Is Columbia Good for Pre Med? Definitely! Columbia University undergrad is known for having a rigorous education, and medical schools know it. Graduating from Columbia University with a decent GPA tells medical school admissions committees that you are strong academically. You can major in anything – whether it’s the Columbia Engineering and Applied Science (Fu Foundation School) or Columbia College.
Here are top 10 Popular Columbia Pre Med Majors
- Applied Mathematics
- Biology
- Chemistry
- Computer Science
- Cognitive Science
- Economics
- Evolutionary Biology of the Human Species
- Political Science
- Psychology
- Public Health
Columbia Pre Med Majors – Applied Mathematics
Departmental Undergraduate Office: 410 Mathematics; 212-854-2432
http://www.math.columbia.edu/
Director of Undergraduate Studies: Prof. Mu-Tao Wang, 514 Mathematics; 212-854-3052; mtwang@math.columbia.edu
Computer Science-Mathematics Adviser:
Computer Science: Dr. Jae Woo Lee, 715 CEPSR; 212-939-7066; jae@cs.columbia.edu
Mathematics: Prof. Chiu-Chu Melissa Liu, 623 Mathematics; 212-854-2499; ccliu@math.columbia.edu
Economics-Mathematics Advisers:
Mathematics: Prof. Julien Dubedat, 601 Mathematics; 212-854-8806; jd2653@columbia.edu
Economics: Dr. Susan Elmes, 1006 International Affairs Building; 212-854-9124; se5@columbia.edu
Mathematics-Statistics Advisers:
Mathematics: Prof. Julien Dubedat, 601 Mathematics; 212-854-8806; dubedat@math.columbia.edu
Statistics: Ronald Neath, 612 Watson; 212-853-1398; rcn2112@columbia.edu
Statistics: Gabriel Young, 610 Watson; 212-853-1395; gjy2107@columbia.edu
—-
The major in mathematics is an introduction to some of the highlights of the development of theoretical mathematics over the past four hundred years from a modern perspective. This study is also applied to many problems, both internal to mathematics and arising in other disciplines such as physics, cryptography, and finance.
Majors begin by taking either Honors mathematics or the calculus sequence. Students who do not take MATH UN1207 HONORS MATHEMATICS A and MATH UN1208 HONORS MATHEMATICS B normally take MATH UN2010 LINEAR ALGEBRA in the second year. Following this, majors begin to learn some aspects of the main branches of modern mathematics: algebra, analysis, and geometry; as well as some of their subdivisions and hybrids (e.g., number theory, differential geometry, and complex analysis). As the courses become more advanced, they also become more theoretical and proof-oriented and less computational.
Aside from the courses offered by the Mathematics Department, cognate courses in areas such as astronomy, chemistry, physics, probability, logic, economics, and computer science can be used toward the major. A cognate course must be a 2000-level (or higher) course and must be approved by the director of undergraduate studies. In general, a course not taught by the Mathematics Department is a cognate course for the mathematics major if either (a) it has at least two semesters of calculus as a stated prerequisite, or (b) the subject matter in the course is mathematics beyond an elementary level, such as PHIL UN3411 SYMBOLIC LOGIC, in the Philosophy Department, or COMS W3203 DISCRETE MATHEMATICS, in the Computer Science Department.
Another requirement for majors is participation in an undergraduate seminar, usually in the junior or senior year. Applied math majors must take the undergraduate seminar in both the junior and senior year. In these seminars, students gain experience in learning an advanced topic and lecturing on it. In order to be eligible for departmental honors, majors must write a senior thesis.
Courses for 1st year students – Applied Mathematics
The systematic study of mathematics begins with one of the following three alternative calculus and linear algebra sequences:
| CODE | TITLE | POINTS |
|---|---|---|
| MATH UN1101 – MATH UN1102 – MATH UN1201 – MATH UN1202 – MATH UN2010 | CALCULUS I and CALCULUS II and CALCULUS III and CALCULUS IV and LINEAR ALGEBRA | |
| OR | ||
| MATH UN1101 – MATH UN1102 – MATH UN1205 – MATH UN2010 | CALCULUS I and CALCULUS II and ACCELERATED MULTIVARIABLE CALC and LINEAR ALGEBRA | |
| OR | ||
| MATH UN1101 – MATH UN1102 – MATH UN1207 – MATH UN1208 | CALCULUS I and CALCULUS II and HONORS MATHEMATICS A and HONORS MATHEMATICS B | |
Credit is allowed for only one calculus and linear algebra sequence.
Calculus I, II is a standard course in single-variable differential and integral calculus; Calculus III, IV is a standard course in multivariable differential and integral calculus; Accelerated Multivariable Calculus is an accelerated course in multivariable differential and integral calculus.
While Calculus II is no longer a prerequisite for Calculus III, students are strongly urged to take it before taking Calculus III. In particular, students thinking of majoring or concentrating in mathematics or one of the joint majors involving mathematics should take Calculus II before taking Calculus III. Note that Calculus II is a prerequisite for Accelerated Multivariable Calculus, and both Calculus II and Calculus III are prerequisites for Calculus IV.
The third sequence, Honors Mathematics A- B, is for exceptionally well-qualified students who have strong Advanced Placement scores. It covers multivariable calculus (MATH UN1201 CALCULUS III– MATH UN1202 CALCULUS IV) and linear algebra (MATH UN2010 LINEAR ALGEBRA), with an emphasis on theory.
Advanced Placement
The department grants 3 credits for a score of 4 or 5 on the AP Calculus AB exam provided students complete MATH UN1102 CALCULUS II or MATH UN1201 CALCULUS III with a grade of C or better. The department grants 3 credits for a score of 4 on the AP Calculus BC exam provided students complete MATH UN1102 CALCULUS II or MATH UN1201 CALCULUS III with a grade of C or better. The department grants 6 credits for a score of 5 on the AP Calculus BC exam provided students complete MATH UN1201 CALCULUS III or MATH UN1205 ACCELERATED MULTIVARIABLE CALC MATH UN1207 HONORS MATHEMATICS A with a grade of C or better. Students can receive credit for only one calculus sequence.
Calculus Placements
Calculus I
Students who have essentially mastered a precalculus course and those who have a score of 3 or less on an Advanced Placement (AP) exam (either AB or BC) should begin their study of calculus with MATH UN1101 CALCULUS I.
