wisconsin–La Crosse

La Crosse, Wisconsin

48 Months

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About this course

Studying physics at UWL opens a window into understanding how things work, from the microscopic quarks to the vast galaxies. The program explores fundamental rules of nature and how these principles have technological and healthcare applications, such as computer chips, medical diagnostics like MRIs, and radiation therapy. Recognized as a leader in undergraduate physics education, UWL offers a robust curriculum that combines theoretical knowledge with practical research experience. The department emphasizes undergraduate involvement in research projects across diverse fields, supported by state-of-the-art labs and access to extensive funding. Students benefit from a nationally-recognized faculty, Nobel laureates' lectures, and active student organizations. Additionally, the program includes a variety of emphasis areas and dual degree options, providing flexible pathways to align with students’ future careers or graduate studies.

Why this course is highly recommended

UWL’s physics program stands out for its national recognition, including being ranked No. 1 in the US for awarding chemistry bachelor’s degrees in 2020. The program is renowned for its high-quality undergraduate research opportunities, connections with Nobel laureates, and active faculty involvement in diverse research projects supported by significant external funding. The department's focus on undergraduate involvement, along with state-of-the-art labs and numerous scholarships, makes it an outstanding choice for students aiming for careers in high-tech industries, healthcare, or further graduate studies.

Specialisation

UWL’s Physics program offers multiple specializations including Applied Physics, Astronomy, Biomedical Physics, Business, Computational Physics, Optics, Science Education, and undergraduate dual degrees with engineering and graduate degrees like physical therapy. Each specialization allows students to tailor their education towards specific interests or career goals, providing specialized coursework and research opportunities in areas such as optics, astrophysics, biophysics, or science teaching.

Course fees

Application fees

16.23L

1st year tuition fees

16.23L

Living cost

Degree requirements

Students can pursue a Bachelor of Science degree with various emphasis options such as Applied Physics, Astronomy, Biomedical, Business, Computation, and Optics. There are also dual degree options with engineering or graduate degrees like physical therapy, which take approximately five to six years to complete. For those interested in teaching, a Science Education concentration leads to certification for middle and high school teaching in Wisconsin.

English language test

DUOLINGO

100

IELTS

PTE

TOEFL

Career prospects

Graduates from UWL’s physics program find diverse career opportunities including roles as engineering physicists, research physicists in government or private industry, space scientists, science policy experts, radiation safety officers, high school science teachers with certification, planetarium directors, and technical writers. Many students also pursue advanced degrees in physics, engineering, medical physics, or related fields, which can lead to further research or industry positions.

FAQs

What are the research opportunities available in the physics program?

Students can participate in undergraduate research projects across fields such as astrophysics, biophysics, quantum optics, and more. Faculty actively involve undergraduates, and research labs are equipped with high-tech facilities supported by external funding.

Are there dual degree options in this program?

Yes, there are dual degree options that allow students to earn both a Bachelor of Science in Physics and an engineering degree from partner universities or a graduate degree like physical therapy within approximately five to six years.