Why study physics at Benedictine?

At Benedictine University, you have the opportunity to learn from a group of dedicated and knowledgeable faculty in an established program with small class sizes. The Physics program emphasizes research and involvement in activities that will develop skills that can be used for a lifetime. On-campus opportunities include independent and summer research projects. The Chicago area also offers numerous opportunities for research internships. Many of our students have worked off campus at Argonne National Laboratory, BP Amoco Research Center and Fermi National Accelerator Laboratory, all located within 13 miles of campus. Others have gone to prestigious programs out of state and even out of the country.

The physics program is located in the Birck Hall of Science. Several physics labs are dedicated to specific types of study. One lab is dedicated to introductory physics courses, another to physics education, another to optics, and a fourth to advanced physics and research. Students have access to a technology-rich environment with a wide array of computing resources that are available on or off campus. One of the newest additions is a highspeed parallel processing cluster that is available for student research and advanced computational activities. The Benedictine Library in Kindlon Hall contains a collection of physics journals and serves as an access point for electronic materials pertinent to physics.

The Benedictine chapter of the Society of Physics Students conducts a multifaceted program to stimulate interest in science and engineering. Students also have the opportunity to attend lectures and presentations at nearby universities and research facilities.

Physics students also have the opportunity to make presentations about research or other independent projects. These include the annual student meetings hosted by Argonne and the Associated Colleges of the Chicago Area, as well as various campus and local outreach activities.

What does a degree in Physics at Benedictine offer?

As a Physics major or minor at Benedictine, you will combine knowledge of the physical sciences with the broader background of a liberal education to gain scientific expertise, problem-solving and critical-thinking skills, and an awareness of the impact of pure and applied science on social issues.

“The approach to knowledge and truth exemplified by the discipline of physics continually prompts one to seek a deeper understanding of physical phenomena. As is generally true in life, there is more to a situation than what at first may appear. In the process (scientific method) of continually seeking a deeper understanding of physical observations through the study of physics, one is able to develop analytical skills to a significantly higher degree than is likely in other academic disciplines. These skills and the approach to truth encouraged by the study of physics have incredibly wide applications outside the field of physics. This is of singular importance and of inestimable value.”

John Spokas, Ph.D., Professor Emeritus of Physics, Benedictine University

How does the program work?

You must complete a minimum of 30 semester hours of physics courses, at least nine of which must be upper-division (300 level) courses. You must also complete the three-course sequence of Calculus with Analytic Geometry and a course in Differential Equations. The Physics program gives each individual student the freedom to choose courses that are consistent with their goals and aspirations in consultation with a faculty advisor. Students who are contemplating graduate studies in physics may be advised to complete additional courses in applied mathematics.

The physics major is designed for students who are interested in professional opportunities or graduate school. The focus is on traditional physics concepts with an emphasis on experimental work. All physics majors must also complete a research project and give a presentation on this work. The projects may be done in association with a faculty member in areas such as simulation techniques in molecular dynamics, particle physics, physics education, and physical, chemical and biological detection using micromechanical sensors. Summer research projects off site, for example at Argonne National Laboratory, can also be used to complete the research requirement.

What careers are available with a degree in Physics?

A degree in Physics can be your first step to pursuing a career in a variety of exciting science and non-science fields. In addition to basic and applied research, positions in industry and government for the problem-solving expertise of a physics graduate include:

  • Astrophysics
  • Biophysics
  • Computational physics
  • Engineering
  • Environmental physics
  • Fiber optics
  • High-energy physics
  • Hydrodynamics
  • Industrial physics
  • Medical physics
  • Photonics
  • Plasma physics
  • Quantum electronics
  • Solid state physics
Whatever your interests, the Physics faculty at Benedictine University will help you to explore your career options and market yourself effectively for an exciting, fulfilling career.

 

 


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William R. Law, Ph.D
Dean of the College of Science

Tonia Rucker, Assistant to the Dean
Email: trucker@ben.edu
Phone: (630) 829-6187
Fax: (630) 829-6186

Hours: 8:30 a.m. - 4:00 p.m.

By Mail:
Benedictine University
5700 College Road
Birck Hall Room 119
Lisle, IL 60532