Calculus II and III
Students with a score of 4 or 5 on the AB exam, 4 on the BC exam, or those with no AP score but with a grade of A in a full year of high school calculus may begin with either MATH UN1102 CALCULUS II orMATH UN1201 CALCULUS III. Note that such students who decide to start with Calculus III may still need to take Calculus II since it is a requirement or prerequisite for other courses. In particular, they MUST take Calculus II before going on to MATH UN1202 CALCULUS IV. Students with a score of 5 on the BC exam may begin with Calculus III and do not need to take Calculus II.
Those with a score of 4 or 5 on the AB exam or 4 on the BC exam may receive 3 points of AP credit upon completion of Calculus II with a grade of C or higher. Those students with a score of 5 on the BC exam may receive 6 points of AP credit upon completion of Calculus III with a grade of C or higher.
Accelerated Multivariable Calculus
Students with a score of 5 on the AP BC exam or 7 on the IB HL exam may begin with MATH UN1205 ACCELERATED MULTIVARIABLE CALC. Upon completion of this course with a grade of C or higher, they may receive 6 points of AP credit.
Honors Mathematics A
Students who want a proof-oriented theoretical sequence and have a score of 5 on the BC exam may begin with MATH UN1207 HONORS MATHEMATICS A, which is especially designed for mathematics majors. Upon completion of this course with a grade of C or higher, they may receive 6 points of AP credit.
Grading
No course with a grade of D or lower can count toward the major, interdepartmental major, or concentration. Students who are doing a double major cannot double count courses for their majors.
Senior Thesis and Departmental Honors
In order to be eligible for departmental honors, majors must write a senior thesis. Normally no more than 10% of graduating majors receive departmental honors in a given academic year.
A Senior Thesis in Mathematics is an original presentation of a subject in pure or applied mathematics from sources in the published literature. The thesis must demonstrate significant independent work of the author. A thesis is expected to be between 20 and 50 pages with complete references and must have a substantial expository component to be well received.
A student who is interested in writing a senior thesis needs to identify a faculty member in the Department of Mathematics as an advisor, determine an appropriate topic, and receive the written approval from the faculty advisor and the DUS. The research of the thesis is conducted primarily during the fall term and the final paper is submitted to the DUS by the end of March.
Students must register for MATH UN3994 Senior Thesis in Mathematics I (4 credits) in the fall semester of their senior year. An optional continuation course MATH UN3995 Senior Thesis in Mathematics II (2 credits) is available during the spring. The second term of this sequence may not be taken without the first. Registration for the spring continuation course has no impact on the timeline or outcome of the final paper. Sections of Senior Thesis in Mathematics I and II do NOT count towards the major requirements, with the exception of an advanced written approval by the DUS.
Columbia Pre Med Majors – Biology
Departmental Office: 600 Fairchild, 212-854-4581; mes2314@columbia.edu; biology@columbia.edu
Director of Undergraduate Studies, Undergraduate Programs and Laboratories:
Prof. Alice Heicklen, 744B Mudd; 212-854-5952; ah2289@columbia.edu
The department offers broad training in basic biological disciplines, with an emphasis in cell and molecular biology. Students have many opportunities to participate in ongoing projects in research laboratories. All the biology-related majors require one year of introductory biology, plus additional courses as detailed in the major requirements and listed on the websites provided above.
The usual one-year introductory biology sequence is BIOL UN2005 INTRO BIO I: BIOCHEM,GEN,MOLEC–BIOL UN2006 INTRO BIO II:CELL BIO,DEV/PHYS, taken in the sophomore year, after one year of general chemistry. For more details, see Introductory Courses under Requirements—Major in Biology. All students interested in biology are encouraged to take BIOL UN1908 First Year Seminar in Biology in the fall semester of their first year.
Premedical students should consult with their advising dean or the preprofessional office for relevant details of medical school requirements. Students interested in graduate school should consult the biology career adviser, Dr. Molly Przeworski
Nonscience majors who wish to take a biology course to fulfill the science requirement are encouraged to take BIOL UN1130 GENES AND DEVELOPMENT. Interested students should consult listings in other departments for courses related to biology.
Advanced Placement
The department grants 3 credits for a score of 5 on the AP Biology exam. Placement is determined by the department. Students with a 5 on the AP are encouraged to take BIOL UN2005 INTRO BIO I: BIOCHEM,GEN,MOLEC and BIOL UN2006 INTRO BIO II:CELL BIO,DEV/PHYS, but are not required to do so. For details, visit https://www.biology.columbia.edu/pages/first-year-students-and-prospective-students-faq
Biology Major Advising
Biology Major and Concentration Advisers (CC):
For a list of current biology, biochemistry, biophysics, and neuroscience and behavior advisers, please visit http://biology.columbia.edu/programs/advisors
- A-G: Prof. Carol Prives, 816 Fairchild; clp3@columbia.edu
- H-N: Prof. Mary Ann Price, 744A Mudd; map2293@columbia.edu
- O-Z: Prof. Tulle Hazelrigg, 753A Mudd, tih1@columbia.edu
Biology Major and Concentration Adviser (GS):
Prof. Deborah Mowshowitz; 744D Mudd; dbm2@columbia.edu
Biochemistry Advisers (CC & GS):
Biology: Prof. John Hunt, 702A Fairchild; jfh21@columbia.edu (for course planning questions)
Prof. James Manley, 1117A Fairchild; jlm2@columbia.edu (for research, graduate school questions)
Chemistry: Prof. Vesna Gasperov, 355 Chandler Hall; vg2231@columbia.edu
Biophysics Adviser (CC & GS):
Prof. Ozgur Sahin, 908 Northwest Corner Building; os2246@columbia.edu
Neuroscience and Behavior Advisers (CC):
Biology:
- A-P: Prof. Stuart Firestein, 1011B Fairchild; sjf24@columbia.edu
- Q-Z: Prof. Jian Yang, 917A Fairchild; jy160@columbia.edu
Psychology: Prof. Caroline Marvin, 317 Schermerhorn; cbm2118@columbia.edu
Neuroscience and Behavior Advisers (GS):
Biology: Prof. Deborah Mowshowitz; 744D Mudd; dbm2@columbia.edu
Psychology: Prof. Caroline Marvin, 317 Schermerhorn; cbm2118@columbia.edu
Summer Undergraduate Research Fellowship (SURF) Program
First-year students, sophomores, and juniors are eligible for the department’s paid internship program (SURF). This program is competitive; the department cannot assure every eligible student a place in any given summer.
Students apply to the program early in the spring term. A faculty committee headed by Dr. Alice Heicklen then matches selected students to appropriate labs. The deadline for SURF applications is at the beginning of the spring semester.
