Subject: Engineering Physics
Credit units: 3
Offered: Term 2 only
Weekly hours: 3 Lecture hours and 2 Practicum/Lab hours
College: Arts and Science
Department: Physics and Engin Physics

Introduces the mathematical techniques for determining the behavior of analog systems. Topics include complex numbers and functions, first and second order differential equations for modeling electrical and mechanical systems, the Laplace transform, solutions for initial conditions, solutions for a step input, general transient response, the frequency response, Bode plots, s-plane analysis and stability, one and two pole filters, the Fourier transform.

Prerequisite(s): EP 202.3 or GE 153.2.
Prerequisite(s) or Corequisite(s): MATH 224.3 or MATH 226.3 or MATH 238.3.
Note: Students who have credit for EE 214 may not take this course for credit.

For full details about upcoming courses, refer to the class search tool or, if you are a current student, the registration channel in PAWS.

• Class search
• Registration channel

The syllabus is a public document that provides detail about a class, such as the schedule of activities, learning outcomes, and weighting of assignments and examinations.

Once an instructor has made their syllabus publicly available on USask’s Learning Management System, it will appear below. Please note that the examples provided below do not represent a complete set of current or previous syllabus material. Rather, they are presented solely for the purpose of indicating what may be required for a given class. Unless otherwise specifically stated on the content, the copyright for all materials in each course belongs to the instructor whose name is associated with that course. The syllabus is the intellectual property of instructors or the university.

For more information, visit the Academic Courses Policy , the Syllabus page for instructors , or for students your Academic Advising office.

• Bookstore Textbook Search
• Library Reserves Search
• USask Tutoring Network