Requirements and Forms
Here you will find further information about fulfilling requirements for the major and concentration.
Click here for the Major Checklist (pdf)
Click here for the Financial Economics Major Checklist (pdf)
Click here for the Concentration Checklist (pdf)
Click here for the Economics-Mathematics Major Checklist (pdf)
Click here for the Economics-Philosophy Major Checklist (pdf)
Click here for the Economics-Philosophy Major (declared prior to Spring 2014) Checklist (pdf)
Click here for the Economics-Political Science Major Checklist (pdf)
Click here for the Economics-Political Science Major (declared prior to Spring 2014) Checklist (doc)
Click here for the Economics-Statistics Major Checklist (Word)
Click here for the Economics-Statistics Major (declared prior to Spring 2014) Checklist (pdf)
- Students in all majors, joint majors, and the concentration in economics must take two semesters of calculus, MATH UN1101 Calculus I, and MATH UN1201, Calculus III. Alternatively, students may take the Honors math sequence, MATH UN1207 and MATH UN1208.
- Students do not have to take MATH UN1102 Calculus II to complete their economics requirements, except for students who are majoring in econ-math or econ-statistics.
- Students must complete Calculus I and Calculus III before taking ECON UN3211 Intermediate Microeconomics. Students must complete Calculus I before taking ECON UN3213 Intermediate Macroeconomics, and must either take Calculus III concurrently or prior to taking ECON UN3213 Intermediate Macroeconomics. Alternatively, if you are taking the honors sequence in math, you may register for both Intermediate Macro and intermediate Micro after completing MATH UN1207 HonorsMath.
- More information about placement in the calculus sequence can be found on the Department of Mathematics website.
- Students who initially skip MATH UN1102 Calculus II may still take Calculus II after they have completed MATH UN1201 Calculus III.
- Students who are exempted by written approval by the Math department from MATH UN1101 Calculus I due to high school math, must replace the missing 3 credits by taking an additional course. The course may be selected from any Economics electives at the 2000 level and above (except BC2411), any Math course above UN1101 (except UN1201), any Statistics course above UN1201, or any Computer Science course.
- Students who are exempted from MATH UN1101 Calculus I due to their IB Math Standard Level exam, are not given College credit; only students who took the Higher Level IB exam are given College credit. Those students who only took the Standard Level exam must then replace the missing 3 credits by taking an additional course. The course may be selected from any Economics electives at the 2000 level and above (except BC2411), any Math course above UN1101 (except UN1201), any Statistics course above UN1201, or any Computer Science course.
The math requirement is designed to better fit the needs of the economics students at Columbia. Undergraduate economics education relies heavily on the differential calculus of functions of one and several variables. Few, if any, economics courses will use integral calculus and those that do will make use of only the most basic of integrals. Calculus I is an introduction to the differential and integral calculus of functions of one variable. Calculus III extends the differential calculus to of functions of several variables. Hence, these are the two classes that teach the calculus used in the economics courses. Calculus II focuses on advanced integration techniques of functions of one variable. These techniques are used very rarely in undergraduate economics courses, so Calculus II is not required for the economics major.
The differential calculus is the study of the slope (or derivative) of a function or the rate of change of a function. The rate of change of a function (called a derivative) is an extremely useful concept in economics. For example, a cost function tells us the total cost associated with each quantity level of production of a firm. The rate of change of the cost function is called the marginal cost of the firm and it tells us how much it will cost the firm to produce one additional unit. Similarly, the revenue function of a firm tells us the total revenue generated by the sales of each quantity level and the rate of change of the revenue function, the marginal revenue, tells us how much additional revenue is generated by an additional sale. If the cost of producing one additional unit is less than the additional revenues generated by that unit, then the firm can earn more profits by producing and selling that extra unit. In other words, if the rate of change of the cost function is less than the rate of change of the revenue function, then a profit-seeking firm should produce and sell more units of the good.
The cost function is an example of a function of a single variable (the variable is the quantity produced). The study of the calculus of a single variable will teach you how to solve a wide range of economics problems, such as whether or not the firm can earn additional profits by producing and selling an additional unit. Calculus I will teach you how to solve these problems.
Economic problems often involve functions of several variables. For example, living in New York City, I can choose from a wide variety of entertainments, such as movies, concerts, plays, etc., but I don’t have an infinite amount of money to spend on my entertainment (nor an infinite amount of time to enjoy all of these activities). Indeed, I must decide how to allocate my budget among these many variable choices where I must think about giving up one good (e.g., a concert) in order to get more of another (e.g., a play). In order to choose the best allocation of my budget for me, I must solve a problem of several, variables. Fortunately, we can extend the results from the calculus of one variable to that of several variables to solve these more complicated economics problems. Calculus III will teach you how to solve these types of problems.
The integral calculus begins with the study of the area under a curve. It is used sparingly (if at all) in undergraduate economics courses but extensively in engineering, physics, and statistics. The derivative of a function is in general quite straightforward to calculate, but the integral is not. In fact, the knowledge of a wide range of techniques is needed calculate many integrals. Calculus IIA teaches these many tricks of integration. Since none of these tricks are ever used in an undergraduate course, this class is not required as part of the economics major.
Students in all majors, joint majors, and concentrations must take STAT UN1201 Introduction to Statistics B (or a higher-level statistics course such as SIEO UN3001; STAT UN4203 and UN4204).
The department considers the statistics and econometrics courses as a year-long sequence in statistical methods. The design of STAT UN1201 was done in consultation with the econometrics professors in the economics department. The material covered in STAT UN1201 was chosen in order to ease the transition from statistics to the econometrics course offered in the department. The department also strongly recommends to all students that they take the two courses UN1201 and UN3412 in consecutive semesters.
Transfer Credit Form
Students must read the Transfer Credits Information section before completing and submitting the transfer credit form.
To download the Transfer Credit Request Form (PDF), click here.
If you have studied abroad or are transferring to Columbia from another institution, and you have completed coursework in economics relevant to your major or concentration, you will need to complete this form, attach the required materials as outlined in the Transfer Credits Information page, and submit the packet to your CC or GS advsor. Your advisor will review your submitted form and materials and will then forward it to the Economics Department for evaluation.
Please review the material posted in the Transfer Credit Information section before contacting the department about transfer credits.