SURF students must submit a report on their work at the end of the summer session and participate in the following year’s annual Undergraduate Research Symposium. Although it does not carry any academic credit, SURF can be used toward the lab requirement for majors and toward graduation with honors. For detailed information on all summer research programs and how to apply, please visit the SURF website.
Current detailed descriptions of the SURF program and the application procedure are available at SURF’s website, https://www.biology.columbia.edu/programs/surf. For more information on the Amgen Scholarship Program, please visit https://www.biology.columbia.edu/programs/amgen-scholars-program. Applications to all of these programs are through SURF.
Departmental Honors
Students must apply for departmental honors. Applications are due no later than one day before spring break of their senior year. For details, please visit the departmental website at http://biology.columbia.edu/programs/honors-biological-sciences.
Columbia Pre Med Majors – Chemistry
Undergraduate Office: 340 Havemeyer; 212-854-2163
Departmental Office: 344 Havemeyer; 212-854-2202
https://chem.columbia.edu/
Program Manager for Undergraduate Studies: Dr. Vesna Gasperov, 355 Chandler; 212-854-2017; vg2231@columbia.edu
Biochemistry Advisers:
Please see Dr. Gasperov for your initial advising session for Biochemistry.
Biology: (for course planning queries) Prof. John Hunt, 702A Fairchild; 212-854-5443; jfh21@columbia.edu; (for research and graduate school queries) Prof. James Manley, 1117A Fairchild; 212-854-4647; jlm2@columbia.edu
Chemistry: Prof. Virginia Cornish, 1209 Northwest Corner Building; 212-854-5209; vc114@columbia.edu
Chemistry, the study of molecules, is a central science interesting for its own sake but also necessary as an intellectual link to the other sciences of biology, physics, and environmental science. Faculty find the various disciplines of chemistry fascinating because they establish intellectual bridges between the macroscopic or human-scale world that we see, smell, and touch, and the microscopic world that affects every aspect of our lives. The study of chemistry begins on the microscopic scale and extends to engage a variety of different macroscopic contexts.
Chemistry is currently making its largest impact on society at the nexus between chemistry and biology and the nexus between chemistry and engineering, particularly where new materials are being developed. A typical chemistry laboratory now has more computers than test tubes and no longer smells of rotten eggs.
The chemistry department majors are designed to help students focus on these new developments and to understand the factors influencing the nature of the discipline. Because the science is constantly changing, courses change as well, and while organic and physical chemistry remain the bedrock courses, they too differ greatly from the same courses 40 years ago. Many consider biochemistry to be a foundation course as well. Although different paths within the chemistry major take different trajectories, there is a core that provides the essential foundation students need regardless of the path they choose. Students should consider majoring in chemistry if they share or can develop a fascination with the explanatory power that comes with an advanced understanding of the nature and influence of the microscopic world of molecules.
Students who choose to major in chemistry may elect to continue graduate study in this field and obtain a Ph.D. which is a solid basis for a career in research, either in the industry or in a university. A major in chemistry also provides students with an astonishing range of career choices such as working in the chemical or pharmaceutical industries or in many other businesses where a technical background is highly desirable. Other options include becoming a financial analyst for a technical company, a science writer, a high school chemistry teacher, a patent attorney, an environmental consultant, or a hospital laboratory manager, among others. The choices are both numerous and various as well as intellectually exciting and personally fulfilling.
Advanced Placement
The department grants advanced placement (AP) credit for a score of 4 or 5 or the equivalent. The amount of credit granted is based on the results of the department assessment exam and completion of the requisite course. Students who receive permission to register for CHEM UN1604 2ND TERM GEN CHEM (INTENSIVE) are granted 3 points of credit; students who receive permission to register for CHEM UN2045 INTENSVE ORGANIC CHEMISTRY–CHEM UN2046 INTENSVE ORG CHEM-FOR 1ST YEAR are granted 6 points of credit. In either case, credit is granted only upon completion of the course with a grade of C or better. Students must complete a department assessment exam prior to registering for either of these courses.
Programs of Study
The Department of Chemistry offers four distinct academic major programs for undergraduates interested in professional-level training and education in the chemical sciences: chemistry, chemical physics, biochemistry and environmental chemistry. For students interested in a program of less extensive study and coursework, the department offers a concentration in chemistry.
The results of the department assessment exam are used to advise students which track to pursue. The Department of Chemistry offers three different tracks. Students who wish to take Track 2 or 3 classes must take the department assessment exam. Students who wish to pursue Track 1 classes do not need to take the assessment exam.
Chemistry Major Tracks
In the first year, Track 1 students with one year of high school chemistry take a one-year course in general chemistry, and the one-term laboratory course that accompanies it. In the second year, students study organic chemistry, and take organic chemistry laboratory.
Students who qualify by prior assessment during orientation week can place into the advanced tracks. There are two options. Track 2 students take, in the fall term, a special one-term intensive course in general chemistry in place of the one-year course. In the second year, students study organic chemistry and take organic chemistry laboratory. Track 3 students take a one-year course in organic chemistry for first-year students and the one-term intensive general chemistry laboratory course. In the second year, students enroll in physical chemistry and the organic chemistry laboratory course.
Additional information on the tracks can be found in the Requirements section.
First-year students may also elect to take CHEM UN2408. This seminar focuses on topics in modern chemistry, and is offered to all students who have taken at least one semester of college chemistry and have an interest in chemical research.
Biochemistry (BIOC GU4501, BIOC GU4512) is recommended for students interested in the biomedical sciences.
Physical chemistry (CHEM UN3079–CHEM UN3080), a one-year program, requires prior preparation in mathematics and physics. The accompanying laboratory is CHEM UN3085–CHEM UN3086.
Also offered are a senior seminar (CHEM UN3920); advanced courses in biochemistry, inorganic, organic, and physical chemistry; and an introduction to research (CHEM UN3098).
Example Programs in Columbia University Chemistry Major
Some typical programs are shown below. Programs are crafted by the student and the Director of Undergraduate Studies and Program Manager to meet individual needs and interests.
