Master of Science in Physics

Program Overview

The Master of Science in Physics program prepares students for careers in physics research or university-level education. The program offers a customized curriculum tailored to each student's interests, with a focus on developing expertise in research formulation, execution, and reporting. Graduates gain proficiency in electromagnetic theory, quantum theory, mathematical methods, and statistical physics, and develop strong communication and critical thinking skills. The program offers both thesis and non-thesis tracks, with career opportunities in research, technology, education, and finance.

Program Outline

Degree Overview:

• Overview: The Master of Science in Physics program aims to equip students for careers in physics research or university-level education.
The program tailors a customized curriculum for each student under the guidance of an advisor and advisory committee. At the M.S. level, students develop expertise in formulating, conducting, and reporting on research.
• Objectives:
• Train students for careers in physics research or education at the university level.
• Develop proficiency in formulating, conducting, and reporting research.
• Enhance understanding of electromagnetic theory, quantum theory, mathematical methods for physics, and statistical physics at the graduate level.
• Prepare students for independent research at the doctoral level (in the case of Ph.D. students).
• Foster strong communication skills for scientific topics to a scientific audience.
• Establish a solid foundation in physics and mathematics.
• Cultivate critical thinking and problem-solving abilities.
• Highlight the significance of physics in society.
• Promote confidence and independence as thinkers.

Outline:

Thesis Track:

• Course Requirements:
• Complete 24 credits of 600- or 700-level AST or PHYS courses, or other advisor-approved courses.
• Thesis:
• PHYS 797 - Thesis (6 credits)

Non-Thesis Track:

• Course Requirements:
• Required Courses (6 credits):
• PHYS 711 - Electromagnetic Theory I
• PHYS 721 - Quantum Theory I
• Core Courses (6 credits):
• Complete two additional advisor-approved 700-level PHYS courses.
• Elective Courses (18 credits):
• Complete 18 credits of 600- or 700-level AST or PHYS courses, or other advisor-approved graduate courses.

Assessment:

• Thesis Track: Students must successfully complete and defend their thesis by the specified deadline.
The defense is open to the public and is subject to graduate college guidelines.

Careers:

• Career Possibilities: Graduates with a Master of Science in Physics (M.Sc.)
develop critical skills that enhance their career prospects in various fields, including data analysis, computer modeling, data measurement, high technology awareness/familiarity/expertise, independent scholarship/experimentation, leadership, writing/communication proficiency, mathematical expertise, creativity, and critical thinking/analytical reasoning.
• Employment Sectors:
• Research and technology-based positions in private companies (e.g., Raytheon, Tesla)
• Technical staff members in national laboratories (e.g., NSTEC, Oak Ridge National Laboratory)
• Faculty positions (e.g., visiting professor, professor-in-residence) in academic institutions, including private and public colleges, professional schools, and community colleges
• Teaching positions in K-12 educational institutions with additional teaching certification
• Financial firms due to proficiency in data analysis and market modeling/prediction
• Career Outcomes of Recent Graduates:
• Enrollment in Ph.D. programs in physics or related fields
• Technical staff member positions at NSTEC
• Post-Masters training programs at Oak Ridge National Laboratory
• Commissioned officers in the US Navy
• Employment in the public sector