Course Archives

2018-19 Course Archives

 

pdf icon AM 1411A: Linear Algebra for Engineers

pdf icon AM 2270A: Applied Mathematics for Engineering II

pdf icon AM 2402A: Ordinary Differential Equations

pdf icon AM 3413A: Applied Mathematics for Mechanical Engineers

pdf icon AM 3415A: Applied Mathematics for Electrical Engineering II

pdf icon AM 3611F: Introduction to Object Oriented Scientific Programming

pdf icon AM 3811A: Complex Variables with Applications

pdf icon AM 3815A: Partial Differential Equations I

pdf icon AM 4615A: Introduction to Applied Computer Algebra

Calculus Courses

pdf icon 1000A: Calculus I

pdf icon 2402A: Calculus with Analysis for Statistics

1201B: Calculus and Probability with Biological Applications

1411B: Linear Algebra for Engineers

2270B: Applied Mathematics for Engineering II

2276B: Applied Mathematics for Electrical and Mechanical Engineering III

 2277B: Applied Mathematics for Chemical and Civil Engineering III

2811B: Linear Algebra II

2814G: Numerical Analysis

3813B: Nonlinear Ordinary Differential Equations and Chaos

3911G: An Introduction to Mathematical Modelling and Simulation

Calculus Courses

1000B: Calculus I

1301B: Calculus II

2303B: Intermediate Calculus II

2503B: Advanced Calculus II

 pdf icon AM 1413: Applied Mathematics for Engineers I

The calculus of functions of one and more variables with emphasis on applications in Engineering. This course is a suitable prerequisite for any course which lists Calculus 1000A/B plus Calculus 1501A/B.
  • Antirequisite(s): Calculus 1000A/B, 1100A/B, 1301A/B, 1500A/B, 1501A/B, Mathematics 1225A/B.
  • Prerequisite(s): One or more of Ontario Secondary School MHF4U, MCV4U, or Mathematics 0110A/B.
  • Extra Information: 3 lecture hours, 1 tutorial hour, 1.0 course. For students in Engineering only.

pdf icon AM 4999Z: Project

The student will work on a project under faculty supervision. The project may involve an extension, or more detailed coverage, of material presented in other courses. Credit for the course will involve a written as well as oral presentation.
  • Prerequisite(s): Registration in the fourth year of a program in Applied Mathematics.
  • Extra Information: 0.5 course.

2017-18 Course Archives

Applied Mathematics Courses:

  • 1201B: Calculus and Probability with Biological Applications [syllabus]
  • 1411A/B: Linear Algebra for Engineers [Fall syllabus] [Winter syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2270A: Applied Mathematics for Engineering II [syllabus]
  • 2276B: Applied Mathematics for Electrical and Mechanical Engineering III [syllabus]
  • 2277B: Applied Mathematics for Chemical and Civil Engineering III [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2811B: Linear Algebra II [syllabus]
  • 2814G: Numerical Analysis [syllabus]
  • 3413A: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3611F: Introduction to Object Oriented Scientific Programming [syllabus]
  • 3615A: Mathematical Biology [syllabus]
  • 3811A: Complex Variables with Applications [syllabus]
  • 3813B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3815A: Partial Differential Equations I [syllabus]
  • 4817B: Methods of Applied Mathematics [syllabus]
  • 4999Z: Project [syllabus]

Calculus Courses:

2016-17 Course Archives (coming soon)

Applied Mathematics Courses:

  • ...

Calculus Courses:

  • ...

2015-16 Course Archives

Applied Mathematics Courses:

  • 1201B: Calculus and Probability with Biological Applications [syllabus]
  • 1411A/B: Linear Algebra for Engineers [Fall syllabus] [Winter syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2270A: Applied Mathematics for Engineering II [syllabus]
  • 2276B: Applied Mathematics for Electrical and Mechanical Engineering III [syllabus]
  • 2277B: Applied Mathematics for Chemical and Civil Engineering III [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2811B: Linear Algebra II [syllabus]
  • 2814G: Numerical Analysis [syllabus]
  • 3413A: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3611F: Introduction to Object Oriented Scientific Programming [syllabus]
  • 3615A: Mathematical Biology [syllabus]
  • 3811A: Complex Variables with Applications [syllabus]
  • 3813B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3815A: Partial Differential Equations I [syllabus]
  • 4615F: Introduction to Applied Computer Algebra [syllabus]
  • 4815B: Partial Differential Equations II [syllabus]
  • 4999Z: Project [syllabus]

