Kudos on school! Florida has at least one unique educational resource you may want to investigate. The National High Magnetic Field Laboratory in Tallahassee is world renowned for its work—something any science geek should check out. Keep in mind the world is still looking for a practical magnetic field transistor.
Yeah ive seen cool videos on that place. Really neat. Im hoping to go for the physics degree and figure out exactly what i want to study when i actually start school you know? Physics is an all rounder. I'll post the curriculum below:
Program Overview:
The Florida Poly Physics program blends deep theoretical physics with hands-on computing and design. It’s structured to build scientists who can apply physical principles to solve real-world tech problems—think of it as a bridge between pure physics and engineering.
Graduates go on to:
- Grad school (Physics, Engineering, etc.)
- Engineering roles
- Research tech positions
- Data analysis
- Teaching
Program Objectives:
By the time you graduate, you're expected to:
- Synthesize knowledge of math and physics
- Apply engineering design principles
- Run and interpret experimental research
- Use computational methods to solve problems
- Communicate clearly
- Be job-ready
- Pursue knowledge with passion and boldness
Total Credits: 120
General Education (38 credits)
- English Comp & Technical Writing
- Humanities: Pick from Philosophy, Art, Music, etc.
- Social Sciences: Includes Econ, History, Gov’t, Psych
- Math: Calc I, II, III
- Science: Chem I + Lab, Physics I + Lab
Advanced Math & Science (6 credits)
- Differential Equations
- Linear Algebra
Computing and Design (27 credits)
- Programming (Intro + OOP)
- Experimental Techniques
- Modern Physics Design 1 & 2
- Computational Physics 1 & 2
- Internship (required, 0 credit)
Core Physics (25 credits)
- Physics II + Lab
- Modern Physics
- Classical Mechanics
- Electricity & Magnetism (I & II)
- Quantum Mechanics (I & II)
- Thermal & Statistical Mechanics
Capstone (6 credits)
- Capstone Design 1 & 2 (Real-world problem-solving)
General Electives (6 credits)
- Anything 1000-level or higher that fits your interest
Concentrations (12 credits)
You can choose from different specialty tracks, like:
Advanced Topics
Pick 2 courses from upper-level physics or astronomy, plus 2 technical electives from fields like circuits, dynamics, fluid mechanics, materials science, orbital mechanics, etc.
Astrophysics
Courses include:
- Intro to Astrophysics
- Stellar Physics
- Galaxies & Universe
- Special Relativity
- Orbital Mechanics
Applied Quantum
Courses include:
- Laser Physics
- Quantum Info & Computing
- Semiconductor Physics
- Nuclear & Subatomic Physics
- Solid State Physics
