Physics Career Map

Awareness

First Year

• Enroll in PH 107 (Contemporary Topics in Physics) to gain early exposure to modern physics research and professional paths.
• Review the USA Bulletin for the Physics BS requirements, focusing on the calculus-based sequence starting with PH 201.
• Learn about the departmental emphasis on undergraduate research and how early involvement can shape your academic track.

Middle Years

• Focus on completing foundational upper-division core courses like PH 303 (Modern Physics) and PH 348 (Electricity and Magnetism I).
• Awareness of the Writing (W) course requirement, specifically PH 385 (Experimental Physics), which integrates scientific reporting with physics concepts.
• Explore elective concentrations such as Astrophysics (PH 301) or Condensed Matter Physics (PH 311) based on your career interests.
• Monitor your GPA progress, ensuring it meets the minimum 2.0 requirement for graduation within the College of Arts and Sciences.

Last Year

• Complete advanced requirements including PH 411 (Computational Methods), PH 448 (Quantum Mechanics), and PH 463 (Thermodynamics).
• Verify that you have met the requirement of at least 15 hours of 300/400 level courses in the major taken at USA.
• Submit the appropriate forms to the Registrar's Office for graduation application during your final term.
• Participate in the Speakers Bureau or departmental seminars to stay informed on current trends and final academic expectations.
  

Exploration

First Year

• Join the Society of Physics Students (SPS) or other relevant campus organizations to network with upperclassmen and faculty.
• Utilize Accelerate South through the USA Career Development center to explore potential internships and summer research opportunities (REUs).
• Attend faculty-led talks to explore various specialized fields such as astrophysics, geophysics, or medical physics.
  

Middle Years

• Engage in faculty-led research projects, taking advantage of the small department size for direct mentorship.
• Explore interdisciplinary options by selecting related courses in Computer Science, Engineering, or Chemistry to prepare for niche fields like biophysics.
• Participate in the USA Tutoring Schedule as a tutor to reinforce your own knowledge while exploring education as a career path.
• Attend the USA Career Fair to meet with employers from government and industry sectors that hire physics graduates.
  

Last Year

• Research graduate study programs in Physics, Engineering, or Medicine; 20% of USA physics graduates typically pursue engineering paths.
• Connect with USA Physics alumni through the department to learn about professional transitions into private organizations.
• Explore specific employment roles in government or industrial research and development labs.

Preparation

First Year

• Establish a strong mathematical foundation by completing Calculus I and II early, as these are prerequisites for core physics courses.
• Develop basic computer proficiency by passing the CPE or taking CIS 150, which is essential for modern scientific work.
• Create an initial professional resume through the USA Career Development resources to be ready for early internship applications.
  

Middle Years

• Gain hands-on laboratory techniques and experimental experience through integrated lab/lecture courses.
• Apply for departmental scholarships to support your academic progress and build your professional profile.
• Utilize job simulations provided by the USA Career Development center to build skills designed by top global employers.
• Master data analysis software tools and model fitting in experimental courses.
  

Last Year

• Complete an Honors Thesis or advanced research project to demonstrate deep analytical capabilities to employers or graduate schools.
• Refine your resume using AI features and career guides at USA to highlight specific technical skills like computational methods and electronics.
• Prepare for graduate entrance exams (GRE) if planning on pursuing a Ph.D., which is often required for high-level physicist roles.