This Mathematical Physics program will prepare graduates to:

Demonstrate understanding and application of fundamental physical laws and concepts.

• Apply fundamental physical principles to the solution of problems presented in mathematical and verbal forms.
• Calculate standard problems in fundamental subjects including mechanics, electricity and magnetism, thermodynamics, wave motion and modern physics.
• Demonstrate proficiency in laboratory procedures.

Communicate scientific work effectively in writing and speaking.

• Write accurate and analytical laboratory reports.
• Analyze and respond effectively to qualitative questions.
• Present effective oral and written reports in course and research projects.

Utilize computers for computation and simulation.

• Perform computer-assisted calculations to solve differential equations and sets of linear equations.
• Demonstrate ability to model physical systems digitally.

Demonstrate preparedness for transition to the next career step.

• Explore and report career options
• Explore and report opportunities for specialized training
• Determine graduate school and/or professional school requirements and possible future options

Demonstrate the ability to participate in society as a scientifically literate citizen

• Apply concepts and viewpoints to world issues and various aspects of life utilizing scientific thought, reasoning and knowledge.
• Recognize major emerging societal issues in order to be in a position to contribute to resolution of future challenges.