Dec 05, 2025  
2025-26 Undergraduate Catalog 
    
2025-26 Undergraduate Catalog

Physics, BS


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Website:  www.iup.edu/cbpe

The goal of the Physics program is to prepare students for productive careers analyzing complex physical systems using mathematics. A physics degree can lead to various careers: business analyst, data analyst, engineer, patent attorney, physicist, physics researcher, physics teacher or professor, or programmer. Applications of physics in nanotechnology and medicine open possibilities in these exciting and expanding fields.

Students can pick their specialization:

Physics BS (no speciliazation)– this is designed for students who intend to follow a career path in physics or a related area. Careers based on a physics degree have traditionally been among the best-paid of all fields. This may mean employment directly after a BS degree, or attending graduate school for an MS or PhD degree. Physics graduate students enjoy very generous financial support and undergraduate students from IUP have earned MS and PhD degrees at some of the most prestigious physics programs in the country.

Physics BS with Secondary Science Education certificate - prepares students to become certified middle- and high-school teachers in Pennsylvania and other states. Secondary Physics Teachers from the program have a deep understanding of the physics principles and enjoy transmitting that knowledge to their students.

Pre-engineering specialization – Engineering continues to be an exciting career path with excellent opportunities for students. IUP partners with the Swanson School of Engineering at the University of Pittsburgh in a dual-degree program, typically consisting of three years at IUP and two years in either Pittsburgh or Johnstown. Students who complete this program will earn:  a BS in Physics from IUP and a  BS in Engineering from the University of Pittsburgh.

Nanotechnology specialization - The Madia Department of Chemistry, Biochemistry, and Physics participates in a cooperative agreement with Penn State University (PSU) to help address the Pennsylvania industry's need for skilled nanofabrication workers. Anyone who meets the prerequisite requirements may enroll through IUP in a one-semester experience at the PSU Center for Nanotechnology Education and Utilization (CNEU). These courses are offered as a capstone semester experience at the Penn State CNEU. Students completing this program will have a BS in Physics with a Nanotechnology Certification from Penn State CNEU, giving them outstanding credentials for the flourishing field of nanotechnology.

The Applied Physics specialization is designed for those students interested in combining physics with other exciting fields. Many areas of study, including medicine and the environment, include in-demand applications that require a detailed knowledge of physics.

 

Crimson Core: 40-42


As outlined in the Crimson Core Requirements   with the following specifications:

Quantitative Reasoning & Data Analysis: 3


Oral Communication: 3


Pre-engineering specialization students take  BCOM 307

Scientific Reasoning: 4


Values & Ethics: 3


Pre-engineering and Nanotechnology specialiation students take ECON 122.

Global Learning: 3


Pre-engineering and Nanotechnology specialization students take ECON 121

Leadership, Teamwork, and Project Development: 3


Additional Degree Requirements: 30+


In addition to the required Physics core above, students must complete at least 30 additional credits, choosing one of the following pathways:

Option 1: General Physics Track


Complete the Additional Requirements and Controlled Electives as outlined below.

Option 2: Specialization Track


Choose one of the following specializations and complete the corresponding requirements:

  • Applied Physics
  • Nanotechnology
  • Pre-Engineering

Option 3: Secondary Science Education Certificate


Complete the certificate in Secondary Science Education, plus the following courses:

  • PSYC 101 – Introduction to Psychology
  • BIOL 201, BIOL 202, or GEOS 200
  • Three PHYS courses at the 300-level or above
    Note: Additional certification requirements are outlined in the 3-Step Process for Education Certification.

Controlled Electives: 6


Students must complete 6 additional credits of approved PHYS or STEM electives at the 300-level or above (see Controlled Electives section for options).

STEM Controled Electives: 6


Choose 6 credits from the following options:

Applied Physics Specialization: 30


  • Credits: 3
  • 18 credits selected from the following prefixes, with at least 6 credits at the 300-level or above: BIOL, CMSC, CHEM, ENGR, EVEN, GEOG, GEOS, LDTM, MATH, PHYS
  • 9 additional PHYS credits at the 300-level or above

Nanotechnology Specialization: 30


Students interested in Nanotechnology will participate in an 18-credit, one-semester capstone experience at the Penn State Center for Nanotechnology Education and Utilization (CNEU), offered in collaboration with IUP. This immersive program serves as a specialized semester of study focused on nanotechnology applications and techniques.

  • Credits: 3
  • Capstone Semester at PSU – 18 credits:  Students interested in Nanotechnology must participate in an 18-credit, one-semester capstone experience at the Penn State Center for Nanotechnology Education and Utilization (CNEU), offered in collaboration with IUP. This immersive program serves as a specialized semester of study focused on nanotechnology applications and techniques.
  • Controlled Electives:  Additional PHYS or other STEM Fields, determined in conjunction with adviser. Credits: 9

Pre-Engineering Specialization: 30-31


  • PHYS Pre-Engineering Customized Program (tailored to the student’s intended engineering field– including a minimum of 6 credits at the 300-level or above). Credits: 15-16
  • 9 credits of upper-level STEM coursework (300-level or above), selected in consultation with their adviser.
  • Credits: 3
  • Credits: 3
  • Students who continue into a dual-degree engineering program may substitute the first year of engineering school for these upper-level STEM courses or for free electives, for a total of up to 30 transferable credits.

Free Electives: 19-23


Total Degree Requirements: 120


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