| Subject | Course No. | Credit Value |
| Civil Engineering | CE 1023 | Four (4) credit hours |
Engineering statics is the study of how forces are transferred through components of our built environment into their supports. Primarily relying on principals of equilibrium, students in this course learn how to compute reactions, how to find internal forces in trusses, beams, and frames, and how to find important properties of shapes that are used in engineering design.
Instructor: Alan Lloyd (please contact the instructor to request an up-to-date syllabus)
Prerequisites:
PHYS 1081 Foundations of Physics for Engineers (or equivalent physics course introducing forces from Newton’s laws of motion)
MATH 1003 Introduction to Calculus I (or equivalent math course introducing functions, curve sketching, extrema of functions, and derivatives of polynomials)
MATH 1503 Introduction to Linear Algebra (or equivalent math course or content within other courses introducing working with simple systems of equations or permission from the instructor)
Co-requisites:
MATH 1013 Introduction to Calculus II (or equivalent math course or other instruction in integration of polynomials)
Students have six months from the registration date to complete the course. All course exams and/or assignments must be completed by the designated end date.
The exam(s) for this course will be invigilated on an approved date using Respondus e-proctoring software (LockDown Browser and Monitor). This is a free tool provided with this course, a webcam is required. More information will be given once you have been registered.
There is a $150 non-refundable/non-transferable online fee per course in addition to applicable tuition & fees. Learn more about tuition and fees and methods of payment.
