If you transferred into CSUMB from a California community college as an AS-T-certified student in Mathematics, you must complete the following courses for your bachelor's degree in Mathematics at CSUMB. If you are unsure about your transfer status, please contact a mathematics faculty advisor as soon as possible (see the advising page for more information).
Complete ONE of the following courses:
- SBS 350SBS 350: Domination & Resistance: US
- SBS 385SBS 385: Environmental History of CA
- or any another upper division American Institutions course (Area D2)
Complete ALL of the following Core Courses:
- MATH 300MATH 300: Major Proseminar
- MATH 320MATH 320: App Prob and Stat
- MATH 322MATH 322: Foundations of Modern Math
- MATH 330MATH 330: Advanced Linear Algebra
- MATH 400MATH 400: Capstone Seminar
- MATH 410MATH 410: Modern Algebra I
- MATH 420MATH 420: Mathematical Analysis I
Select ONE of the following concentrations:
Mathematics
Complete ONE of the following courses:
Complete ONE of the following courses:
Complete THREE of the following courses, not previously taken:
- MATH 325MATH 325: Number Theory
- MATH 326MATH 326: History of Mathematics
- MATH 329MATH 329: College Geometry
- MATH 340MATH 340: Ordinary Diff Equations
- MATH 350MATH 350: Complex Analysis
- MATH 370MATH 370: Logic & Computation
- MATH 372MATH 372: Mathematics of Music
- MATH 374MATH 374: Mathematical Modeling
- MATH 375MATH 375: Num Analysis Math & Stat
- MATH 376MATH 376: Partial Differential Equs
- MATH 385MATH 385: Enumerative Combinatorics
- MATH 386MATH 386: Graph Theory and Its Appl
- MATH 395MATH 395: Special Topics
- MATH 411MATH 411: Modern Algebra II
- MATH 421MATH 421: Mathematical Analysis II
- STAT 320STAT 320: Mathematical Statistics
- STAT 395STAT 395: Special Topics
- STAT 410STAT 410: App Stat Meth:Linear Models
- STAT 420STAT 420: Statistical Theory I
- STAT 421STAT 421: Statistical Theory II
Mathematics Subject Matter Preparation Program
Complete ALL of the following courses:
- MATH 325MATH 325: Number Theory
- MATH 326MATH 326: History of Mathematics
- MATH 329MATH 329: College Geometry
- MATH 361SMATH 361S: Mathematics Tutors (Upper-Division Service Learning, Area D4)
- MATH/STAT Elective not listed above. (See elective list below)
Complete ONE of the following courses, not previously taken:
- MATH 325MATH 325: Number Theory
- MATH 326MATH 326: History of Mathematics
- MATH 329MATH 329: College Geometry
- MATH 340MATH 340: Ordinary Diff Equations
- MATH 350MATH 350: Complex Analysis
- MATH 370MATH 370: Logic & Computation
- MATH 372MATH 372: Mathematics of Music
- MATH 374MATH 374: Mathematical Modeling
- MATH 375MATH 375: Num Analysis Math & Stat
- MATH 376MATH 376: Partial Differential Equs
- MATH 385MATH 385: Enumerative Combinatorics
- MATH 386MATH 386: Graph Theory and Its Appl
- MATH 395MATH 395: Special Topics
- MATH 411MATH 411: Modern Algebra II
- MATH 421MATH 421: Mathematical Analysis II
- STAT 320STAT 320: Mathematical Statistics
- STAT 395STAT 395: Special Topics
- STAT 410STAT 410: App Stat Meth:Linear Models
- STAT 420STAT 420: Statistical Theory I
- STAT 421STAT 421: Statistical Theory II
Courses Depending on Group (See Group Description Below) (8 credits)
If 3 credits completed from Group A and no units in computer programming and no units in discrete mathematics (Group B), take the following:
If 3 units completed from Group A and 3 units in computer programming (Group B), complete the following:
If 3 units completed from Group A and 3 units in discreet mathematics (Group B), complete the following:
If 5 or 6 units from Group A and no units from Group B, complete the following:
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Description of courses from Group A and Group B completed at Community College:
NOTE: All units are based on the semester and indicated minimum credits. While 3 credits are
required from Group A, no units are required from Group B.
Group A
Differential Equations (3 credits)
Linear Algebra (3 credits)
OR
Introduction to Differential Equations and Linear Algebra (5 credits)
Group B
Discrete Math (3 credits)
Physics (Physics majors course) (4 credits)
Mathematical Computing Systems (1 credits)
Computer Programming (3 credits) (Any programming course that is articulated as major preparation at a CSU)
Proof (3 credits)
Statistics (3 credits)