Courses not offered this academic year (fall/winter terms) are indicated by the words "NOT OFFERED THIS YEAR" below the course description. Nevertheless, students should refer to the Timetable as a final check.
All course selections are subject to the consent of the department. Prerequisites may be waived if the department so decides.
The lecture and laboratory hours for each course, given beneath the course description for each of the two terms (for example 3-3; 3-0 would indicate 3 lecture hours in each term, 3 lab hours in the first term only), indicate the relative amount of work required. The actual duration of lectures and laboratories is at the discretion of the department.
Notes:
1. Students cannot obtain credit for two courses covering essentially the same material. Some examples are: Mathematics 0210, 0212, 4030; Mathematics 1160 and 1180; Mathematics 2321 and 2331/2333.
2. Courses marked with a * are not acceptable for mathematics credit in any of the programs offered by the Department of Mathematical Sciences or the Department of Computer Science.
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Mathematics
0140
Concepts of Basic Mathematics for Teachers
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Credit Weight:
1.0
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Description:
Topics covered in this course include: numeracy and number sense, measurement, geometry and spacial reasoning, patterning, algebra, probability, and data management. Special attention is given to the development of a conceptual understanding of mathematics, as well as the appropriate use of manipulatives and concrete materials.
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Offering:
3-0; 3-0
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Notes:
This course is open only to students in either a Primary-Junior or Junior-Intermediate Concurrent Education program. The course may not be used to fulfill Math or Science elective requirements in any other programs.
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*Mathematics
0210
Quantitative Methods for the Social Scientist
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Credit Weight:
0.5
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Description:
An introduction to probability; random variables; discrete distributions. Analysis of data: measures of dispersion and location; normal, t, chi-square and f tests, contingency tables, analysis of variance; linear regression and correlation.
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Offering:
3-1; 0-0
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Notes:
This course is not acceptable for credit in Mathematics or Computer Science programs. Students in other programs can receive credit for only one of Mathematics 0210, 0212 and 2321.
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*Mathematics
0212
Quantitative Methods for the Health Scientist
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Credit Weight:
0.5
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Description:
An introduction to probability; the binomial, poisson and normal distributions; analysis of data; statistical inference; ANOVA; linear regression and correlation; nonparametric methods.
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Offering:
3-1; 0-0
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Notes:
This course is not acceptable for credit in Mathematics or Computer Science programs. Students in other programs can receive credit for only one of Mathematics 0210, 0212 and 2321.
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Mathematics
1051
Functions and Trigonometry
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Credit Weight:
0.5
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Description:
For students without grade 12 U Advanced Functions or equivalent. Cartesian coordinate systems; linear equations and straight lines; quadratic equations and parabolas; functions, including domain, range, graph, and composition of functions; angles and radian measure; the trigonometric functions, their graphs, and identities; the sine and cosine rules; polar coordinates; conic sections; and inequalities.
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Offering:
3-2; 0-0
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Mathematics
1071
Vectors and Matrices
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Credit Weight:
0.5
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Description:
For students without grade 12 U Calculus and Vectors or equivalent. Cartesian coordinates; vectors in two and three dimensions; the dot product and components of vectors; the cross product; equations of lines and planes; complex numbers; vector spaces over the real and complex number systems; linear independence, bases and spanning sets; subspaces; matrices; addition and scalar multiplication of matrices; matrix multiplication; the transpose of a matrix; invertible matrices; systems of linear equations and row reduction; and determinants, including Cramer's rule.
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Offering:
3-2; 0-0
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Mathematics
1077
Sequences and Series
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1051
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Description:
Exponents and logarithms and their algebra; geometric progressions; binomial coefficients and the binomial theorem; mathematical induction; sequences and their limits; the exponential and natural logarithm functions; infinite series; and tests for convergence of infinite series.
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Offering:
0-0; 3-2
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Notes:
Students who have taken Mathematics 1052 - Introductory Calculus I and Mathematics 1072 - Introductory Calculus II, can be given credit for Mathematics 1077 - Sequences and Series and Mathematics 1078 - Elementary Calculus. Students who have taken Mathematics 1052 but not Mathematics 1072 cannot be given credit for either Mathematics 1077 or Mathematics 1078.
