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Guided learning journeys that build knowledge step by step.
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This learning path guides junior structural engineering students through the systematic design of shallow foundations, covering essential soil mechanics, bearing capacity, settlement analysis, and the design of spread footings and mat foundations. It integrates structural analysis principles with geotechnical considerations to prepare learners for real-world foundation design.
This path equips junior structural engineering students with the knowledge to design basic masonry walls and retaining walls. It covers material properties, load analysis, wall design principles, and retaining wall stability, grounded in mechanics of materials.
This learning path guides junior university students through the fundamental knowledge and skills needed to design timber structural members and connections. It begins with wood as a material and engineered wood products, then applies mechanics of materials to member design, and finishes with connection design and capacity-based principles. The path emphasizes the unique behavior of wood and practical design considerations.
This learning path guides junior structural engineering students through the systematic determination and application of loads on structures according to building codes. It covers dead, live, wind, seismic, and snow loads, as well as load combinations, ensuring a solid foundation for structural analysis and design.
This learning path guides junior university students from foundational mechanics of materials to the design of basic steel members—tension members, compression members, beams, beam-columns, and connections—following limit state design principles. It emphasizes understanding material behavior, internal forces, and design criteria, culminating in practical design and connection detailing.
This learning path equips junior structural engineering students with the knowledge to design basic reinforced concrete beams and one-way slabs for flexure, shear, bond, and development length. It covers essential mechanics of materials prerequisites, material properties, and design methodologies following limit state principles.
This learning path guides junior university students through the classical methods for analyzing statically indeterminate structures, including slope-deflection, moment distribution, and flexibility/consistent deformation methods. It builds from fundamental concepts of determinacy and flexibility coefficients to advanced applications, ensuring a systematic understanding of each method's principles, applications, and limitations.
This learning path guides sophomore engineering students through the systematic analysis of statically determinate structures. Starting with fundamental concepts of statics and mechanics of materials, it progresses through internal force diagrams, truss analysis, and frame analysis, culminating in influence lines for moving loads. Each step builds on the previous, ensuring a solid understanding of structural behavior and analysis techniques.
This learning path guides sophomore students through the fundamental concepts of solid mechanics, focusing on the analysis of stress, strain, and deformation in structural members. Starting with statics and basic material behavior, it progresses through axial loading, torsion, bending, shear, deflection, and buckling, culminating in the ability to analyze structural members under various loading conditions.
This learning path introduces first-year engineering students to the analysis of forces on structural systems at rest. It covers vector mechanics, moments, equilibrium conditions, free-body diagrams, and the analysis of trusses, building from fundamental physics and calculus to practical structural analysis.