UA South : Mathematics

Mathematics

Bachelor of Science
Major

The University of Arizona Mathematics department offers a wide variety of classes in the Mathematics field. Many of our students develop transferable skills including critical thinking, problem diagnosis and solving, computer skills and quantitative skills. The skills learned from these classes have helped students become part of new and exciting industries ranging from Manufacturing to Aerospace, Communications, Pharmaceuticals and other private industries. Studying mathematics can provide you with a competitive advantage in many fields. an undergraduate degree in math can also give you a firm foundation for further study in a variety of other disciplines. Our staff stands by to offer full support to our current and future students.

A bachelor's degree in Mathematics can open many doors of opportunity. Here are just a few:

  • Mathematics is an integral component in Business and Management professions. Analysis, probability and statistics, and other related areas of mathematics are used on a daily basis.
  • Mathematics is an integral part of life, and it is therefore important that people obtain a good education in the subject of mathematics. These teachers give you a general understanding of our number system, teach you arithmetic, algebra, and countless other skills. One is responsible for providing an education that will help you in today's society.
  • Mathematics is an integral component in the Engineering field. A mathematician who chooses a career in engineering uses a lot of methods of numerical analysis, as well as linear algebra, advanced calculus, and probability and statistics. An engineer often works with a group of people to come up with innovative ideas for products.
  • Mathematicians who choose their career path on operations research are hired for their ability to apply their mathematical knowledge to solving problems and detecting patterns. These professionals use probability and statistics, and analysis of all types extensively.
  • A statistician is a mathematician who collects and studies data in order to better understand our world and analyze some of its problems.
Admission Criteria: 

UA South personnel are qualified to help you plan your program and answer questions about the mathematics curriculum. Contact Mona Breaux at mbreaux@email.arizona.edu

You can do this at Cochise College. Equivalent courses from other accredited colleges or universities may also be acceptable.

Contact your major advisor.

  1. Meet with an advisor.

  2. Complete general education requirements.

    1. Completing the Arizona General Education Requirements (AGEC) at a community college,

      OR

    2. Completing the UA general education requirements at UA Tucson,

      OR

    3. Transfer credit from an accredited college or university.

  3. Complete lower-division major and minor requirements and prerequisites.

    1. Lower-division mathematics requirements:
      • Calculus I
        • UA MATH 124 or MATH 125
        • Cochise College MAT 220
      • Calculus II
        • UA MATH 129
        • Cochise College MAT 231
      • Introduction to Linear Algebra
        • UA MATH 215
        • Cochise College MAT 252
      • Vector Calculus
        • UA MATH 223
        • Cochise College MAT 241
    2. Lower-division computer science requirements:
      • Introduction to Computer Science
        • UA CSC 127a
        • Cochise College CIS 208
      • Introduction to Computer Science
        • UA CSC 127b
        • Cochise College CIS 220c or CIS 220j
    3. Lower-division application courses:
      • Physics with Calculus I
        • Cochise College PHY 230
      • Physics with Calculus II
        • Cochise College PHY 231

  4. Apply for admission to the University of Arizona.

    Contact your major advisor.
Curriculum / Course Rotation: 

  1. Complete upper-division mathematics major requirements.

    1. MATV 323 Formal Mathematical Reasoning and Writing (Writing Emphasis course)
    2. MATV 355 Analysis of Ordinary Differential Equations
    3. One of the following two semester sequences:

      or

      1. MATV 415a Introduction to Abstract Algebra and
        MATV 415b Second Course in Abstract Algebra
      2. MATV 475a Mathematical Principles of Numerical Analysis and
        MATV 475b Mathematical Principles of Numerical Analysis
    4. Two of the following courses:
      1. MATV 413 Linear Algebra
      2. MATV 443 Theory of Graphs
      3. MATV 445 Introduction to Cryptography
      4. MATV 447 Combinatorial Mathematics
      5. MATV 479 Game Theory and Mathematical Programming
    5. A fifth 400-level course chosen in consultation with your faculty advisor.

  2. Complete upper-division computer science minor requirements.

    At least 10 units selected from CSCV 300-389, CSCV 400-489, MATV 243.

  3. Complete upper-division electives.

    Students need at least 120 units to graduate; a minimum of 42 units must be upper-division. A maximum of 64 units of community college course work can be applied to University degree programs.

Consult the General Catalog for complete information regarding gradutation requirements.