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Mathematics
1078
Elementary Calculus
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Credit Weight:
0.5
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Corequisite(s):
Mathematics 1077
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Description:
For students without Grade 12 U Calculus and Vectors or equivalent. Limits of functions and their properties; limits of exponential, logarithmic, and trigonometric functions; indeterminate and infinite limits; continuity of functions; the definition of derivatives; equations of tangent lines; differentiation of the elementary functions; differentiation rules; applications of differential calculus including optimization, related rates, and curve sketching; anti-derivatives, the fundamental theorem of calculus, and area problems.
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Offering:
0-0; 3-2
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Notes:
Students who have taken Mathematics 1052 - Introductory Calculus I and Mathematics 1072 - Introductory Calculus II, can be given credit for Mathematics 1077 - Sequences and Series and Mathematics 1078 - Elementary Calculus. Students who have taken Mathematics 1052 but not Mathematics 1072 cannot be given credit for either Mathematics 1077 or Mathematics 1078.
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Mathematics
1130
Math Skills for Native Access Students I
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Credit Weight:
0.0
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Description:
Students are taught the principles of mathematics, both mechanics and applications, in relation to whole numbers, common fractions, ratio and proportion, decimal fractions, per cent, signed numbers, exponents, scientific notation, and simple algebraic expressions. Students will also learn calculator usage. Examples drawn from native art and culture will be incorporated as appropriate, and the students will write and present papers on topics relating mathematics and Aboriginal culture.
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Offering:
3-1; 0-0
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Notes:
A non-credit course open only to Native Access students
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Mathematics
1131
Math Skills for Native Access Students II
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Credit Weight:
0.0
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Description:
Continues on from Math 1130. Topics include: Solving equations; formula manipulation; measurement, including the English and metric systems; and descriptive statistics, including graphs and measures of central tendency. Examples drawn from native art and culture will be incorporated as appropriate. The students will write and present papers on topics relating mathematics and Aboriginal culture.
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Offering:
0-0; 3-1
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Notes:
A non-credit course open only to Native Access students
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Mathematics
1135
Math for NNEP Students I
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Credit Weight:
0.0
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Description:
Students are taught the principles of mathematics, both mechanics and applications, in relation to whole numbers, common fractions, ratio and proportion, decimal fractions, and per cent. Students will also be taught about weights and measures, including the metric and English systems; computing dosages; and temperature.
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Offering:
3-1; 0-0
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Notes:
A non-credit course open only to students in the Native Nursing Entry program.
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Mathematics
1136
Math for NNEP Students II
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Credit Weight:
0.00
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Prerequisite(s):
Mathematics 1135 or permission of the Chair of the Department
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Description:
Continues on from Mathematics 1135. Topics include: exponents; scientific notation; calculator usage; solving equations; formula manipulation; and descriptive statistics, including graphs and measures of central tendency.
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Offering:
0-0; 3-1
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Notes:
A non-credit course open only to students in the Native Nursing Entry program.
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Mathematics
1151
Calculus I for Social and Life Sciences
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Credit Weight:
0.5
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Prerequisite(s):
MHF4U or permission of the Chair of the Department
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Description:
Functions, the derivative, logarithmic and exponential functions, the graphs of functions, applications of the derivative.
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Offering:
3-1; 0-0
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Notes:
Students who have taken Mathematics 1160 previously may not take Mathematics 1151 for credit.
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Mathematics
1152
Calculus II for Social and Life Sciences
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1151 or permission of the Chair of the Department
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Description:
Fundamental Theorem of Calculus, integration, applications of integration, and infinite series.
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Offering:
0-0; 3-1
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Notes:
Students who have taken Mathematics 1160 previously may not take Mathematics 1152 for credit.
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Mathematics
1171
Calculus I
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Credit Weight:
0.5
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Prerequisite(s):
MHF4U or permission of the Chair of the Department
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Description:
Basic properties of the real number system; limits and continuity of functions; derivatives and differentiation formulas; applications of derivatives; anti-derivatives, definite integrals, indefinite integrals; Fundamental Theorem of Calculus; u-substitution.
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Offering:
3-1; 0-0
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Notes:
Students who have taken Mathematics 1180 previously may not take Mathematics 1171 for credit.
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Mathematics
1172
Calculus II
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1171 or permission of the Chair of the Department
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Description:
Applications of integrals; one-to-one functions and inverses; logarithmic, exponential, power and inverse trigonometric functions; techniques of integration; limits of sequences; indeterminate forms; improper integrals; infinite series; tests for convergence; Taylor series; power series.
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Offering:
0-0; 3-1
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Notes:
Students who have taken Mathematics 1180 previously may not take Mathematics 1172 for credit.
