The Department of Mathematics annually publishes a Brochure for Math Majors, which contains detailed information about the math major program; copies of this brochure may be obtained on the web at http://www.math.rutgers.edu/academics/undergraduate/majors.
The requirements for a math major are as follows:
1. Three semesters of calculus (01:640:151-152, and 251 or equivalent), Introductory Linear Algebra (01:640:250), and Elementary Differential Equations (01:640:252). Courses 01:640:250, 251, and 252 must be passed with grades of C or better. Majors normally should take both 01:640:250 and 251 no later than the first semester of their sophomore year.
2. 01:198:107 Computing for Mathematics and the Sciences with a grade of C or better. (01:198:111 Introduction to Computer Science or 14:332:252 Programming Methodology I may be substituted for 01:198:107.) It is recommended strongly that this course be completed by the end of the second semester of the sophomore year.
3. The completion of all the requirements in one of the mathematics major options listed below. (Students must notify the mathematics department in writing if they are not following the standard mathematics major option. Courses in other departments may not be substituted).
Grade Requirements for Mathematics Majors
To be admitted to the mathematics major program, a student normally must have completed three semesters of calculus with a grade of C or better in each course. To continue as a mathematics major, a student must make satisfactory progress toward completing the program. Satisfactory progress for a full-time student normally means passing at least one mathematics course at an appropriate level each semester with a grade of C or better. To complete the mathematics major program, a student must receive grades of C or better in 01:640:250, 251, and 252 and in all but one of the further mathematics courses. A student also must receive grades of C or better in the courses in other departments (e.g., computer science) used to fulfill the requirements of the program.
Mathematics Major Options
Option A, Standard Mathematics (Curriculum Code 640). In addition to the requirements above, to complete the standard mathematics major a student must pass eight 300- to 400-level mathematics courses, excluding 01:640:491,492. All but one of these courses (curriculum code 640) must be passed with a grade of C or better. At least four of the upper-level courses used to complete the major must be taken at Rutgers University-New Brunswick, including one of 01:640:311,312, 411-412, and one of 01:640:350, 351, 451-452. An appropriate Rutgers graduate mathematics course may be substituted for the required analysis and/or algebra course, with departmental approval.
Recommended are probability (01:640:477), statistics (01:640:481), a course in mathematical modeling (01:640:321, 338, or 478), and a course in discrete mathematics (01:640:338, 354, 428, or 454). Also recommended is a two-semester sequence of mathematically oriented courses in some other discipline.
Option B, Honors Track. The Department of Mathematics offers a special honors track to qualified students. Admission to the honors track is by application, which is available from the mathematics undergraduate office or from the mathematics department website. Students should normally apply no later than the end of the first semester of their sophomore year. Students in the honors track will have their progress reviewed by the honors committee, and are expected to earn a B or better in their advanced math courses (300 level and above). Students who successfully complete the honors track are eligible for graduation with a bachelor of science.
Each student in the honors track will be assigned a faculty adviser. Together with the adviser, he or she will formulate a proposed course plan, subject to the approval of the mathematics honors committee. This course of study will normally include 01:640:291 and 292 (01:640:151,152, 251, and 252 may be accepted if approved by the Honors Committee); either 01:198:107 or 01:198:111; 01:640:250, 300 (honors), 411-412, and 451-452; two semesters of 1-credit honors seminar, at least one at the junior/senior level; and four mathematics electives as approved by the honors committee.
Option C, Actuarial Mathematics Track. The actuarial track in mathematics requires 66 credits, primarily in mathematics and economics, as indicated below. See Brochure for Math Majors.
I. Core Math and Computer Science Courses (21 credits total)
Calculus I-IV; 01:640:151, 152, 251, 252
Linear Algebra; 01:640:250
Computer Science; 01:198:107 or 01:198:111
II. Core Economics and Accounting Courses (9 credits total)
Micro- and macroeconomics; 01:220:102, 01:220:103
Accounting 33:010:272
III. Additional Mathematics Courses (21 credits total)
Required courses:
01:640:285 Introduction to Interest Theory for Actuarial Sciences (3) (covers material on the SOA FM exam; students who pass the FM exam may be excused from this requirement)
01:640:477 Mathematical Theory of Probability (3) (Covers Material on the SOA P exam)
01:640:481 Mathematical Theory of Statistics (3) (Covers Material on the SOA P exam)
01:640:486 Mathematics of Life Contingent Risk Models I (3) (covers material on the SOA LTAM exam)
Elective courses: three additional mathematics courses at the level of 300 and above. The following are recommended:
01:640:485 Introduction to Mathematical Finance (3) (covers material on the SOA FM exam)
01:640:478 Introduction to Stochastic Processes (3)
01:640:487 Mathematics of Life Contingent Risk Models II (3) (covers material on the SOA LTAM exam)
01:640:354 Linear Optimization (3)
01:640:373 Numerical Analysis (3)
IV. Additional Economics courses (15 credits)
Required:
01:220:320 Intermediate Microeconomic Analysis (3)
01:220:321 Intermediate Macroeconomic Analysis (3)
01:220:322 Econometrics (3)
Students must take two additional electives from the following list:
Other 300/400-level math courses
01:220:421 Economic Forecasting and Big Data (3)
01:220:413 Financial Economics (3)
01:220:423 Advanced Time Series and financial Econometrics (3)
01:220:481 Economics of Uncertainty (3)
Biomathematics Interdisciplinary Major (Curriculum Code 122)
The biomathematics interdisciplinary major requires 63-67 credits distributed as follows: mathematics 33 credits, and biology and cognate fields 30-34 credits. A grade of C or better in courses
credited toward the major is required for graduation, and each course may be
repeated only once to replace D/F grades. See Brochure for Math Majors.
