- #1
Headacheguy
- 46
- 0
Hello everyone, I'd like to ask for your help if its okay.
I'd be entering the physics program in our local university (I'm not from the USA) this coming June. The program follows a fixed curriculum; the only courses the students are allowed choose are electives. I'm wondering if the program would be able to successfully prepare me for grad school. Am I missing something? (I apologize for not having the course descriptions. Also, I removed the Gen Ed. subjects from the list.)
First Year
First Semester
General Biology with Environmental Issues
College Algebra
Plane and Spherical Trigonometry
General Chemistry I
Second Semester
Gen. Chem II
Differential Calculus with Analytic Geometry
Physics Fundamentals I (Lec & Lab)
Second Year
First Semester
Technical Report Writing
Integral Calculus
General Statistics
Physics Fundamentals II (Lec & Lab)
Second Semester
Elementary Differential Equations
Mathematical Physics I
Physics Fundamentals III
Physical Electronics
Third Year
First Semester
Theoretical Mechanics I (Lec & Lab)
Electromagnetic Theory I (Lec & Lab)
Computational Physics I (Lec & Lab)
Modern Physics I (Lec & Lab)
Mathematical Physics II (Lec & Lab)
Statistical Physics I
Physics Elective I
Second Semester
Theoretical Mechanics II
Electromagnetic Theory II (Lec & Lab)
Computational Physics II (Lab)
Quantum Physics I (Lec & Lab)
Statistical Physics II
Advanced Laboratory I
Physics Elective II
Fourth Year
First Semester
Quantum Physics II (Lec & Lab)
Advanced Laboratory II (Lec & Lab)
Linear Optics
Solid State Physics
Free Elective I
Physics Elective III
Physics Research I
Second Semester
Free Elective II
Physics Elective IV
Physics Research II
List of Elective Courses
Advanced Mathematical Physics
Atmospheric Physics
Biophysics
Complex Systems
Environmental Physics
Fluid Mechanics
General Relativity
Geophysics
Laser Physics
Medical and Health Physics
Nuclear and Particle Physics
Physics Seminar
Plasma Physics
Special Topics in Physics
Free Elective Courses
Physical Chemistry
Modern Geometry
Numerical Analysis
Graph Theory w/ Applications
Thanks!
I'd be entering the physics program in our local university (I'm not from the USA) this coming June. The program follows a fixed curriculum; the only courses the students are allowed choose are electives. I'm wondering if the program would be able to successfully prepare me for grad school. Am I missing something? (I apologize for not having the course descriptions. Also, I removed the Gen Ed. subjects from the list.)
First Year
First Semester
General Biology with Environmental Issues
College Algebra
Plane and Spherical Trigonometry
General Chemistry I
Second Semester
Gen. Chem II
Differential Calculus with Analytic Geometry
Physics Fundamentals I (Lec & Lab)
Second Year
First Semester
Technical Report Writing
Integral Calculus
General Statistics
Physics Fundamentals II (Lec & Lab)
Second Semester
Elementary Differential Equations
Mathematical Physics I
Physics Fundamentals III
Physical Electronics
Third Year
First Semester
Theoretical Mechanics I (Lec & Lab)
Electromagnetic Theory I (Lec & Lab)
Computational Physics I (Lec & Lab)
Modern Physics I (Lec & Lab)
Mathematical Physics II (Lec & Lab)
Statistical Physics I
Physics Elective I
Second Semester
Theoretical Mechanics II
Electromagnetic Theory II (Lec & Lab)
Computational Physics II (Lab)
Quantum Physics I (Lec & Lab)
Statistical Physics II
Advanced Laboratory I
Physics Elective II
Fourth Year
First Semester
Quantum Physics II (Lec & Lab)
Advanced Laboratory II (Lec & Lab)
Linear Optics
Solid State Physics
Free Elective I
Physics Elective III
Physics Research I
Second Semester
Free Elective II
Physics Elective IV
Physics Research II
List of Elective Courses
Advanced Mathematical Physics
Atmospheric Physics
Biophysics
Complex Systems
Environmental Physics
Fluid Mechanics
General Relativity
Geophysics
Laser Physics
Medical and Health Physics
Nuclear and Particle Physics
Physics Seminar
Plasma Physics
Special Topics in Physics
Free Elective Courses
Physical Chemistry
Modern Geometry
Numerical Analysis
Graph Theory w/ Applications
Thanks!