Track 1
| FIRST YEAR | ||
|---|---|---|
| CHEM UN1403 | GENERAL CHEMISTRY I-LECTU | |
| CHEM UN1404 | GENERAL CHEMISTRY II-LECTURES | |
| CHEM UN1500 | GENERAL CHEMISTRY LABORATORY | |
| CHEM UN2408 | 1ST YEAR SEM IN CHEMICAL RES | |
| Calculus and physics as required. | ||
| SECOND YEAR | ||
| CHEM UN2443 | ORGANIC CHEMISTRY I-LECTURES | |
| CHEM UN2444 | ORGANIC CHEMSTRY II-LECTURES | |
| CHEM UN2493 | ORGANIC CHEM. LAB I TECHNIQUES | |
| CHEM UN2494 | ORGANIC CHEM. LAB II SYNTHESIS | |
| Calculus and physics as required. | ||
| THIRD YEAR | ||
| CHEM UN3079 | PHYSICAL CHEMISTRY I-LECTURES | |
| CHEM UN3080 | PHYSICAL CHEMISTRY II-LECTURES | |
| BIOC GU4501 | BIOCHEM I-STRUCTURE/METABOLISM | |
| CHEM UN3546 | ADVANCED ORGANIC CHEMISTRY LAB | |
| CHEM UN3098 | SUPERVISED INDEPENDENT RES | |
| FOURTH YEAR | ||
| CHEM UN3085 | PHYSICL-ANALYTICL LABORATORY I | |
| CHEM UN3086 | PHYSICL-ANALYTCL LABORATORY II | |
| CHEM UN3920 | SENIOR SEMINAR | |
| CHEM GU4071 | INORGANIC CHEMISTRY | |
| Advanced courses (4000-level or higher) | ||
Track 2
| FIRST YEAR | ||
|---|---|---|
| CHEM UN1507 | INTENSVE GENERAL CHEMISTRY-LAB | |
| CHEM UN1604 | 2ND TERM GEN CHEM (INTENSIVE) | |
| CHEM UN2408 | 1ST YEAR SEM IN CHEMICAL RES | |
| Calculus and physics as required. | ||
| SECOND YEAR | ||
| CHEM UN2443 | ORGANIC CHEMISTRY I-LECTURES | |
| CHEM UN2444 | ORGANIC CHEMSTRY II-LECTURES | |
| CHEM UN2493 | ORGANIC CHEM. LAB I TECHNIQUES | |
| CHEM UN2494 | ORGANIC CHEM. LAB II SYNTHESIS | |
| Calculus and physics as required. | ||
| THIRD YEAR | ||
| CHEM UN3079 | PHYSICAL CHEMISTRY I-LECTURES | |
| CHEM UN3080 | PHYSICAL CHEMISTRY II-LECTURES | |
| BIOC GU4501 | BIOCHEM I-STRUCTURE/METABOLISM | |
| CHEM UN3546 | ADVANCED ORGANIC CHEMISTRY LAB | |
| CHEM UN3098 | SUPERVISED INDEPENDENT RES | |
| FOURTH YEAR | ||
| CHEM UN3085 | PHYSICL-ANALYTICL LABORATORY I | |
| CHEM UN3086 | PHYSICL-ANALYTCL LABORATORY II | |
| CHEM UN3920 | SENIOR SEMINAR | |
| CHEM GU4071 | INORGANIC CHEMISTRY | |
| Advanced courses (4000- level or higher) | ||
Track 3
| FIRST YEAR | ||
|---|---|---|
| CHEM UN1507 | INTENSVE GENERAL CHEMISTRY-LAB | |
| CHEM UN2045 | INTENSVE ORGANIC CHEMISTRY | |
| CHEM UN2408 | 1ST YEAR SEM IN CHEMICAL RES | |
| Calculus and Physics as required. | ||
| SECOND YEAR | ||
| CHEM UN2046 | INTENSVE ORG CHEM-FOR 1ST YEAR | |
| CHEM UN3079 | PHYSICAL CHEMISTRY I-LECTURES | |
| CHEM UN3080 | PHYSICAL CHEMISTRY II-LECTURES | |
| CHEM UN2545 | INTENSIVE ORGANIC CHEM LAB | |
| CHEM UN3546 | ADVANCED ORGANIC CHEMISTRY LAB | |
| Calculus and physics as required. | ||
| THIRD YEAR | ||
| BIOC GU4501 | BIOCHEM I-STRUCTURE/METABOLISM | |
| CHEM UN3085 | PHYSICL-ANALYTICL LABORATORY I | |
| CHEM UN3086 | PHYSICL-ANALYTCL LABORATORY II | |
| CHEM UN3098 | SUPERVISED INDEPENDENT RES | |
| CHEM GU4071 | INORGANIC CHEMISTRY | |
| FOURTH YEAR | ||
| CHEM UN3920 | SENIOR SEMINAR | |
| Advanced courses (4000-level or higher) | ||
Columbia Pre Med Majors – Computer Science
Departmental Office: 450 Computer Science Building; 212-939-7000
http://www.cs.columbia.edu/
Director of Undergraduate Studies: Dr. Jae Woo Lee, 715 CEPSR; 212-939-7066; jae@cs.columbia.edu
The majors in the Department of Computer Science provide students with the appropriate computer science background necessary for graduate study or a professional career. Computers impact nearly all areas of human endeavor. Therefore, the department also offers courses for students who do not plan a computer science major or concentration. The computer science majors offer maximum flexibility by providing students with a range of options for program specialization. The department offers four majors: computer science; information science; data science; and computer science-mathematics, offered jointly with the Mathematics Department.
Computer Science Major
Students study a common core of fundamental topics, supplemented by a track that identifies specific areas for deeper study. The foundations track prepares students for advanced work in fundamental, theoretical, and mathematical aspects of computing, including analysis of algorithms, scientific computing, and security. The systems track prepares students for immediate employment in the computer industry as well as advanced study in software engineering, operating systems, computer-aided digital design, computer architecture, programming languages, and user interfaces. The intelligent systems track provides specialization for the student interested in natural language processing and systems capable of exhibiting “human-like” intelligence. The applications track is for students interested in the implementation of interactive multimedia content for the Internet and wireless applications. The vision, graphics, interaction, and robotics track exposes students to computer vision, graphics, human-computer interaction, and robotics.
A combination track is available to students who wish to pursue an interdisciplinary course of study combining computer science and another field in the arts, humanities, mathematics, natural sciences, or social sciences. A student planning a combination track should be aware that one additional course is required to complete this option.
Columbia Pre Med Majors – Cognitive Science
Adviser for Columbia College and School of General Studies students:
Professor John Morrison: jmorriso@barnard.edu
Department website: https://cogsci.barnard.edu/
Director: Professor John Morrison, jmorriso@barnard.edu
Department Assistant: Maia Bernstein, mbernste@barnard.edu
Cognitive Science is the cross-disciplinary study of how the mind works, with a focus on perception, reasoning, memory, attention, language, decision-making, motor control, and problem solving. Cognitive scientists often compare minds to computers. In particular, they describe mental processes as computational operations on internal representations. For instance, perception is seen as a representation of the external world that results from sensory stimulation; learning is analyzed as the addition of new representations through interactions with the environment; reasoning is treated as the addition of new representations through operations on existing representations.
