All Classes to Take at Queens College (edited)

(REQUIREMENTS - Guaranteed to have to take all of these classes)

Math 237 or Math 231 (Linear Algebra 1)
Math 202. Advanced Calculus
Math 310. Elementary Real Analysis
Phys 222. Optics
Phys 233. Intermediate Methods of Mathematical Physics I
Phys 234. Intermediate Methods of Mathematical Physics II
Phys 235. Classical Physics Laboratory
Phys 237. Mechanics
Phys 243. Thermodynamics (and Statistical Mechanics)
Phys 260. Introduction to Modern Physics
Phys 310. Electromagnetism I
Phys 345. Solid State Physics
Phys 311. Electromagnetism II
Phys 365. Principles of Quantum Mechanics
Phys 377. Modern Physics Laboratory
CSCI 111. Introduction to Algorithmic
Problem-Solving.
MATH 120. Discrete Mathematics
CSCI 211. OOP in C++
CSCI 212. OOP in Java
CSCI 220. Discrete Structures
CSCI 240. Computer Organization and Assembly Language
CSCI 313. Data Structures
CSCI 320. Theory of Computation
CSCI 343. Computer Architecture
CSCI 323. Design and Analysis of Algorithms
CSCI 331. Database Systems
CSCI 340. Operating Systems
CSCI 316. Principles of Programming Languages
CSCI 370. Software Engineering

(Electives)

Math Group A Class 1 (Ideally MATH 333. Introduction to Algebraic Structures)
Math Group A Class 2 (Ideally MATH 395. Honors Seminar 1)
Math Group A Class 3 (Ideally MATH 396. Honors Seminar 2)
Math Group A Class 4 (Ideally MATH 337. Honors Abstract Algebra)
Math Group B Class 1 (Ideally MATH 505. Mathematical Problem Solving)
Math Group B Class 2 (Ideally MATH 518. College Geometry)

CS ELECTIVE 1. (Ideally CSCI 352. Cryptography.)
CS ELECTIVE 2 (Ideally CSCI 355. Internet and Web Technologies.)
CS ELECTIVE 3 (Ideally CSCI 361. Numerical Methods.)
CS ELECTIVE 4 (Ideally CSCI 363. Artificial Intelligence.)
CS ELECTIVE 5 (Ideally CSCI 368. Computer Graphics.)
CS ELECTIVE 6 (Ideally CSCI 391. Honors Problems in Computer
Science.)







=============================


[B.A IN MATHEMATICS]

(Core Requirements)

MATH 237. Honors Linear Algebra. 4 hr.; 4 cr.  or MATH 231. Linear Algebra 1
MATH 202. Advanced Calculus
MATH 310. Elementary Real Analysis. 3 hr.; 3 cr.



(Group A - any four of these)

MATH 320. Introduction to Point Set Topology.
MATH 333. Introduction to Algebraic Structures. 3 hr.; 3 cr. (Syllabus)
MATH 337. Honors Abstract Algebra I. 3 hr.; 3 cr
MATH 395.  Honors Seminar I.
MATH 396. Honors Seminar II.
MATH 601.Discrete Mathematics forComputer Science.
MATH 609.Introduction to Set Theory.
MATH 611.Introduction to MathematicalProbability.
MATH 612.Projective Geometry.
MATH 613.Algebraic Structures.
MATH 614.Functions of Real Variables.
MATH 616.Ordinary Differential Equations.
MATH 617.Number Systems.
MATH 618.Foundations of Geometry.
MATH 619.Theory of Numbers.
MATH 621.Probability.
MATH 623.Operations Research (Probability
Methods).
MATH 624.Numerical Analysis I.
MATH 625.Numerical Analysis II.
MATH 626.Mathematics and Logic.
MATH 628.Functions of a Complex Variable.
MATH 630.Differential Topology.
MATH 631.Differential Geometry.
MATH 632.Differential Forms.
MATH 633.Statistical Inference.
MATH 634.Theory of Graphs.
MATH 635.Stochastic Processes.
MATH 636.Combinatorial Theory.
MATH 650.Studies in Mathematics



(Group B - any two of these)
MATH 505. Mathematical Problem-Solving. 3 hr.; 3 cr.
MATH 518. College Geometry
MATH 220. Discrete Mathematics
MATH 223. Differential Equations with Numerical Methods 1
MATH 224. Differential Equations with Numerical Methods 2
MATH 241. Introduction to Probability and Mathematical Statistics
MATH 242. Methods of Mathematical Statistics.
MATH 245. Mathematical Models.
MATH 247. Linear Programming and Game
Theory.
MATH 328. Introduction to Partial Differential
Equations.
MATH 524. History of Mathematics.


[B.S in Physics]

(CORE REQUIREMENTS)


Phys 222. Optics
Phys 233. Intermediate Methods of Mathematical Physics I
Phys 234. Intermediate Methods of Mathematical Physics II
Phys 235. Classical Physics Laboratory
Phys 237. Mechanics
Phys 243. Thermodynamics (and Statistical Mechanics)
Phys 260. Introduction to Modern Physics
Phys 310. Electromagnetism I
Phys 345. Solid State Physics
Phys 311. Electromagnetism II
Phys 365. Principles of Quantum Mechanics
Phys 377. Modern Physics Laboratory

(ELECTIVE - Take one….probably already satisfied due to EE204)
Phys 225. Solid State Electronics
PHYS 227. Physical Principles of Telecom–
munications.
PHYS 265. Electrical Circuits. (got credit for this - EE204 at QCC)
PHYS 601. Introduction to Mathematical
Physics.
PHYS 611. Analytical Mechanics.
PHYS 612. Fluid Dynamics.
PHYS 615. Electromagnetic Theory.
PHYS 625. Introduction to Quantum
Mechanics.
PHYS 635. Condensed Matter Physics.
PHYS 636. Nuclear & Elementary Particle
Physics.
PHYS 637. Modern Optics.
PHYS 641. Statistical Physics.
PHYS 645. Solid State Physics.
PHYS 651. Foundations of Physics.

[B.S. in CS]

CSCI 111. Introduction to Algorithmic
Problem-Solving.
MATH 120. Discrete Mathematics
CSCI 211. OOP in C++
CSCI 212. OOP in Java
CSCI 220. Discrete Structures
CSCI 240. Computer Organization and Assembly Language
CSCI 313. Data Structures
CSCI 320. Theory of Computation
CSCI 343. Computer Architecture
CSCI 323. Design and Analysis of Algorithms
CSCI 331. Database Systems
CSCI 340. Operating Systems
CSCI 316. Principles of Programming Languages
CSCI 370. Software Engineering


(ELECTIVES)

CSCI 352. Cryptography.
CSCI 355. Internet and Web Technologies.
CSCI 361. Numerical Methods.
CSCI 363. Artificial Intelligence.
CSCI 368. Computer Graphics.
CSCI 391. Honors Problems in Computer
Science.