
Degrees / Courses 



Degrees 
Major Requirements 
Thirtytwo (32) semester hours, including MS121, MS122, MS231, MS232, MS321, and an additional 13 semester hours to be selected from those courses having MS121 as a prerequisite. At least 16 semester hours of mathematics must be taken at Aquinas. 

Minor Requirements 
Twentyfour (24) semester hours including MS121 and MS122. Of the remaining 16 hours, a minimum of 12 hours of core courses are to be selected from those courses having MS121 as a prerequisite. MS252 may also be included in the core courses. At least 12 semester hours of mathematics must be taken at Aquinas. 

Each mathematics major or minor requires departmental approval. 
To qualify for either a major or a minor in mathematics a student must have, at graduation time, a cumulative G.P.A. of C+ (2.3) or higher in those courses which he/she is using to fulfill the major or minor requirements. No course with a grade below a C– will count toward the mathematics major or minor. 
Upperdivision courses (300–400 level) generally are offered on alternate years. Check with the Mathematics Department for course offerings. 

Teaching Mathematics 
Secondary Level (7  12 certification) 
Students seeking a secondary teaching major or minor must fulfill all requirements
for the mathematics major/minor described above. In addition to
the other requirements for the major/minor, all students earning secondary
mathematics teacher certification must include one department approved
course in Geometry, one department approved course or course sequence
in Probability and Statistics, one department approved course in Discrete
Math, and one department approved course in the History of Mathematics.
Additional recommended courses are MS170 and MS321. All candidates
are required to take MS375 and are expected to become proficient in the
use of computers. 

Elementary Level (K  8 certification) 
Students seeking an elementary teaching major must fulfill all requirements
for the mathematics major, described above. Included in the 32 credits
required for the math major there must be at least one department approved
course or course sequence in Probability and Statistics and one department
approved course in the History of Mathematics. In addition to the 32 credits
required for the major, candidates must also complete MS260, MS261, and
MS271 for certification requirements. 
Mathematics Minor for Elementary Certification requires 24 credit hours, including
MS121, MS122, and a minimum of 16 hours selected from MS114,
MS252 and those core courses requiring MS121 or higher as a prerequisite.
Included in the 24 credits must be at least one department approved course or course sequence in Probability and Statistics, and one department approved
course in the History of Mathematics. Certification requirements of MS260, MS261, and MS271 must also be met. 

Since the above are State of Michigan requirements, they apply to all students (graduates and undergraduates) seeking mathematics teacher certification. Major/minor programs require departmental approval. 

Math/CIS Minor 
Math/Computer Science Minor Requirements: 24 hours including MS121, MS170, CS180 and MS240, and a oneor twohour research project (399) that is supervised by a faculty member from the student's major field and uses the computer for modeling, data gathering, data analysis, or internet security. Remaining courses chosen from a list of approved courses, currently including MS122, MS232, MS252, MS309, MS310, MS332, CS170, CS182, CS242, and CS332. At least two courses must be taken through CIS department. 

CreditNo Credit 
Only courses which are not to be applied toward a mathematics major or minor, or to fulfill requirements in other content areas, may be taken on a CreditNo Credit basis. 

Courses 
MS107 Elementary Algebra (3) 
Real numbers, algebraic expressions, linear, rational and quadratic equations, graphing, factoring. Prerequisite: Designed for students having no more than two years of college preparatory mathematics. 

MS110 Mathematics for Liberal Arts (3) MS 
Mathematical ideas for understanding life in our culture; topics include probability, logical thinking, and problem solving with minimal use of algebra. Prerequisite: Two years of collegepreparatory mathematics or MS107. 

MS111 Intermediate Algebra and Trigonometry (4) MS 
Linear and quadratic equations, inequalities and functions; exponential and logarithmic functions; exponents, radicals; polynomial and rational functions. Introduction to trigonometric functions and relationships. Prerequisite: Two years of collegepreparatory mathematics or MS107. 

