The City College of New YorkCCNY
Department of Mathematics
Division of Science

Applied Mathematics Major (B.S.)

This page describes the major requirements for the Applied Mathematics undergraduate degree (B.S.).

Current requirements

These requirements cover Undergraduate Bulletins starting in the 2023-2024 academic year. You may also check the current bulletin entry for another listing of these requirements.

Students must complete:

This gives a total number of credits of 30-36 credits for this major, ignoring the Calculus and Lab Science requirements, but including Math 308.

Elective requirement

You need six elective courses. At least two must be Math courses.

You need at least two courses from the following list:

Computational Electives: BME 50500, BME I5100, BME I9400, CSc 22100, CSc 30100, CSc 33200, CSc 33500, EAS 41700, EAS 41900, Engr I1700, Math 32800, Math 36600, Math 37700, Math 41300, Math A1300, ME I4600.

The remaining four courses can be either from the list of Computational Electives above, the list of Applied Mathematics Electives below, or Computer Science (CSc) courses at the 40000-level or above. Some CSc courses at the 40000-level count also for the Computational Electives; contact the department for more information.

Applied Mathematics Electives: BME 20500, BME 30500, BME 50500, BME I5100, BME I9400, ChE 34100, ChE 34200, CSc 22000, CSc 22100, CSc 30100, CSc 30400, CSc 33200, CSc 33500, EAS 34500, EAS 41700, EAS 41900, EAS 42000, EAS 42600, EAS 46100, ENGR I1100, ENGR I1400, ENGR I1500, ENGR I3200, ENGR I4200, ENGR I7500, Math 308, Math 323, Math 32404, Math 32800, Math 32800, Math 36500, Math 36600, Math 37700, Math 38100, Math 38200, Math 413/A13, Math 435/A35, Math 445/A45, Math 446/A46, Math 468/A68, Math 477/A77, Math 482/A82, Math B77, Math B78, Phys 351, Phys 353, Phys 354, Phys 551, Phys 552.

(Applied Mathematics Electives may not simultaneously fulfill other requirements for the major.)

Honors

Students planning to attend graduate school in mathematics are urged to apply for admission to the department Honors Program, which may lead to a degree with honors. Candidates should see the departmental Honors Coordinator no later than the beginning of their junior year to plan a program of study.

Previous requirements

The requirements listed below appear in Undergraduate Bulletins starting in the 2018-2019 academic year and continuing through the 2022-2023 academic years. If you were enrolled in classes during this period, you can use these requirements (though, you need to be careful that you satisfy the general education requirements from the same bulletin).

Students must complete:

  • The calculus sequence: 20100, 20200/21200 and 21300
  • A basic programming courses, either CSc 10200 or CSc 10300.
  • Four lab science courses from: Bio 10100, 10200; Chem 10301, 10401; EAS 10600, 22700; Phys 20300, 20400, 20700, 20800.

Students must also complete eight required courses plus one of the specialization options as described in the following table.

Required Courses
NumberTitleCredits
34600Elements of Linear Algebra3
37500Elements of Probability Theory4
37600Mathematical Statistics4
37700Applied Statistics and Probability3
39100Methods of Differential Equations3
At least two Elective Courses from among the following:
32800Methods of Numerical Analysis3
36500Elements of Combinatorics4
36600Applied Mathematical Computation3
In addition one of the options below.
Option 1: Statistics
47800Mathematical Statistics II4
Option 2: Financial Mathematics:
38100Discrete Models of Financial Mathematics3
38200Continuous Models of Financial Mathematics3

Total credits for Specialization: 31-33 (including only those courses listed in the table above)

Articles about former Applied Math graduates

New results on the dodecahedron

Picture of a dodecahedron with a closed straight-line path

Unlike the other platonic solids, the dodecahedron has a straight-line path (geodesic) from a vertex to itself. Actually, there are infinitely many, but in joint work of Prof. Hooper with Prof. Athreya (Univ. of Washington) and Prof. Aulicino (Brooklyn College), it was shown there are exactly 31 such paths up to certain “hidden symmetries.” The picture above shows one which can also be animated. This work was described recently in Quanta Magazine.

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