Mathematical Economics Major
Objectives
Students majoring in MathematicalEconomics must successfully complete no fewer than 15 units of listed courses in Mathematics (MA) and Economics (EC), including a senior thesis. To solidify basic problem solving skills, all majors must initially take a common set of required courses in economic theory, calculus, linear algebra, and/or differential equations. Contingent on individual course prerequisites, majors may then directly fulfill the elective requirement which undertakes a more advanced treatment of mathematical economics, or complete a sequence of courses that provide exposure to the statistical modeling of data. The major provides strong training for students pursuing private sector careers in investment banking, forecasting, applied mathematics, or finance, as well as graduate work in economics, operations research, and financial engineering.
Prerequisites
Students desiring to major in mathematical economics are required to pass the following prerequisites prior to admission into the major. If a student has not taken all three of these courses, that student may be admitted only if currently scheduled for a later section or by consent of the chair if mitigating circumstances exist.
Economics 150 (or 151 and 152)  Principles of Economics 2 units
Mathematics 126 – Calculus 1 1 unit
Mathematics 129 – Calculus 2 1 unit
DISTINCTION IN MATHEMATICAL ECONOMICS is awarded by action of the Department to up to the top 20% of graduating majors based on their GPA within the major with the provision that they have also received an A in Senior Thesis.
Course of Study for the Mathematical Economics Major
To graduate as a Mathematical Economics major, students must pass a total of 15 units. The fifteen units include eight units of required courses, two units of statistical modeling courses, three units of electives, and two units of senior thesis.
A. Required Courses (Total 8 Units)
Math (4 Units)
1.  MA126  Calculus 1  1 unit 
2.  MA129  Calculus 2  1 unit 
3.  MA220  Linear Algebra  1 unit 
4.  MA315  Differential Equations  1 unit 
4 units 
Please note, Calculus 2 (MA129) is a prerequisite for Linear Algebra (MA220), and Linear Algebra is a prerequisite for Differential Equations (MA315)
Economics (4 Units)
EC150 (or 151 & 152)  Principles of Economics  2 units 
EC207  Intermediate Microeconomic Theory  1 unit 
EC209  Intermediate Macroeconomic Theory  1 unit 
4 units 
B. Statistical Modeling Courses (Total 2 Units)
1.  MA217  Probability and Statistical Modeling  1 unit 
2.  EC408  Econometrics  1 unit 
2 units 
Students should complete MA217 prior to enrolling in EC408
B. Electives (Total 3 Units)
1.  EC 392  Advanced Topics in Mathematical Economics  1 unit  
2. 3. 
MA elective EC elective 
}  See list of approved courses on Page 3  1 unit 1 unit 
3 units 
C. EC 496  Senior Thesis (Total 2 Units) 2 units
TOTAL MINIMUM REQUIRED CREDIT.....................................15 units
Students majoring in Mathematical Economics are required to meet all College requirements.
Courses that satisfy the EC elective requirement:
Econ 306: Industrial Organization
Econ 317: Investments
Econ 330: Public Finance
Econ 335: Environmental Economics
Econ 336: Economics of Labor
Econ 337: Development Economics
Econ 342: Economics of International Trade
Econ 344: Economics of International Finance
Courses that satisfy the MA elective requirement:
Math 313: Probability (1 Unit)
Math 316: Partial Differential Equations (1 Unit)
Math 318: Numerical Analysis (1 Unit)
Math 325: Graph Theory
Math 340: Topics in Mathematics: Mathematical Modeling
Math 375: Mathematical Analysis
Math 410: Complex Analysis
Math 417: Mathematical Statistics
Math: Stochastic Processes (1 Unit)*
Courses that satisfy the (ME) requirement at the elective stage will be
taught as EC 392, Advanced Topics in Mathematical Economics.
Below are some of the planned topics.

Micro/ Macro

Business and Finance

Economic Growth

Time Series Analysis

Mathematical Finance

Investment Science

Topics in Econometrics: Financial Modeling

Game Theory

Decision Theory
*being considered as a future course
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