Cognitive Science is an interdisciplinary field: it draws on tools and ideas from psychology, neuroscience, linguistics, economics, computer science, and philosophy, with affiliated faculty in each of these disciplines. Psychologists study the computational operations that we use to solve specific tasks; neuroscientists study the implementation of those operations in the brain; linguists study the representations involved in communication; economists study the representations involved in decisions involving uncertainty and reward; computer scientists consider how the processes involved in human cognition fit into a more general theory of computations and a larger space of tasks; and philosophers ask fundamental questions about the nature of representation and computation.
Learning Objectives
Cognitive Science majors will gain fluency in computational methods; a capacity for rigorous and careful thought; a broad understanding of the affiliated disciplines; and a deep understanding of cognition.
Columbia Pre Med Majors – Economics
Departmental Office: 1022 International Affairs Building; 212-854-3680
http://www.columbia.edu/cu/economics/
Director of Undergraduate Studies: Dr. Susan Elmes, 1006 International Affairs Building; 212-854-9124; se5@columbia.edu
Director of Departmental Honors Program: Dr. Susan Elmes, 1006 International Affairs Building; 212-854-9124; se5@columbia.edu
Economics is the study of the ways in which society allocates its scarce resources among alternative uses and the consequences of these decisions. The areas of inquiry deal with a varied range of topics such as international trade, domestic and international financial systems, labor market analysis, and the study of less developed economies. Broadly speaking, the goal of an economics major is to train students to think analytically about social issues and, as such, provide a solid foundation for not only further study and careers in economics, but also for careers in law, public service, business, and related fields.
The Economics Department offers a general economics major in addition to five interdisciplinary majors structured to suit the interests and professional goals of a heterogeneous student body. All of these programs have different specific requirements but share the common structure of core theoretical courses that provide the foundation for higher-level elective courses culminating in a senior seminar. Students are urged to carefully look through the details of each of these programs and to contact an appropriate departmental adviser to discuss their particular interests.
Advanced Placement
Tests must be taken in both microeconomics and macroeconomics, with a score of 5 on one test and at least a 4 on the other. Provided that this is achieved, the department grants 4 credits for a score of 4 and 5 on the AP Economics exam along with exemption from ECON UN1105 PRINCIPLES OF ECONOMICS .
Columbia University Economics Department
The Department of Economics offers a variety of advising resources to provide prospective and current undergraduate majors and concentrators with the information and support needed to successfully navigate through the program. These resources are described below.
Frequently Asked Questions
Please see: http://econ.columbia.edu/frequently-asked-questions-0
As a first step, students are encouraged to visit the department’s FAQ page, which provides comprehensive information and answers to the most frequently asked questions about the departmental majors and requirements. This page also includes a section that answers specific questions of first-years, sophomores, and non-majors.
Graduate Student Advisers
For answers to the most common questions that students have about the majors, the department has graduate student advisers, who are available by e-mail at econ-advising@columbia.edu, or during weekly office hours to meet with students.
Students should direct all questions and concerns about their major to the graduate student advisers either in person or via e-mail. The graduate student advisers can discuss major requirements, scheduling, and major course selection, as well as review student checklists and discuss progress in the major. Occasionally, graduate student advisers may refer a student to someone else in the department (such as the director of undergraduate studies) or in the student’s school for additional advising.
Contact information and office hours for the graduate student advisers are posted on the Advisers page of the departmental website in the week prior to the beginning of the semester. Students considering one of the interdepartmental majors should speak to both a graduate student adviser from the Economics Department and the adviser from the other department early in the sophomore year.
Faculty Advisers
Faculty advisers are available to discuss students’ academic and career goals, both in terms of the undergraduate career and post-graduate degrees and research. Students wishing to discuss these types of substantive topics may request a faculty adviser by completing the form available on the Advisers page of the departmental website and depositing it in the mailbox of the director of undergraduate studies in the department’s main office, 1022 International Affairs Building.
The department does its best to match students with faculty members that share similar academic interests. While faculty advisers do not discuss major requirements—that is the role of the graduate student advisers—they do provide guidance in course selection as it relates to meeting a student’s intellectual goals and interests, as well as advise on career and research options. It is recommended that students who plan on attending a Ph.D. program in economics or are interested in pursuing economics research after graduation request a faculty adviser.
Departmental Honors
Economics majors and economics joint majors who wish to be considered for departmental honors in economics must:
- Have at least a 3.7 GPA in their major courses;
- Take ECON GU4999 SENIOR HONORS THESIS WORKSHOP (a one-year course);
- Receive at least a grade of A- in ECON GU4999 SENIOR HONORS THESIS WORKSHOP.
Students must consult and obtain the approval of the departmental undergraduate director in order to be admitted to the workshop. Please note that ECON GU4999 SENIOR HONORS THESIS WORKSHOP may be taken to fulfill the seminar requirement for the economics major and all economics joint majors. Students who wish to write a senior thesis (ECON GU4999 SENIOR HONORS THESIS WORKSHOP) must have completed the core major requirements . Normally no more than 10% of graduating majors receive departmental honors in a given academic year. Please see the Honors Prizes page on the department’s website for more information.
Undergraduate Prizes
All prize recipients are announced at the end of the spring semester each academic year.