Calculus Courses:

2014-15 Course Archives

Applied Mathematics Courses:

  • 1411A/B: Linear Algebra for Engineers [Fall syllabus] [Winter syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2411: Applied Mathematics for Engineering II [syllabus]
  • 2413: Applied Mathematical and Numerical Methods for Mech. Eng. [syllabus]
  • 2415: Applied Mathematical Methods for Electrical and Software Eng. I [syllabus]
  • 2503A/B: Advanced Mathematics for Statistics
  • 2811B: Linear Algebra II [syllabus]
  • 2814G: Numerical Analysis [syllabus]
  • 3151A/B: Classical Mechanics I [syllabus]
  • 3413A/B: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A/B: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3613A/B: Mathematics of Financial Options
  • 3615A/B: Introduction to Mathematical Biology [syllabus]
  • 3811A/B: Complex Variables with Applications [syllabus]
  • 3813A/B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3817A/B: Optimization
  • 3911F/G: Modelling and Simulation [syllabus]
  • 4129A/B: Fluid Dynamics
  • 4151A/B: Advanced Classical Mechanics II
  • 4251A: Quantum Mechanics II [syllabus]
  • 4253B: Quantum Mechanics III
  • 4351A: Electromagnetic Theory II [syllabus]
  • 4353B: Classical Field Theory
  • 4551A/B: Introduction to Elementary Particles
  • 4613A/B: Finite Element Methods [syllabus]
  • 4615F/G: Introduction to Applied Computer Algebra
  • 4617A/B: Numerical Solutions of Partial Differential Equations
  • 4815A/B: Partial Differential Equations II
  • 4817A/B: Methods of Applied Mathematics [syllabus]
  • 4819A/B: Linear Operators for Physical Science
  • 4999Z: Project [syllabus]

Calculus Courses:

  • 1000A: Calculus I [syllabus]
  • 1301B: Calculus II [syllabus]
  • 1501B: Calculus II for Mathematical and Physical Sciences
  • 2303B: Intermediate Calculus II [syllabus]
  • 2402A: Calculus with Analysis for Statistics [syllabus]
  • 2503B: Advanced Calculus II [syllabus]

2013-14 Course Archives

Applied Mathematics Courses:

  • 1411A/B: Linear Algebra for Engineers [Fall syllabus] [Winter syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2411: Applied Mathematics for Engineering II [syllabus]
  • 2413: Applied Mathematical and Numerical Methods for Mech. Eng. [syllabus]
  • 2415: Applied Mathematical Methods for Electrical and Software Eng. I [syllabus]
  • 2503A/B: Advanced Mathematics for Statistics [syllabus]
  • 2811B: Linear Algebra II [syllabus]
  • 2813B: Numerical Analysis [syllabus]
  • 3151A/B: Classical Mechanics I [syllabus]
  • 3413A/B: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A/B: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3613A/B: Mathematics of Financial Options [syllabus]
  • 3813A/B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3817A/B: Optimization [syllabus]
  • 3911F/G: Modelling and Simulation [syllabus]
  • 4129A/B: Fluid Dynamics
  • 4151A/B: Advanced Classical Mechanics II [syllabus]
  • 4251A: Quantum Mechanics II
  • 4253B: Quantum Mechanics III
  • 4351A: Electromagnetic Theory II [syllabus]
  • 4353B: Classical Field Theory
  • 4551A/B: Introduction to Elementary Particles
  • 4613A/B: Finite Element Methods
  • 4615F/G: Introduction to Applied Computer Algebra [syllabus]
  • 4617A/B: Numerical Solutions of Partial Differential Equations [syllabus]
  • 4815A/B: Partial Differential Equations II
  • 4817A/B: Methods of Applied Mathematics
  • 4819A/B: Linear Operators for Physical Science
  • 4999Z: Project

Calculus Courses:

  • 1000A: Calculus I [syllabus]
  • 1301B: Calculus II [syllabus]
  • 1501B: Calculus II for Mathematical and Physical Sciences [syllabus]
  • 2303B: Intermediate Calculus II [syllabus]
  • 2402A: Calculus with Analysis for Statistics [syllabus]
  • 2503B: Advanced Calculus II [syllabus]

2012-13 Course Archives

Applied Mathematics Courses:

