In addition, this course discusses two of the most common methods of concrete mix design, one American, the other a British method. This course aims to expand students' knowledge of construction drawings, read and interpret construction drawings using Autodesk Revit. Introductory Surveying Course: This course is generally taken at the beginning of a student's program.
Advanced Surveying Course: Students may take this course toward the end of a program after successfully completing an introductory level course. This course aims to expand students' knowledge in construction drawings, read and interpret construction drawings of major civil, mechanical and electrical engineering using Autodesk Revit. The purpose of this course is to apply the current code requirements for reinforced concrete structural analysis and design using ROBOT software.
This course covers the analysis and design of reinforced concrete structures such as continuous beams; continuous one-way, two-way and flat panels. This course is an overview of mechanical and electrical systems for construction, particularly design and implementation methods.
Name 15- Soil Mechanics Course
Hours 3
Hydrology and water management
Hours 2
Name 17- Building sustainability Course
Name 18- Design of special concrete Course
Name 19- Design of Steel Structures Course
OHSAS/Neibosh/NFPA safety building
Advanced Concrete Technologies
Utilizing Solid wastes in construction
Core Courses Description
Department of Civil and Architectural Engineering Course Name Structural Defects and Repairs Course Code CONS 473 Course Description: The objective of this course is to expand the participants knowledge of construction drawings, read and interpret structural drawings of major construction, mechanical and electrical engineering techniques using Autodesk Revit. Department of Construction and Architecture Civil Engineering Course Name Foundation Analysis and Design Course Code CONS 372.
Design of isolated foundations Design of strip foundations Design of combined foundations Design of rafts. Department of Civil and Architecture Major Construction Course Name Hydrology and water management Course code CONS373. Energy and momentum principles, design of open channels for uniform and non-uniform flow, boundary layer and roughness effects, flow over drains, energy dissipation, flow in channels with non-linear alignment and non-prismatic section.
9 Open channel hydraulics: Principles of energy and momentum, design of open channels for uniform and non-uniform flow, boundary layer and roughness effects, flow over spillways, energy dissipation, flow in non-linear extension channels and non-prismatic section. Department Course Name Civil and Architectural Construction Management Course Name Design of Concrete Structures Course Code CONS 476. Analysis and design of simply single-solid slab, simply supported beams, column under axial load, special concrete footings.
Analysis and Design of Flat Plates: Presentation of the General Code, Design of Internal and Edge Plates and Reinforcement Details. Course description: This course is an overview of mechanical and electrical systems for construction, mainly design and implementation methods. 8 Design of mobile pavement with rotary compaction 3. 3 10 Types of failure in mobile pavements, failure in rigid pavements and pressure.
Validation of the project and preparation of report Experiments: If relevant, it will support the course topics.
Electives courses
Department of Civil and Architectural Management Civil Engineering Course Name Design of Steel Structures Course Code CONS 431 Prerequisites Structural Analysis Credit hours. Study the topic of the project and determine its goals and its benefits in the labor market. Analyze and Design the essential elements of the steel structure of the project using the ROBOT STRUCTURAL ANALYSIS program through the Trusses 2D – 3D module; and Steel Structure Design Module.
Department of Civil And Architectural Head Construction Engineering Course Name Design of Special Concrete Course Code CONS 433. The Design of Prestressed Concrete Bridges, Concept and Principle, Taylor and Francis, London and New York, Robert Benaim. Textbook: The Design of Prestressed Concrete Bridges, Concept and Principle, Taylor and Francis, London and New York, Robert Benaim.
Currently, environmental issues can be considered in seemingly unlimited areas of the design and construction process. A hallmark of a high-performance green building delivery system is the high level of coordination and integration required of design and construction team members. Perhaps of all the challenges facing the development of high-performance green buildings, significantly reducing the energy and carbon footprints of the built environment is the most daunting.
Significant land impacts from coal and uranium mining, acid rain, nitrogen oxides, particulate matter, radiation, ash disposal problems and long-term storage of nuclear waste are just some of the consequences of energy consumption by the built environment. Indoor environmental quality: Ensuring excellent indoor environmental quality (IEQ) has emerged as one of the main goals in the design of high-performance green buildings, on par with energy efficiency and ecosystem restoration. 2005) Sustainable Construction: Design and Delivery of Green Buildings. Course Description: On completion of this element, candidates should be able to demonstrate understanding of the content through the application of knowledge to familiar and unfamiliar situations.
Designing fire safe buildings and products: Planning for fire protection in/around a building involves recognizing the four sources of fire: natural, man-made, wild and accidental fires and taking an integrated systems approach which enables the designer to analyze all building components as a total package of the building's fire safety system. Department of Civil and Architecture Course Name Civil and Architectural Department Civil Engineering Course Name Advanced Concrete Technology Course Code CONS 435. Course Description : Analysis and design of unreinforced and reinforced masonry: non-bearing walls, bearing walls , shear walls, masonry construction systems.
Appendix Laboratory Equipment, Workshops and Laboratories
List of Detailed Equipment for Each Laboratory, Workshop or Lab
Young Modulus of Elasticity of concrete 1