Columbia Pre Med Majors – Psychology
Departmental Office: 406 Schermerhorn; 212-854-3608
https://psychology.columbia.edu/
Directors of Undergraduate Studies:
Psychology Major and Concentration:
Prof. Patricia Lindemann, 358E Schermerhorn Extension; pgl2@columbia.edu (Students with last names beginning A-J)
Prof. Katherine Fox-Glassman, 314 Schermerhorn; kjt2111@columbia.edu (Students with last names beginning K-S)
Prof. Chris Baldassano, 370 Schermerhorn Extension; cab2304@columbia.edu (Students with last names beginning T-Z)
Neuroscience and Behavior Major:
Psychology: Prof. Alfredo Spagna, 315 Schermerhorn; as5559@columbia.edu (Students with last names beginning A-L)
Psychology: Prof. Caroline Marvin, 317 Schermerhorn; cbm2118@columbia.edu (Students with last names beginning M-Z)
Biology (CC): Prof. Stuart Firestein, sjf24@columbia.edu
Biology (GS): Prof. Deborah Mowshowitz, 744 Mudd; dbm2@columbia.edu
Director of Instruction and Academic Affairs:
Prof. Caroline Marvin, 317 Schermerhorn; cbm2118@columbia.edu
Directors of Senior Thesis Research Intensive:
Prof. Lila Davachi, 402 Schermerhorn; ld24@columbia.edu
Prof. Nim Tottenham, 419E Schermerhorn; nlt7@columbia.edu
Preclinical Adviser: Prof. E’mett McCaskill, 415O Milbank; emccaski@barnard.edu
Administrative Manager: Joanna Borchert-Kopczuk, 406 Schermerhorn; 212-854-3940; jb2330@columbia.edu
Undergraduate Curriculum Assistant: 406 Schermerhorn; 212-854-8859; psych-uca@columbia.edu
The Department of Psychology offers students a comprehensive curriculum in psychological science, including research methods, cognition, neuroscience, developmental, social, and clinical areas. The curriculum prepares majors for graduate education in these fields and also provides a relevant background for social work, education, medicine, law, and business. Psychology course offerings are designed to meet the varying needs and interests of students, from those wishing to explore a few topics in psychology or to fulfill the science requirement, to those interested in majoring in Psychology or in Neuroscience and Behavior.
Program Goals
The department’s program goals start with the development of a solid knowledge base in psychological science. Consistent with the value psychology places on empirical evidence, courses at every level of the curriculum nurture the development of skills in research methods, quantitative literacy, and critical thinking, and foster respect for the ethical values that undergird the science of psychology.
Most of these program goals are introduced in PSYC UN1001 THE SCIENCE OF PSYCHOLOGY, the recommended first psychology course required for all majors that satisfies the prerequisite for most 2000-level courses. These goals are extended and reinforced in our statistics (1600-level) and research methods (1400-level) research methods courses, as well as in the 2000-level lecture courses and 3000– and 4000-level seminars. Each of the 2000-level lecture courses enables students to study systematically, and in greater depth, one of the content areas introduced in PSYC UN1001 THE SCIENCE OF PSYCHOLOGY. These lecture courses are the principal means by which psychology majors satisfy the distribution requirements, ensuring not only depth but also breadth of coverage across three central areas of psychology: (1) perception and cognition, courses in the 2200s, (2) psychobiology and neuroscience, courses in the 2400s, and (3) social, personality, and abnormal psychology, courses in the 2600s. To complete the major, students take one or more advanced seminars and are encouraged to participate in supervised research courses, where they have the opportunity to explore research questions in depth and further develop their written and oral communication skills.
Research Participation
All qualified students are welcome to apply to join a research lab and contribute to ongoing projects. Students may volunteer to work in a lab, register for supervised individual research (PSYC UN3950 Supervised Individual Research), or participate in the department’s Senior Thesis Advanced Research (STAR) Program. Information on faculty research is available on the departmental website. Students are advised to read about research laboratories on faculty lab sites and visit the professor’s office hours to discuss opportunities. At the beginning of the fall term, the department also hosts a Lab-Preview event for students to learn about research opportunities for the upcoming semester.
Advising
The Department of Psychology offers a variety of advising resources to provide prospective and current undergraduate majors and concentrators with the information and support needed to successfully plan their programs. An overview of these resources is provided on the Psychology Undergraduate Advising Resources website.
Students are encouraged to consult with Peer, Faculty, and Program Advisers as they plan their course of study in Psychology or Neuroscience and Behavior. Faculty and Peer Advisers are important contacts for general advice on class choices, research opportunities, and post-graduation plans. For definitive answers to questions regarding major requirements and other aspects of your degree, including transfer credit, current and prospective majors should consult their Program Adviser (Director of Undergraduate Studies) or the Undergraduate Curriculum Assistant in the departmental office. Program Adviser assignments and contact information are provided on the departmental website. For additional information about program, faculty, peer, and pre-clinical advising, please see the Psychology Undergraduate Advising Resources website.
Senior Thesis Advanced Research
Starting in Fall 2021, we restructured the Honors program to become the Psych/Neuro Senior Thesis Advanced Research (STAR) program. This change is intended to expand the number of Psychology and Neuroscience & Behavior students we can accept into this rigorous training program. (Note that this change goes into effect for all new applicants; policies for students that have already been enrolled in ‘Honors’ will remain as they were prior to this change.)
Students with strong interests in psychological/neuroscientific research are encouraged to apply for admission to the Psychology Department’s Psych/Neuro Senior Thesis Advanced Research program in the fall of their junior year or the equivalent, such that they will be able to participate in the three consecutive semesters (spring – fall – spring) that are required in the program.
Important: Students will need to confirm that a professor has agreed to mentor them before being admitted into the program. Therefore, interested applicants should reach out to potential mentors to find a lab placement before applying. Tip: The best way to ensure finding a mentor is to get involved in that mentor’s research before asking if they can provide mentoring/supervision on your thesis. Please read through all the information below before submitting your application.
Students interested in engaging in a Psych/Neuro Senior Thesis:
The series includes:
- Enrolling in a 3-semester Senior Thesis Advanced Research series, which includes a weekly seminar and research commitment, that must occur consecutively in your Junior year spring semester and Senior year (fall & spring), or equivalent [NOTE: this research course includes performing intensive, independent research with a lab mentor, writing a final thesis, and giving an oral presentation of the thesis at the end of the 3rd semester]
- Enrolling in a one-semester methods course (PSYC UN1920, UN1420/21, UN1450/51, UN1455/56, UN1490/91) in any semester during undergrad (i.e., before or during the series). Students are strongly encouraged to complete this methods training during or before the spring of their junior year (or equivalent).
Students interested in engaging in a Psych/Neuro Senior Thesis and aspiring to be eligible for Academic Honors in Psychology or Neuroscience and Behavior:
All students aspiring to graduate with Academic Honors must enroll in the series described above. However, acceptance to and participation in this program does not automatically result in earning academic honors (see requirements for academic honors below).
Note the students majoring in Neuroscience & Behavior may earn academic honors through the Department of Biological Sciences instead. (Please check their website for more details on that process.)
Honors Requirements:
The Psych/Neuro Senior Thesis Advanced Research program is open to students majoring in Psychology or Neuroscience & Behavior and includes the following:
Senior Thesis Advanced Research Seminar (UN3930): This is a two-hour, 1-4 credit course that meets biweekly, during which students present and discuss their ongoing research. Students in the course also attend the Psychology Department’s Colloquium Series, which features researchers from outside the Department speaking on a variety of topics in Psychology/Neuroscience. The seminar and colloquia always take place on Wednesdays from 4:10 – 6:00 p.m. Students in the Psych/Neuro Senior Thesis Advanced Research program enroll in this course during the spring of their junior year and during the fall and spring of their senior years, or the equivalent.