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Mathematics
1210
Calculus I for Engineers
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1077 or MHF4U
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Description:
Application of differentiation; definite and indefinite integrals; transcendental functions; complex numbers; techniques of integration.
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Offering:
3-1; 0-0
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Notes:
Engineering students may substitute Mathematics 1171 for Mathematics 1210, with permission of the Dean of the Faculty of Engineering.
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Mathematics
1230
Calculus II for Engineers
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1210
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Description:
Applications of integration, introduction to multiple integrals sequences and series; power series.
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Offering:
0-0; 3-1
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Notes:
Engineering students may substitute Mathematics 1172 for Mathematics 1230, with permission of the Dean of the Faculty of Engineering.
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Mathematics
1271
Discrete Mathematics
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Credit Weight:
0.5
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Prerequisite(s):
MHF4U or permission of the Chair of the Department
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Description:
Sets, logic, and functions; Boolean Algebras, Algorithms; Basic counting principles; permutations and combinations; discrete probability, recurrence relations; principle of inclusion and exclusion; pigeonhole principle; graph theory.
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Offering:
3-1; 0-0
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Notes:
Students who have taken Mathematics 1281 previously may not take Mathematics 1271/1272 for credit.
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Mathematics
1272
Logic, Set Theory, and Proofs
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Credit Weight:
0.5
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Prerequisite(s):
MHF4U or permission of the Chair of the Department
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Description:
An introduction to proofs and to writing mathematics. Logic; propositional calculus; quantifiers, rules of inference, sets; set operations; cardinality and countability; relations, including partial orders and equivalence relations; functions; proof techniques such as direct proof; indirect proof; contradiction, and mathematical induction; basic properties of the integers.
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Offering:
0-0; 3-1
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Notes:
Students who have taken Mathematics 1281 previously may not take Mathematics 1271/1272 for credit.
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Mathematics
1990
Co-op Work Term I
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Credit Weight:
0.5
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Mathematics
2050
Applied Analysis I
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1230
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Description:
An introductory course in ordinary differential equations. First order differential equations; exact equations; separation of variables, integrating factors, linear and non-linear equations, higher order differential equations, linear, constant co-efficients, homogeneous, non-homogeneous. Systems of differential equations, Laplace transforms, series solution. The emphasis is on applications to engineering problems.
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Offering:
3-1; 0-0
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Notes:
Students who have taken Mathematics 3010 previously may not take Mathematics 2050 for credit.
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Mathematics
2070
Applied Analysis II
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Credit Weight:
0.5
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Description:
The first part of the course is an introduction to matrix algebra. Solutions of simultaneous equations. Gaussian elimination. Vector and matrix notation. Determinants. Linear independence. Eigenvectors and diagonalization.
The second part of the course is an introduction to probability and statistics. Simple ways of analyzing data. Concept of probability. Discrete and continuous probability. Point and interval estimation. Significance tests. Regression and correlation analysis.
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Offering:
0-0; 3-1
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Mathematics
2111
Differential Equations
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1152 or 1172
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Description:
Solutions of first order differential equations; applications. Solutions of second order linear differential equations with constant coefficients. Methods of finding particular solutions. Solutions of second order linear differential equations with variable coefficients. Applications.
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Offering:
3-0; or 3-0
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Mathematics
2131
Vector Calculus
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1172 or permission of the Chair of the Department
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Description:
Coordinate systems and vectors; parametric curves and surfaces; partial differentiation; multiple integration; vector fields; and vector calculus including Green's theorem, Stokes' theorem, and the divergence theorem.
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Offering:
3-0; or 3-0
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Mathematics
2232
Introduction to Abstract Algebra
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1272
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Description:
An introduction to groups, rings, and fields. Topics include properties of integers, subgroups, group homomorphisms, normal subgroups, factor groups, permutation groups, subrings, ring homomorphisms, ideals, and quotient rings.
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Offering:
3-0; 0-0
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Notes:
Students who have taken both Mathematics 2231 and 2233 previously may not take Mathematics 2232/2234 for credit.
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Mathematics
2234
Topics in Abstract Algebra
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Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2232
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Description:
The properties of groups, rings, and fields are developed. Topics include polynomial rings, factorization, unique factorization domains, Euclidean domains, simple groups, Fundamental Theorem of Finite Abelian Groups. Additional topics may include field extensions, finite fields, geometric constructions, and the classification of groups of small order.
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Offering:
0-0; 3-0
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Notes:
Students who have taken both Mathematics 2231 and 2233 previously may not take Mathematics 2232/2234 for credit.