Core biology and chemistry required courses:
01:119:115-116 General Biology I and II (4,4), or equivalent
01:160:161-162 General Chemistry I and II (4,4), or equivalent
01:160:171 Introduction to Experimentation (1)
Mathematics required courses:
01:640:151,152, 251 Calculus for Mathematical and Physical Sciences I, II, and III (4,4,4)
01:640:250 Introductory Linear Algebra (3)
01:640:252 Elementary Differential Equations (3)
01:640:336 Dynamical Models in Biology (3)
01:640:338 Discrete and Probabilistic Models in Biology (3)
01:640:477 Mathematical Theory of Probability (3)
01:640:481 Mathematical Theory of Statistics (3)
One of the following courses:
01:640:350 Linear Algebra (3)
01:640:373 Numerical Analysis (3)
01:640:423 Elementary Partial Differential Equations (3)
01:640:428 Graph Theory (3)
01:640:454 Combinatorics (3)
01:640:478 Introduction to Stochastic Processes (3)
Required lab, one of the following:
01:146:357 (1); 01:146:475 (1); 14:125:315 (1)
Note: 01:447:390 is a 4-credit elective (see below) and includes a lab that satisfies this requirement.
Electives:
Four courses from the following list. 01:447:380 is highly recommended. No more than one course from 14:125 (biomedical engineering) can count as an elective.
01:146:245 Fundamentals of Neurobiology (3)
01:146:270 Fundamentals of Cell and Developmental Biology (3)
01:146:302 or 01:447:302 Computers in Biology (3)
01:146:356 Systems Physiology (3)
01:146:445 Advanced Neurobiology (3)
01:146:470 Advanced Cell Biology (3)
01:146:474 Immunology (3)
01:185:335 Neural Structure of Language (3)
01:185:350 Fundamentals of Cognitive Neuroscience (3)
01:160:305 (3) or 307 (4) or 315 (4) Organic Chemistry
01:160:306 (3) or 308 (4) or 316 (4) Organic Chemistry
01:447:380 Genetics (4)
01:447:384 Genetic Analysis (4)
01:447:390 General Microbiology (4)
01:447:480 Topics in Molecular Genetics (3)
01:447:486 Evolutionary Genetics (3)
11:704:486 Principles of Evolution (3)
11:216:351 Principles of Applied Ecology (3)
11:216:431 Fundamentals of Ecological and Environmental Modeling (4)
11:216:486 or 11:704:486 Principles of Evolution (3)
11:776:495 Functional Genomics for Research (3)
16:215:513 Population Genetics (01:447:380) (3)
No more than one of:
01:146:478 Molecular Biology (3)
01:694:301 Introductory Biochemistry and Molecular Biology (3)
01:694:407 Biochemistry (3)
01:694:408 Molecular Biology and Biochemistry (3)
No more than one of:
14:125:303 Biomedical Transport Phenomena (3)
14:125:403 Cardiovascular Engineering (3)
14:125:407 Fundamentals of Computer Tomography (3)
14:125:410 Sensory Processes, Mechanisms, and Computational Models (3)
14:125:437 Computational Systems Biology (3)
Graduation with Honors in Biomathematics The interdisciplinary major in biomathematics has a program to recognize graduating biomathematics majors for outstanding performance. Such students, upon graduation, may be awarded honors in biomathematics. Note that the requirements for graduation with honors in
biomathematics are distinct from other honors graduation programs such as the
honors program of the School of Arts and Sciences. Students may qualify for one
or more honors programs, in multiple departments. Students who will meet the requirements for biomathematics
graduation honors and wish to be considered for graduation with honors in biomathematics should file the Intent to Complete Biomathematics Honors by February of
their senior year, in order to ensure consideration. To graduate with biomathematics honors, a biomathematics
major must: 1. have a cumulative grade-point average of 3.4 or better in
the five mathematics courses at or above the 300 level taken to fulfill the biomathematics required and elective courses;
2. have a cumulative grade-point average of 3.4 or better in
the four courses taken to fulfill the biomathematics required upper-level science
courses;
3. have an overall cumulative grade-point average of 3.0;
4. at least one of 01:640:336 and 01:640:338 must be completed
with a grade of B+ or better; and
5. must have completed with a B+ or better grade in the biomathematics research courses 01:122:491 and 01:122:492.
Statistics-Mathematics Interdisciplinary Major (Curriculum Code 961)
See Statistics 960.
Programs of Study and Courses for Liberal Arts and Sciences Students 