Senior Thesis Research: Starting in the spring of their junior year and continuing through senior year, all students in the Psych/Neuro Senior Thesis Advanced Research program conduct research under the supervision of a Psychology Department faculty member or a faculty member/principal investigator in a psychology- or neuroscience-focused lab outside the department, including at Barnard College, the Zuckerman Mind Brain Behavior Institute, Columbia Business School, Columbia University Irving Medical Center, and other research institutions in the area.
Research Methods Course: To fulfill this requirement, students should complete a methods course (PSYC UN1920 The How-To’s of Research; PSYC UN1420/21 Research Methods: Human Behavior; PSYC UN1450/51 Research Methods: Social Cognition & Emotion; PSYC UN1455/56 Research Methods: Social & Personality Psychology; PSYC UN1490/91 Research Methods: Cognition & Decision-making).
Senior Thesis: Students in the Psych/Neuro Senior Thesis Advanced Research program complete an original research project under the supervision of their faculty advisor. Senior students present their research orally at the last colloquium of the Spring term, and also submit a written senior thesis.
Eligibility for Academic Honors:
Students participating in the Psych/Neuro Senior Thesis Advanced Research program are also eligible to receive academic honors when they graduate, provided they 1) complete all components of the program, 2) earn a GPA in the major of 3.6 or higher at the time of graduation, and 3) are recommended by the Psychology department faculty. Please note that academic honors can be awarded to no more than 10% of the graduating class each year, so while only students who have participated in this senior thesis research intensive are eligible to receive academic honors, not everyone in the Senior Thesis Advanced Research program will receive academic honors.
How to Apply:
The application is due in mid fall, and decisions are communicated in time for admitted students to register to begin Psych/Neuro Senior Thesis Advanced Research-related classes in the spring.
The application process comprises the following steps:
- Identifying a lab sponsor: If you think you might be interested in applying, you should start reaching out to labs that you’re interested in well in advance of the application deadline to see if they might have openings for research assistants and if they’d be willing to mentor you in your research. Keep in mind that mentoring a student is a significant commitment on the part of a professor, and so it may be difficult to identify a professor who can provide mentorship. Successful applicants typically demonstrate how their own research interests fall in line with those of their proposed sponsor and attest that their faculty member/PI has agreed to sponsor them. Once you have secured a position in a lab, you and your mentor will need to fill out the mentor agreement form.
- Complete the online application: The application will be made available on our psychology department website, and comprises a few relatively short questions asking students to describe their previous coursework and research-related experiences and to write about their intended research interests.
Columbia Pre Med Majors – Public Health
Director of Undergraduate Programs: Dana March Palmer PhD, MPH | 405 Low Memorial Library | 212 854 3835 | dm2025@columbia.edu
Some of society’s most pressing problems—gun violence, the opioid epidemic, climate change, obesity, mass incarceration, health and healthcare inequalities across the globe—concern public health. These complex problems and the emergence of novel challenges in the future demand a nimble application of public health knowledge and principles, leveraging the foundations of a liberal arts education in order to achieve solutions. Viable solutions will require cross-sector collaborations and systems-level, policy, and environmental action that will affect the social, political, and economic determinants of health. Necessary for leaders to solve these types of societal problems is a broad set of fundamental set of skills. Critical thinking, analytical, problem-solving, and communications skills are necessary to contextualize these problems historically, philosophically, socially, and culturally, and to conceptualize dynamic needs and evidence-based solutions to key parts of these problems.
Public health is integral to a civil society. The many determinants of population health—from the environmental, social, political, and economic factors that shape rates of disease in human populations to the biological factors that ultimately constitute the corporeal mechanisms for disease in individuals—are complex and intertwined. Moreover, how population health is understood, protected, and promoted, is replete with controversies and tensions that are ripe for intellectual interrogation. As such, population health and its connection to civil society is an inherently interdisciplinary area of inquiry. The health and well-being of human populations brings together numerous disciplines, including but not limited to anthropology, architecture, biology, chemistry, demography, ecology, economics, history, international development, mathematics, political science, psychology, sociology, and statistics.
The special concentration in public health is intended to be a secondary emphasis of study that complements the disciplinary specialization of a major or concentration. The goal for the undergraduate special concentration in public health is to foster critical understanding and analysis of the multiple ways in which population health both shapes and is shaped by civil society, complementing the foundation created by the Core curriculum. At the heart of the special concentration in public health are historical and contemporary issues in population health in the context of an increasingly connected, global, urban, aging, and inequitable world. The key themes of inequality, globalization, urbanization, development, the environment, and aging serve as the framework for the constituent courses in the special concentration in public health.
Special Concentration in Public Health
The special concentration, comprising a minimum of 25 points of coursework, consists of five required courses (16 points) and at least three electives (minimum of 9 points) that provide additional depth and dimension to the underlying themes of the concentration.
Core Public Health Course Requirements
The required courses create a rich intellectual foundation in public health, providing students with a multifaceted view of the social production of health, as well as an integrated exposure to and understanding of the core disciplines of public health. Together, they serve to illuminate and allow students to analyze critically the social production of health and its connections with and implications for civil society. These courses have no prerequisites, and can be taken individually, as the student’s schedule permits.
Required Courses for the Special Concentration in Public Health
| CODE | TITLE | POINTS |
|---|---|---|
| PUBH UN3100 | FUNDAMENTALS OF GLOBAL HEALTH | |
| PUBH UN3200 | INTRODUCTION TO PUBLIC HEALTH | |
| PUBH GU4100 | (Y)OUR LONGER LIFE | |
| PUBH GU4200 | Environment, Health, and Justice: Concepts and Practice | |
| HSPB UN2950 | Social History of U.S. Public Health |
Elective Courses
Elective courses (minimum of 9 points) in the Special Concentration in Public Health will allow students to draw upon courses offered in a wide range of departments and centers across the University. Proposed electives must be approved by the Director of Undergraduate Studies.