MS114 College Algebra and Trigonometry (4) MS 
Linear and quadratic functions; equations and inequalities; transformations; systems of linear equations and inequalities; polynomial, rational, exponential, logarithmic and trigonometric functions, and graphing; conic sections. Prerequisite: Three years of collegepreparatory math or MS111. 

MS117 Finite Mathematics (3) 
Functions: linear, quadratic, polynomial, rational, exponential, and logarithmic; matrix algebra; linear programming and finance as applied to business problems.
Prerequisite: Three years collegepreparatory math or MS111. 

MS118 Calculus for Application (4) 
Short course of differential and integral calculus for applications in business, natural, and social sciences. Prerequisite: Three and onehalf years of collegepreparatory math or MS114 or MS117. 

MS121, 122 Calculus with Analytic Geometry (4,4) MS 
Functions, limits, continuity, derivatives, and integrals with applications; inverse functions; sequences and series; conic sections; polar coordinates; parametric equations. Prerequisites: Three and onehalf years of collegepreparatory math, including trigonometry or MS114. (MS121 is a prerequisite for MS122.) 

MS151 Elementary Statistics (3) 
Designed primarily for students who have had no more than two years of high school mathematics or its equivalent. Includes the fundamental concepts of
descriptive and inferential statistics. Prerequisite: MS107 

MS170 Technology and Mathematics Seminar (1) 
Introduces programming and applications of computer algebra systems, modeling programs, calculators, and other mathematical software and hardware. This
course prepares prospective teachers, minors and majors for higher courses and their own work as educators. Prerequisite: MS121, can be taken concurrently. 

MS211 Introduction to Scientific Programming with FORTRAN (3) 
A structured programming course designed to teach students the fundamentals of FORTRAN, a primary computer language used in scientific, mathematical, and engineering applications. Topics covered include problemsolving techniques, internal representation of data, and file manipulation. Prerequisites: Three years of collegepreparatory math or MS114 or department approval. 

MS231 Multivariate Calculus (4) 
Vector and solid geometry, vectorvalued functions, calculus of curves in space, functions of several variables, partial differentiation, multiple integration, and
vector analysis. Prerequisite: MS122. 

MS232 Linear Algebra (3) 
Systems of equations, matrices, determinants, vector spaces, linear transformation, eigenvalues, eigenvectors, and canonical forms. Prerequisite: MS122. 

MS240 Discrete Mathematics (3) 
Develop basic techniques and modes of reasoning of combinatorial problem solving; describe and analyze the algebraic structures of certain setrelation systems; illustrate and analyze the wide variety of applications of discrete mathematics. The topics to be covered include mathematical induction, set theory, relations and functions, combinatorics, probability, graph theory, and mathematical logic. Prerequisite: MS121 or department approval. 

MS241 Differential Equations (3) 
Study of the classification and solutions of ordinary differential equations with applications. Prerequisite: MS231. 

MS252 Statistics (3) 
Designed for students who have had at least three years of highschool mathematics or its equivalent. Topics to be covered include frequency distributions,
variability, probability, sampling, estimation, testing, hypotheses, analysis of variance, regression and correlation analysis, and nonparametric tests. (Course
counts as 3 credits toward a minor, but only 1 credit toward a major.) Prerequisite: MS114. 

MS260 Mathematics for Elementary and MiddleSchool Teachers I (3) 
Required for elementary certification. Topics appropriate for grades K8 include: measurement, geometry, logic, and graphing. Emphasis is on constructing understanding through experience: exploring, extrapolating, and explaining concepts and relationships. Problem solving, both in groups and individually, is a major theme.
Prerequisites: EN201; cumulative grade point average of 2.5 and a grade of C in MS107 or equivalent. 

MS261 Mathematics for Elementary and MiddleSchool Teachers II (3) 
Required for elementary certification. Topics appropriate for grades K8 include: number patterns, number theory, elementary algebraic preparation, probability and statistics. Emphasis is on constructing understanding through experience: exploring, extrapolating, and explaining concepts and relationships. Problem solving, both in groups and individually, is a major theme.
Prerequisites: EN201; cumulative grade point average of 2.5 and a grade of C in MS107 and MS260 or equivalent. 

