Analysis & design
Fundamentals of Reinforced Concrete · Reinforced Concrete Design · Structural Analysis I & II
Theory made tangible
Helping future engineers build confidence by connecting principles, worked examples and practical tools.
Teaching philosophy
Civil engineering students learn best when theory is connected to real-world practice. Since 2017, I have taught university-level civil engineering by simplifying complex concepts and grounding every topic in hands-on examples.
My goal is to foster curiosity, critical thinking and confidence in future engineers through active learning and modern tools.
Curriculum
Fundamentals of Reinforced Concrete · Reinforced Concrete Design · Structural Analysis I & II
Materials of Construction · Material Science · Introduction to Civil Engineering
Computing for Civil Engineers · Engineering Drawing · ETABS · SAP2000 · Revit
Interactive learning
Explore browser-based activities that turn engineering principles into visual, hands-on learning experiences.
Engineering Mechanics: Statics
Work through foundations, force systems, moments, structural systems, and geometric properties in a single interactive learning environment.
Materials Science
Explore atomic structure, crystal imperfections, and mechanical behavior through interactive materials-science laboratories.
More learning tools
Additional interactive course material will be added here as the teaching collection grows.
A step-by-step solution provider for reinforced concrete beam analysis and design using the ACI 318 code.
A guided tool for concrete mix proportioning using the BRE (DOE) method.
Advising international competition participation, and promoting sustainability and innovation through student clubs at CIU.
Solved examples
Engineering podcasts