Examples of departments with relevant elective courses include: African American Studies; Comparative Literature and Society; The Center for Ethnicity and Race; Earth and Environmental Sciences; Economics; Ecology, Evolution, and Environmental Biology; History; Human Rights; History of South East Asia; Political Science; Psychology; Sociology; Statistics; Sustainable Development; Women’s Studies; Urban Studies. Elective courses are designed to allow students to add dimension and depth to their interests in public health, along the main themes of the Special Concentration. Electives may also allow students to amplify the connections to public health in their major area of study. Conversely, students may choose to take electives that allow them to gain more breadth in concepts to which they have been exposed in the set of required public health courses.
Elective Examples (At least 3)
Population Health, Inequality, and Society
| CODE | TITLE | POINTS |
|---|---|---|
| AFAS GU4035 | Criminal Justice and the Carceral State in the 20th Century United States | |
| CPLS GU4320 | Marginalization in Medicine: A Practical Understanding of the Social Implications of Race | |
| CPLS GU4220 | Narrative, Health, and Social Justice | |
| CSER UN3445 | City, Environment, and Vulnerability | |
| CSER UN3905 | ASIAN AMERICAN & PSYCH OF RACE | |
| CSER UN3924 | Latin American and Latina/o Social Movements | |
| CSER UN3942 | RACE AND RACISMS | |
| CSER GU4340 | Visionary Medicine: Racial Justice, Health and Speculative Fictions | |
| CSER GU4482 | INDIGENOUS PEOPLES:MOVEMNT/RTS | |
| CSER GU4483 | SUBCITIZENSHIP | |
| ECON GU4438 | ECONOMICS OF RACE IN THE U.S. | |
| EEEB GU4321 | HUM NATURE:DNA,RACE & IDENTITY | |
| HIST UN2523 | HEALTH INEQUALITY: MODERN US | |
| HIST UN3437 | CORP BEHAVIOR & PUBLIC HEALTH | |
| HIST UN3911 | Medicine and Western Civilization | |
| HIST W4985 | Citizenship, Race, Gender and the Politics of Exclusion | |
| HIST GU4584 | Drug Policy and Race | |
| HIST GU4588 | RACE, DRUGS, AND INEQUALITY | |
| HRTS BC3850 | HUMAN RIGHTS & PUBLIC HEALTH | |
| HRTS GU4215 | NGOs & THE HUMAN RIGHTS MOVEMENT | |
| HRTS GU4230 | REFUGEES, FORCED MIGR & DISPLACEMENT | |
| HRTS GU4500 | SOCIO-ECONOMIC RIGHTS | |
| HRTS GU4700 | Ethical Dilemmas in Healthcare: A Human Rights Approach | |
| HRTS GU4880 | HUMAN RIGHTS IN THE UNITED STATES | |
| POLS UN3220 | LOGIC OF COLLECTIVE CHOICE | |
| POLS UN3245 | RACIAL AND ETHNIC POLITICS | |
| POLS UN3595 | Social Protection Around the World | |
| SOCI V2230 | Food and the Social Order | |
| SOCI W2420 | Race and Place in Urban America | |
| SOCI UN3010 | METHODS FOR SOCIAL RESEARCH | |
| SOCI UN3213 | Sociology of African American Life | |
| SOCI W3214 | Immigration and the Transformation of American Society | |
| SOCI UN3261 | Sexuality and Society | |
| SOCI UN3265 | SOCIOLOGY OF WORK & GENDER | |
| SOCI UN3323 | RACE, GNDR, SXLTY&PNSHMNT | |
| SOCI W3643 | Stratification and Inequality | |
| SOCI W3913 | Race and Ethnicity in a Global World | |
| SOCI UN3914 | INEQUALITY, POVERTY & MOBILITY | |
| WMST GU4506 | Gender Justice | |
| SOCI UN3915 | Stigma and Discrimination | |
| SOCI UN3920 | SOCIAL NETWORKS | |
| SOCI UN3931 | Sociology of the Body | |
| SOCI W3923 | Adolescent Society | |
| SOCI UN3960 | SEMINAR – PROBLEMS OF LAW & SOCIETY |
Globalization, Urbanization, Development, and the Environment
| CODE | TITLE | POINTS |
|---|---|---|
| EEEB GU4127 | DISEASE ECOLOGY | |
| EEEB GU4111 | Ecosystem Ecology and Global Change | |
| EEEB GU4260 | FOOD, ECOLOGY & GLOBALIZATION | |
| EESC UN2330 | SCIENCE FOR SUSTAINABLE DEVPT | |
| EESC W4403 | Managing and adapting to climate change | |
| EESC GU4600 | EARTH RESOURCES & SUSTAIN DEV | |
| FSPH UN1100 | FOOD, PUBLIC HEALTH & PUBLIC POLICY | |
| HIST GU4811 | Encounters with Nature: The History and Politics of Environment, Health and Development in South Asia and Beyond | |
| HRTS GU4915 | HUMAN RIGHTS & URBAN PUB SPACE | |
| HSEA GU4844 | GLOBAL HONG KONG | |
| SDEV UN2300 | CHALLENGES OF SUSTAINABLE DEV | |
| SDEV UN3330 | Ecological and Social Systems for Sustainable Development | |
| SDEV UN3350 | (Environmental Policy and Governance for Sustainability) | |
| SDEV UN3355 | CLIMATE CHANGE AND LAW | |
| SDEV UN3360 | DISASTERS AND DEVELOPMENT | |
| SDEV UN3400 | HUMAN POPULATIONS & SDEV | |
| SDEV UN3410 | Cities & Sustainability | |
| SDEV GU4050 | US WATER & ENERGY POLICY | |
| SOCI UN3324 | Global Urbanism | |
| URBS UN3450 | NEIGHBORHOOD & COMMUNITY DVLP | |
| URBS UN3993 | SR SEM: BUILT ENVIRONMENT | |
| URBS UN3565 | Cities in Developing Countries: Problems and Prospects | |
| URBS UN3315 | METROPOLITICS OF RACE & PLACE | |
| URBS UN3550 | Community Building and Economic Development | |
| URBS UN3565 | Cities in Developing Countries: Problems and Prospects |
Individuals, Bodies, and Population Health
| CODE | TITLE | POINTS |
|---|---|---|
| FSEB UN1020 | Food and the Body | |
| PSYC UN2460 | DRUGS AND BEHAVIOR | |
| PSYC UN2480 | The Developing Brain (The Developing Brain) | |
| PSYC UN2650 | INTRO TO CULTURAL PSYCHOLOGY |
Quantitative Foundations
| CODE | TITLE | POINTS |
|---|---|---|
| STAT UN1001 | INTRO TO STATISTICAL REASONING | |
| STAT UN1101 | INTRODUCTION TO STATISTICS |
