This course provides an understanding of fundamental concepts in the analysis, design, and the detailing of reinforced concrete structural members and systems according to the ACI Building Code Requirements. Topics include the behavior of reinforcing steel and concrete; the design for ultimate limit states under flexure, shear, and combined flexure and axial load, considering serviceability (cracking and deflections), economy, and constructability. Applications include beams, slabs, columns, and detailing. Topics include concrete composition/mixture and mechanical properties of hardened concrete/steel reinforcement as necessary to explore the behavior and design of various members (e.g. single, T-beams, slab floor systems) in accordance with the ACI Building Code.
- Teacher: Aram Hassan
- Teacher: Ahmed Salih
- Teacher: Ahmed Salih
This course introduces the students to the basic techniques for analyzing common structural elements, including beams, trusses, and frames, determination of internal forces, illustration of shear and moment diagrams, calculation of deflection and influence lines. The course covers methods to analyze both statically determinate and indeterminate structural systems including force and displacement methods.
- Teacher: Aram Hassan
This course covers the fundamental concepts and principles of mechanics, vectors, and force systems. Topics include concepts of free body diagram; principles of equilibrium of particles and rigid bodies in two and three dimensions; analysis of structures: trusses, frames, and machines; shear and bending moment in beams, center of gravity; centroids; and area moment of inertia.
- Teacher: Aram Hassan
This course covers the following: Health and Safety documentations, Risk Assessment Method Statement (RAMS), Sustainability and Environment, Work Ethic, Problem definition, Effective team work, Effective team management, Concept generateon and reverse engineering, 3D modeling, Design for Manufacturing (DFM), Design for Assembly (DFA) and Design for Environment (DFE). SolidWorks software is introduced in this course through practice sessions on creating parts and 2D modelling, creating extruded boss, extruded base, extruded cuts and 3D modelling, advanced surfacing and SolidWorks 3D assembly.
- Teacher: Aram Hassan
This course provides an understanding of fundamental concepts in the analysis and design of steel structural members and systems according to the Steel Construction Manual. Topics include tension members, compression members, steel building frames, continuous structures, beams, bolted connection and welded connection.
- Teacher: Aram Hassan
The course includes measurement of distances and angles, theory of errors, study of leveling, traversing, road surveying, earth work computation, and boundary surveys. It also involves in practicing the usage of tapes, levels, theodolites, total stations, and PC-based methodologies.
- Teacher: Mustafa Alattar
This course focuses on the civil engineering operation, design, and construction of transportation systems. Particular areas of interest include transportation planning, road vehicle performance, horizontal and vertical alignments, geometric highway design; traffic operation, highway intersections, flow, and control, traffic safety, highway capacity analysis, cost benefit analysis and the design and management of pavement systems.
- Teacher: Mustafa Alattar
- Teacher: Mashhour Tarayrah