MS271 Mathematics Methods for Elementary and MiddleSchool Teachers (3) 
Required for elementary certification. Course expands on the content from MS260, 261, examines ways children learn and fail to learn mathematics, and emphasizes strategies for teaching and designing lessons. New content focuses on concepts and operations of whole numbers, rational numbers, and proportional
reasoning. Tutoring and field experiences required. Prerequisite: EN201, MS260, 261 and a grade of C in MS107 or equivalent. MS261 may be taken as a concurrently. 

MS309 Theory of Numbers (3) 
Divisibility, congruences, quadratic reciprocity, arithmetic functions, multiplicative number theory, Riemann's zeta function. Prerequisite: MS122. 

MS310 Modern Cryptography (3) 
Encoding (RSA, EIGamal and elliptic curves) and decoding methods (MellerRabin, Dixon and Pollard) form 1974 to the present. Electronic signatures and hash functions. We will study the math behind these ideas and write programs which perform the encoding and decoding. Prerequisite: MS309. 

MS/PC316 Applied Mathematics for the Physical Sciences (4) 
An introduction to topics in applied mathematics not covered in a traditional mathematics curriculum. Topis include Complex Numbers, Fourier Series, Fourier Analysis, Partial Differentiation, and Laplace Transforms. Prerequisite: MS122. Crosslisted as MS316. 

MS321 Abstract Algebra (4) 
Sets, functions, equivalence relations, integers, mathematical induction, modular systems, permutations, groups, rings, fields, isomorphisms, and homomorphisms.
Prerequisite: MS122, MS232 (MS240 recommended). 

MS322 Abstract Algebra (3) 
Vector spaces, linear transformations, polynomial rings, matrices, and determinants. Prerequisite: MS321. 

MS332 Introduction to Numerical Analysis (3) 
Numerical methods involving polynomial evaluation, series approximations, numerical integration, interpolation of linear and differential equations, least squares, and minimax approximations.
Prerequisite: MS231, MS232 and CS180 or department approval. 

MS351 History of Mathematics (3) 
Survey of the development of mathematics from ancient to modern times. Prerequisite: MS122. 

MS375 Methods of Teaching Secondary Mathematics (3) 
Provides a detailed examination of the pedagogy for teaching the mathematical
content and process strands of secondary mathematics curricula and of appropriate
instructional and assessment strategies. Tutoring component required.
Prerequisite: EN201 (can be taken concurrently with MS375); MS122; cumulative
grade point average of 2.5. 

MS397 Field Experience in Mathematics (Variable) 
One or two semester hours of internship or experience in a field directly related to mathematics, negotiated between Mathematics Department and student. Prerequisite: Approval of the chairperson. 

MS398 Readings in Mathematics (Variable) 
Individuallynegotiated program of readings on selected topic established by contract between instructor and student. Contracts filed with Registrar. Prerequisite: Department approval. 

MS399 Independent Project (Variable) 
Individuallynegotiated project of defined nature established by contract between instructor and student. Contracts filed with Registrar. Prerequisite: Department approval. 

MS401 Introductory Real Analysis (3) 
Properties of real numbers, Cauchy sequences, series, limits, continuity, differentiation, Riemann integral, sequences, and series of functions. Prerequisite: MS231. 

MS433 Topics in Geometry (3) 
Topics selected from affine, Euclidean, nonEuclidean, and projective geometry. Prerequisite: MS122. 

MS491, 492 Advanced Topics in Mathematics (Variable) 
Prerequisite: MS231 or instructor approval. 

MS493 Probability (3) 
Probability theory and distributions, large and small sample theory. Prerequisite: MS122 or department approval. 

MS 494 Mathematical Statistics (3) 
Tests of hypotheses, point and interval estimation, nonparametric statistics, regression and correlation, analysis of variance.MS493 is a prerequisite for\break MS494.) 

MS499A, B, C, D Mathematics Seminar (1 each) 
Topics selected to broaden the students’ mathematical background. Prerequisites: MS122 and junior status. Not more than two semester hours may be applied to the major. 