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Mathematics
2255
Linear Algebra I
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Credit Weight:
0.5
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Description:
Matrices and systems of linear equations; linear transformations and matrices; elementary matrix algebra; determinants; vector spaces; change of bases; real eigenvalues and eigenvectors; applications.
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Offering:
3-0; 0-0
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Mathematics
2275
Linear Algebra II
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Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2255
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Description:
Eigenvalues and eigenvectors; diagonalization; inner product spaces; orthogonal bases; least-squares problems; symmetric matrices; quadratic forms; singular value decomposition; applications.
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Offering:
0-0; 3-0
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Mathematics
2321
Statistics
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Credit Weight:
1.0
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Prerequisite(s):
Mathematics 1152
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Description:
Probability; discrete and continuous probability distributions; sampling distributions; chi-square, t and f tests of hypotheses; regression and correlation; analysis of variance.
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Offering:
3-1; 3-1
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Notes:
Not recognized as a mathematics credit for Mathematics or Computer Science majors.
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Mathematics
2331
Introduction to Mathematical Probability
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1172
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Description:
A mathematical introduction to the theory and application of probability. Topics may include distributions and their properties, limit theorems, expectation and simulations.
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Offering:
3-1; 0-0
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Notes:
Only one of Mathematics 2321 and 2331 can be taken for credit.
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Mathematics
2333
Introduction to Mathematical Statistics
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Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2331
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Description:
A mathematical introduction to statistics, using the probability theory developed in Math. 2331. Topics include point and interval estimation, test of hypothesis, non-parametric methods, goodness of fit, experimental design, analysis of variance and covariance, regression and correlation.
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Offering:
0-0; 3-1
|
Notes:
Only one of Mathematics 2321 and 2333 can be taken for credit.
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Mathematics
2990
Co-op Work Term II
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Credit Weight:
0.5
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*Mathematics
3012
Vector Analysis
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1230
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Corequisite(s):
Mathematics 2050
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Description:
Vectors, vector functions, and vector fields. Divergence, curl, and gradient in rectangular, cylindrical, and spherical co-ordinate systems. Line, surface, and multiple integrals. Theorems of Green, Gauss, and Stokes.
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Offering:
3-1; 0-0
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Notes:
Students who have taken Mathematics 4012 previously may not take Mathematics 3012 for credit.
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*Mathematics
3032
Complex Functions and PDEs
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Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2050, 3012
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Description:
Power series and series solutions of differential equations. Power series solutions of Bessel's equation. Sturm-Liouville theorem and eigenfunctions. Linear partial differential equations. Fourier Series in one and two variables. Fourier-Bessel solutions of boundary value problems. Complex functions and integrals. Cauchy's integral formula.
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|
Offering:
0-0; 3-1
|
Notes:
Students who have taken Mathematics 4032 previously may not take Mathematics 3032 for credit.
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Mathematics
3050
Numerical Analysis and Computing
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|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2050 and 2070 or permission of the instructor
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Description:
Error analysis, root finding; numerical integration; solution of linear equations; solution of ordinary and partial differential equations.
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|
|
Offering:
0-0; 3-1
|
Notes:
Students who have taken Mathematics 4050 previously may not take Mathematics 3050 for credit.
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Mathematics
3071
Discrete Mathematics for Engineers
|
|
Credit Weight:
0.5
|
|
|
|
|
Description:
Basic set theory. Introduction to logic and proofs. Functions and relations. Mathematical induction and recursion. Algorithms; time estimates and orders of magnitude. Basic combinations. Graphs. Boolean algebras.
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Offering:
3-1; 0-0
|
Notes:
Open to students in other programs with permission of the Department. Students who have taken Mathematics 4071 previously may not take Mathematics 3071 for credit.
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Mathematics
3111
Partial Differential Equations I
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|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2111, 2131
|
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|
Description:
A study of partial differential equations (e.g. diffusion, wave, potential); boundary value problems; Sturm-Liouville problems; Fourier series; special functions.
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Offering:
3-0; 0-0
|
Notes:
Students who have taken Mathematics 3131 previously may not take Mathematics 3111 for credit.
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Mathematics
3113
Partial Differential Equations II
|
|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 3111
|
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Description:
A study of partial differential equations in polar, cylindrical and spherical co-ordinates; special functions; non-homogeneous problems; Fourier and other transform techniques.
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|
Offering:
0-0; 3-0
|
Notes:
Students who have taken Mathematics 3133 previously may not take Mathematics 3113 for credit.