  • 1411A/B: Linear Algebra for Engineers [Fall syllabus] [Winter syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2411: Applied Mathematics for Engineering II [syllabus]
  • 2413: Applied Mathematical and Numerical Methods for Mech. Eng. [syllabus]
  • 2415: Applied Mathematical Methods for Electrical and Software Eng. I [syllabus]
  • 2503A/B: Advanced Mathematics for Statistics [syllabus]
  • 2811B: Linear Algebra II [syllabus]
  • 2813B: Numerical Analysis [syllabus]
  • 3151A/B: Classical Mechanics I [syllabus]
  • 3413A/B: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A/B: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3613A/B: Mathematics of Financial Options [Fall syllabus] [Winter syllabus]
  • 3813A/B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3817A/B: Optimization [syllabus]
  • 3911F/G: Modelling and Simulation [syllabus]
  • 4129A/B: Fluid Dynamics
  • 4151A/B: Advanced Classical Mechanics II
  • 4251A: Quantum Mechanics II
  • 4253B: Quantum Mechanics III
  • 4351A: Electromagnetic Theory II [syllabus]
  • 4353B: Classical Field Theory
  • 4551A/B: Introduction to Elementary Particles
  • 4613A/B: Finite Element Methods
  • 4615F/G: Introduction to Applied Computer Algebra
  • 4617A/B: Numerical Solutions of Partial Differential Equations
  • 4815A/B: Partial Differential Equations II
  • 4817A/B: Methods of Applied Mathematics
  • 4819A/B: Linear Operators for Physical Science
  • 4999Z: Project

Calculus Courses:

2011-12 Course Archives

Applied Mathematics Courses:

  • 1411A/B: Linear Algebra for Engineers [syllabus]
  • 1413: Applied Mathematics for Engineers I [syllabus]
  • 2402A: Ordinary Differential Equations [syllabus]
  • 2411: Applied Mathematics for Engineering II [syllabus]
  • 2413: Applied Mathematical and Numerical Methods for Mechanical Engineering [syllabus]
  • 2415: Applied Mathematical Methods for Electrical and Software Engineering I [syllabus]
  • 2503A/B: Advanced Mathematics for Statistics [syllabus]
  • 2811B: Linear Algebra II [syllabus]
  • 3129A/B: Introduction to Continuum Mechanics [syllabus]
  • 3151A/B: Classical Mechanics I [syllabus]
  • 3413A/B: Applied Mathematics for Mechanical Engineers [syllabus]
  • 3415A/B: Applied Mathematics for Electrical Engineering II [syllabus]
  • 3613A/B: Mathematics of Financial Options [syllabus]
  • 3615A/B: Mathematical Biology [syllabus]
  • 3811A/B: Complex Variables with Applications [syllabus]
  • 3813A/B: Nonlinear Ordinary Differential Equations and Chaos [syllabus]
  • 3815A/B: Partial Differential Equations I [syllabus]
  • 3817A/B: Optimization [syllabus]
  • 3911F/G: Modelling and Simulation [syllabus]
  • 4129A/B: Fluid Dynamics [syllabus]
  • 4151A/B: Advanced Classical Mechanics II [syllabus]
  • 4251A: Quantum Mechanics II [syllabus]
  • 4253B: Quantum Mechanics III [syllabus]
  • 4351A: Electromagnetic Theory II [syllabus]
  • 4353B: Classical Field Theory [syllabus]
  • 4551A/B: Introduction to Elementary Particles [syllabus]
  • 4611F/G: Introduction to Object Oriented Scientific Programming [syllabus]
  • 4613A/B: Finite Element Methods [syllabus]
  • 4615F/G: Introduction to Applied Computer Algebra [syllabus]
  • 4617A/B: Numerical Solutions of Partial Differential Equations [syllabus]
  • 4815A/B: Partial Differential Equations II [syllabus]
  • 4817A/B: Methods of Applied Mathematics [syllabus]
  • 4819A/B: Linear Operators for Physical Science [syllabus]
  • 4999Z: Project [syllabus]

Calculus Courses:

  • 1000A: Calculus I [syllabus]
  • 1000B: Calculus I [syllabus]
  • 1301B: Calculus II [syllabus]
  • 1501B: Calculus II for Mathematical and Physical Sciences [syllabus]
  • 2303B: Intermediate Calculus II [syllabus]
  • 2402A: Calculus with Analysis for Statistics [syllabus]
  • 2503B: Advanced Calculus II [syllabus]