B.S. in Physics - Computational Physics Option 48 months Undergraduate Programme By Eastern Illinois University |TopUniversities

B.S. in Physics - Computational Physics Option

Programme Duration

48 monthsProgramme duration

Starting Month

Jan-2000Starting Month

Programme overview

Main Subject

Physics and Astronomy

Degree

Other

Study Level

Undergraduate

Physics is the foundation of modern science. It encompasses the study of the universe from the largest galaxies to the smallest structure of matter, the quark. Concepts from relativity to quantum mechanics challenge the imagination. Physics and the technologies developed by physicists play a major role in chemistry, biology, medicine, electronics, geology, and in the applied fields of optics, nanotechnology, computer science, and engineering. The central mission of the undergraduate program in physics is to teach students how physicists measure, describe and explain natural phenomena through scientific investigation and critical thinking. Students learn concepts in physics, quantitative methods for analyzing data and developing theoretical insights, computational, and experimental techniques for testing theoretical predictions and discovering new phenomena. The study of diverse applications as well as elegant theoretical formalisms reveals physics to be an exciting and highly rewarding discipline that has important connections to other sciences, engineering disciplines, and societal goals. The department of physics offers educational opportunities consistent with the broad principles of the College of Sciences. The undergraduate program for students pursuing a bachelor's degree in physics provides a solid and challenging education and prepares them to excel in diverse career paths in which independent thinking, analytical skills, and experimental skills are useful. These paths include graduate or professional school, industrial research, and education- not just in physics, but in other scientific, engineering, social, and professional fields. The computational physics is for students who are interested in computers and the physical world around. Students in this major tackle the laws of the universe, using science and math to formulate and evaluate the models that describe them. Methods for attacking these difficult problems using computer simulations and other computational techniques are studied. They study everything from classical and quantum theory to vector analysis and cosmology. Graduates of this program are well prepared for graduate school. They might try a graduate program in Physics or they might find something more directly suited for computational physics. Their background is strong enough to be successful either way. They also have strong computer skills and could go toward a career position in industry that involves computer applications.

Programme overview

Main Subject

Physics and Astronomy

Degree

Other

Study Level

Undergraduate

Physics is the foundation of modern science. It encompasses the study of the universe from the largest galaxies to the smallest structure of matter, the quark. Concepts from relativity to quantum mechanics challenge the imagination. Physics and the technologies developed by physicists play a major role in chemistry, biology, medicine, electronics, geology, and in the applied fields of optics, nanotechnology, computer science, and engineering. The central mission of the undergraduate program in physics is to teach students how physicists measure, describe and explain natural phenomena through scientific investigation and critical thinking. Students learn concepts in physics, quantitative methods for analyzing data and developing theoretical insights, computational, and experimental techniques for testing theoretical predictions and discovering new phenomena. The study of diverse applications as well as elegant theoretical formalisms reveals physics to be an exciting and highly rewarding discipline that has important connections to other sciences, engineering disciplines, and societal goals. The department of physics offers educational opportunities consistent with the broad principles of the College of Sciences. The undergraduate program for students pursuing a bachelor's degree in physics provides a solid and challenging education and prepares them to excel in diverse career paths in which independent thinking, analytical skills, and experimental skills are useful. These paths include graduate or professional school, industrial research, and education- not just in physics, but in other scientific, engineering, social, and professional fields. The computational physics is for students who are interested in computers and the physical world around. Students in this major tackle the laws of the universe, using science and math to formulate and evaluate the models that describe them. Methods for attacking these difficult problems using computer simulations and other computational techniques are studied. They study everything from classical and quantum theory to vector analysis and cosmology. Graduates of this program are well prepared for graduate school. They might try a graduate program in Physics or they might find something more directly suited for computational physics. Their background is strong enough to be successful either way. They also have strong computer skills and could go toward a career position in industry that involves computer applications.

Admission Requirements

6+
Applicants must have a minimum grade point average of a 2.0 on a 4.0 scale is required. Other English language requirements: A score of 500 in paper based of the TOEFL examination; A minimum score of at least 69 on the English Proficiency Test administered by the English Language Institute of the University of Michigan (MELAB).

48 Months
Jan-2000

Tuition fees

Domestic
0 USD
International
0 USD

Scholarships

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