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Mathematics
3131
Methods of Mathematical Physics I
|
|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 2111, 2131
|
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|
Description:
A study of partial differential equations (e.g. diffusion, wave, potential); boundary value problems; Sturm-Liouville problems; Fourier series; special functions.
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|
|
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|
|
|
Offering:
3-0; 0-0
|
Notes:
Students who have taken Mathematics 3111 previously may not take Mathematics 3131 for credit.
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Mathematics
3133
Methods of Mathematical Physics II
|
|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 3131
|
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|
Description:
A study of partial differential equations in polar, cylindrical and spherical co-ordinates; special functions; non-homogeneous problems; Fourier and other transform techniques.
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|
|
|
|
|
Offering:
0-0; 3-0
|
Notes:
Students who have taken Mathematics 3113 previously may not take Mathematics 3133 for credit.
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Mathematics
3171
Complex Analysis
|
|
Credit Weight:
0.5
|
Prerequisite(s):
Mathematics 3231 and 3233 or 2131
|
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|
Description:
The geometry of the complex plane, analytic functions, Moebius transformations, the Cauchy-Goursat theorem, power series, the residue theorem, conformal mapping.
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Offering:
3-0; 0-0
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Mathematics
3211
Special Topics I
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|
Credit Weight:
0.5
|
Prerequisite(s):
Permission of the Chair of the Department
|
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|
Description:
Directed studies and research under the guidance of a faculty member in an area of mathematics. The student's transcript shall contain a title descriptive of the work accomplished under the course.
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SpecialTopic:
Y
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Offering:
3-0; 0-0
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Mathematics
3213
Special Topics II
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|
Credit Weight:
0.5
|
Prerequisite(s):
Permission of the Chair of the Department
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|
Description:
Directed studies and research under the guidance of a faculty member in an area of mathematics. The student's transcript shall contain a title descriptive of the work accomplished under the course.
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|
SpecialTopic:
Y
|
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|
Offering:
0-0; 3-0
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Mathematics
3231
Introductory Analysis I
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1172 and either Mathematics 1272 or permission of the Chair of the Department
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Description:
Review of logic and set theory; properties of the real numbers; order completeness of the reals; metric space topology including completeness, compactness, and connectedness; numerical sequences and series.
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Offering:
3-0; 0-0
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Mathematics
3233
Introductory Analysis II
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3231
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Description:
Limits of functions, continuity, the derivative of a real function, the mean value theorems, l'Hospital's rule, Taylor's theorem, the Riemann integral, sequences and series of functions, uniform and pointwise convergence, and power series.
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Offering:
0-0; 3-0
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Mathematics
3331
Linear Programming and Applications
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Credit Weight:
0.5
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Prerequisite(s):
One of Mathematics 1071, 2255 or 2070; or permission of the Chair of the Department
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Description:
Linear programming including simplex methods, sensitivity analysis, the duality theorem, complementary slackness, and the dual simplex method. Integer programming. Selected topics from: interior point method, quadratic programming, network flows, transportation algorithms, and two-person zero-sum games.
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Offering:
3-0; 0-0
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Mathematics
3333
Operations Research
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 2331 and 3331; or permission of the Chair of the Department
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Description:
Topics selected from network algorithms, game theory, inventory models, sequencing and scheduling, dynamic programming, decision-making methods, queuing theory, and simulation.
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Offering:
0-0; 3-0
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Mathematics
3351
Applied Numerical Methods
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 2111, or equivalent
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Description:
An introduction to various numerical techniques for such tasks as approximating integrals, solving systems of equations, solving ordinary and partial differential equations, finding roots of equations in one variable and approximating functions.
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Offering:
3-1; or 3-1
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Mathematics
3371
Computational Linear Algebra and Numerical Approximation I
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 2255 and 2275
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Description:
An introduction to numerical methods for interpolation, least squares problems, real symmetric algebraic eigenproblems, matrix factorization and the solution of linear equations, including norms and error analysis.
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Offering:
3-0; 0-0
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Mathematics
3373
Combinatorics and Graph Theory
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 1271 or permission of the Chair of the Department
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Description:
Review of primes and basic number theory, binomial coefficients and other special number sequences, generating functions, graphs, trees, paths and connectivity, matchings, colourings, flows, and algorithms in combinatorics and graph theory.
