Intermediate Structural Analysis
Check current enrollment options at registration.
Build stronger structural-analysis judgement
This live, focused course connects theory with worked engineering problems. It is taught in English and Persian by Massoud Riyazi, Ph.D., P.Eng., a structural and earthquake engineering educator with more than 23 years of university teaching experience.
What you will be able to do
- Idealize structures and identify stable, determinate and indeterminate systems.
- Create and verify internal-force diagrams.
- Calculate deflections using virtual-work and energy methods.
- Solve introductory indeterminate and matrix-stiffness problems.
Who this course is for
Engineering students, internationally educated engineers, early-career professionals and P.Eng. technical-exam candidates who need structured support in structural-analysis subjects. This is independent educational support and is not an official PEO or regulator-endorsed preparation course.
Format and enrollment
5 practical sessions × 90 minutes (7.5 hours total). Teaching language: English and Persian. Individual course price: CAD 349.50.
Enroll in this course — CAD 349.50 Choose the standalone 6-session Structural Analysis program — CAD 599.99
Curriculum: The five-session curriculum is maintained separately in the Curriculum section below.
- 1 Section
- 5 Lessons
- 7 Hours
- Intermediate Structural Analysis — 5 Practical SessionsFive practical sessions, 90 minutes each.5
- 1.1Session 1 — Structural Models, Idealization, Stability and Determinacy90 Minutes
- 1.2Session 2 — Internal Forces, Shear, Moment and Axial Diagrams90 Minutes
- 1.3Session 3 — Deflections by Virtual Work and Energy Methods90 Minutes
- 1.4Session 4 — Indeterminate Structures and the Force Method90 Minutes
- 1.5Session 5 — Matrix Stiffness Introduction and Integrated Workshop90 Minutes
Massoud Riyazi, Ph.D., P.Eng., is a faculty member and structural and earthquake engineering expert with more than 23 years of university teaching experience. Since 2001, he has taught over 6,000 undergraduate and graduate engineering students. His expertise includes structural analysis, seismic design, structural dynamics, bridge engineering, strength of materials, and steel and concrete design. He also guides engineers preparing for P.Eng. technical examinations, particularly candidates who need support with structural engineering subjects, study planning, and core technical concepts.
Check current enrollment options at registration.
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