Mathematics (AS-T Degree S0333)

Natural Sciences Division

The Associate in Science in Mathematics for Transfer is designed to facilitate successful transfer to a baccalaureate mathematics program. This degree provides the lower division breadth and depth of calculus, differential equations, and linear algebra. Students who complete the requirements for this degree will be prepared to continue their studies in mathematics. Students in the STEM fields can complete a majority, if not all, of their lower division Math requirements by completing the Associate in Science in Mathematics for Transfer degree requirements.

To earn an Associate in Science in Mathematics for Transfer a student must complete 60 semester units that are eligible for transfer to the CSU that consist of: IGETC pattern or CSU GE breadth and a major of at least 18 units. Students must have a minimum GPA of 2.0 in all CSU-transferable coursework to receive an associate degree for transfer and all courses in the major must be completed with a C or better. Students earning an associate degree for transfer will not be required to complete any other local graduation requirements.

Required Courses

Course Prefix Course Name Units
Core Courses
MATH 180Calculus and Analytic Geometry4
MATH 181Calculus and Analytic Geometry4
MATH 280Calculus and Analytic Geometry5
List A:
MATH 260Linear Algebra3
MATH 290Differential Equations4
Total Units for Major20
CSU General Education of IGETC Pattern 139-42
Total Units 60

Math and Computer Science Website 

Guided Pathways of Study Suggested Course Sequence 

Program Learning Outcomes

Upon successful completion of this program, a student will be able to:

  • Translate real world phenomena and conceptual ideas into mathematical symbols and equations.
  • Use mathematical tools to manipulate, simplify, and transform mathematical expressions.
  • Model real world phenomenon using mathematical equations.
  • Develop techniques to analyze and interpret data.
  • Use mathematical tools to effectively communicate outcomes of experiments and describe the nature of real world phenomenon and conceptual ideas.
  • Develop ability to effectively use numbers and other abstract representations of real world phenomenon and conceptual ideas.

Review Student Learning Outcomes (SLOs) for this program.

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