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Mathematics
3990
Co-op Work Term III
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Credit Weight:
0.5
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Mathematics
3992
Co-op Work Term IV
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Credit Weight:
0.5
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*Mathematics
4030
Probability and Statistics
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 2070
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Description:
Probability and relative frequency; joint probabilities of related and independent events; Bayes' Theorem; statistical independence; random variables; cumulative distribution functions; probability density functions; parameters describing the central tendency and dispersion of distribution; probability distribution functions in engineering; law of large numbers; central limit theorem; testing hypotheses and goodness of fit; sampling theory; linear correlation and regression.
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Offering:
3-0; 0-0
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Mathematics
4111
Measure Theory
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3233
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Description:
Measure spaces, measurable functions, measures, the integral, integrable functions, the Lebesgue dominated convergence theorem, modes of convergence, Egoroff's theorem, the Hahn and Jordan decomposition theorems, the Radon-Nikodym theorem, Lebesgue spaces, and the Reisz representation theorem for Lebesgue spaces.
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Offering:
3-0; or 3-0
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Mathematics
4112
Introduction to Functional Analysis
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3233
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Description:
The course material covers normed vector spaces, bounded operators, Baire category, the Banach-Steinhaus theorem,the open mapping theorem, the closed graph theorem, the Hahn-Banach theorems, Hilbert spaces, the Riesz representation theorem, and compact operators.
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Offering:
3-0; or 3-0
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Mathematics
4151
Advanced Calculus
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3231
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Description:
Topology of Rn. Continuity and differentiability of functions from Rn to Rm. Taylor's Theorem for functions of n variables. Maxima and minima; positive definite and negative definite quadratic forms. The Inverse Function Theorem and the Implicit Function Theorem. Fubini's Theorem. Change of variables in multiple integrals.
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Offering:
0-0; 3-0
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Mathematics
4211
Reading and Research in Mathematics
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Credit Weight:
0.5
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Prerequisite(s):
Honours year standing in Mathematics
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Description:
Directed studies and research under the guidance of a faculty member in an area of mathematics. The student's transcript shall contain a title descriptive of the work accomplished under the reading course, if possible.
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SpecialTopic:
Y
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Mathematics
4213
Reading and Research in Mathematics
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Credit Weight:
0.5
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Prerequisite(s):
Honours year standing in Mathematics
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Description:
Directed studies and research under the guidance of a faculty member in an area of mathematics. The student's transcript shall contain a title descriptive of the work accomplished under the reading course, if possible.
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SpecialTopic:
Y
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Mathematics
4218
Point-Set Topology
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3233 or permission of the Chair of the Department
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Description:
Topological spaces; neighbourhoods, bases, and sub-bases; product spaces and weak topologies; nets and filters; convergence; separation axioms, including Urysohn's lemma and Tietze's extension theorem; compact and locally compact spaces, including Tychonoff's theorem and compactifications; metrizability; and connectedness.
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Offering:
3-0; or 3-0
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Mathematics
4219
Introduction to Fourier Analysis
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 3233
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Description:
Fourier analysis on the circle, Dirichlet kernel, Fejer's theorem, convergence of Fourier series.
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Offering:
3-0; or3-0
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Mathematics
4301
Honours Seminar
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Credit Weight:
1.0
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Prerequisite(s):
Honours year standing in Mathematics
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Description:
Required of honours mathematics majors in their fourth year. Normally consists of seminars presented by the staff and students, who are asked to prepare and present a number of papers.
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Offering:
3-0; 3-0
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Mathematics
4331
Stochastic Processes
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Credit Weight:
0.5
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Prerequisite(s):
Mathematics 2331 and 2333
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Description:
Random walk and recurrent events; Markov chains; martingales; simple time continuous processes.
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Offering:
3-0; or 3-0
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Mathematics
4361
Topics in Actuarial Mathematics
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Credit Weight:
1.0
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Prerequisite(s):
Mathematics 2333
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Description:
Mathematics of compound interest, mathematics of life contingencies, risk theory, mathematics of demography, mathematics of graduation and mortality table construction. The course content may change from year to year depending on Parts 4 and 5 of the Society of Actuaries examinations.
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Offering:
3-0; 3-0
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Mathematics
4382
Topics in the Mathematics of Finance
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Credit Weight:
1.0
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Prerequisite(s):
Permission of the Chair of the Department
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Description:
Content will vary from year to year.
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SpecialTopic:
Y
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Offering:
3-0; 3-0
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Mathematics
4990
Co-op Work Term V
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Credit Weight:
0.5
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Mathematics
4992
Co-op Work Term VI
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Credit Weight:
0.5
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