civil engineering

Explore the programs and courses offered by civil engineering

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Program Overview

Overview of the Civil Engineering Bachelor Program:

The Civil Engineering Bachelor program aims to equip students with the knowledge and skills required to work in the field of civil engineering, which includes the design, construction, and maintenance of structures and infrastructure. The program involves the study of a wide range of basic and advanced topics related to engineering structures, public facilities, roads, water, sanitation, and construction materials.

Program Objectives:

  1. To provide students with theoretical and practical knowledge in areas such as material mechanics, material strength, structural analysis, and foundation design.
  2. To develop problem-solving skills in various civil engineering disciplines, such as roads, bridges, buildings, and water projects.
  3. To teach the use of design and analysis tools like engineering modeling and simulation software.
  4. To enhance personal competencies such as teamwork, leadership, communication skills, and interaction with various disciplines.

Main Program Topics:

  1. Mechanics and Materials: Study of forces acting on structures and the properties of construction materials like concrete and steel.
  2. Engineering Structures: Design and analysis of bridges, buildings, roofs, and other structures.
  3. Water Resources: Design of water distribution networks, water treatment, sanitation systems, and water management.
  4. Roads and Transportation: Study of the design and construction of roads, bridges, tunnels, and traffic flow analysis.
  5. Environmental and Geotechnical Engineering: Soil analysis, foundation design, and slope stability.

Core Courses:

  1. Mathematics and Physics: Fundamentals of applied mathematics and physics in engineering.
  2. Concrete and Steel Structures: Understanding the materials used in structural construction and their design.
  3. Engineering Surveying: Geographic surveying techniques and the use of modern instruments in engineering.
  4. Structural Analysis: Applications in analyzing forces and stresses in structures.
  5. Computer-Aided Design (CAD): Learning to use specialized engineering design software.

Job Opportunities After Graduation:

  1. Working in civil engineering companies.
  2. Working in construction project management.
  3. Working in urban planning, project management, or engineering consulting.
  4. Working in governmental or private institutions related to infrastructure.

Study Duration:

The Civil Engineering Bachelor program typically takes 3 years to complete, culminating in a Bachelor's degree in Civil Engineering, which enables graduates to work in various engineering fields or pursue further studies in Master's programs.

Teaching Language : French

Curriculum Highlights

Core Courses

Core Courses of the Civil Engineering Bachelor Program

The courses may vary from one university to another depending on the adopted curriculum, but in general, the Civil Engineering Bachelor program includes a set of core courses that cover various aspects of civil engineering. Here are some core courses that are usually part of the curriculum:

First Year:

  1. General Mathematics
  • Basic mathematics related to statistics, calculus, and differential equations.
  1. Engineering Physics
  • Mechanics, dynamics, electricity and magnetism, sound, and heat.
  1. Introduction to Civil Engineering
  • The history of civil engineering, various specializations within civil engineering.
  1. Engineering Drawing and CAD
  • Learning engineering drawing techniques using hand drawing and computer-aided design software (such as AutoCAD).
  1. Engineering Chemistry
  • Chemistry related to the use of materials in construction, such as cement and concrete.
  1. Technical Writing and Communication
  • Learning how to write technical reports and scientific correspondence.

Second Year:

  1. Engineering Mechanics
  • Study of forces acting on bodies, motion analysis, and loadings, with a focus on dynamics and statics.
  1. Applied Mechanics of Materials
  • Analyzing the mechanical properties of materials and their use in construction.
  1. Reinforced Concrete
  • Study of design and implementation of reinforced concrete and its applications in civil structures.
  1. Hydraulics
  • Study of fluid flow in pipes, channels, and reservoirs, as well as the design of hydraulic systems.
  1. Surveying
  • Learning field surveying techniques using surveying equipment and tools.
  1. Steel Structures
  • Design and use of metal structures in construction.

Third Year:

  1. Foundation Engineering
  • Design of foundations for buildings and structures, including shallow and deep foundations.
  1. Transportation Engineering
  • Study of road, bridge, and tunnel design, and traffic analysis.
  1. Geotechnical Engineering
  • Study of soil and rock properties, and analysis of the stability of geotechnical structures.
  1. Project Management
  • Learning how to manage engineering projects, including planning, organizing, and overseeing implementation.
  1. Environmental Engineering
  • Study of the impacts of engineering projects on the environment and how to reduce environmental damage.
  1. Structural Systems
  • Study of different structural systems used in construction, such as roofs, walls, and columns.

Fourth Year:

  1. Structural Analysis
  • Analyzing complex structures using mathematical and software techniques.
  1. Seismic Engineering
  • Study of the effects of earthquakes on structures, and designing earthquake-resistant buildings.
  1. Construction Management
  • Study of the construction management process, including timelines, budgets, and resources.
  1. Design Course
  • Designing integrated engineering projects, utilizing all the engineering skills acquired during the program.
  1. Capstone Project
  • Working on a real design or study project under academic supervision or in collaboration with engineering companies, analyzing and solving complex problems.
  1. Materials Testing and Analysis
  • Learning how to test construction materials such as concrete, steel, and other materials.


Advanced Topics

Advanced Topics in the Civil Engineering Bachelor Program

The advanced topics in the Civil Engineering Bachelor program include courses that deepen the understanding of specialized and complex aspects of civil engineering. These topics require advanced analytical and technical skills, and are taught after the student has completed the core courses. Here are some of the advanced topics that may be part of the curriculum:

  1. Advanced Structural Analysis
  • Content: Focuses on analyzing complex structures using advanced mathematical techniques such as the Finite Element Method (FEM), nonlinear response analysis, and analysis of structures under complex loads.
  • Tools Used: Structural analysis programs such as SAP2000, ETABS.
  1. Advanced Reinforced Concrete Design
  • Content: Includes the design of reinforced concrete structures under various loads, with an emphasis on seismic loads, crack analysis, and the use of additives to improve performance.
  • Topics: Nonlinear behavior, design of surfaces, columns, and bridges.
  1. Advanced Geotechnical Engineering
  • Content: In-depth study of soil analysis, rock mechanics, and deep foundation design, focusing on the interactions between soil and structures under heavy loads.
  • Topics: Slope stability, liquefaction, numerical modeling.
  1. Advanced Structural Design with New Materials
  • Content: Study of the use of advanced materials such as ultra-high-strength concrete, composite metals, and geosynthetic materials in structural design.
  • Topics: Material characteristics, modern construction methods, applications in large-scale projects.
  1. Advanced Seismic Engineering
  • Content: Study of seismic effects on complex structures, and designing earthquake-resistant structures using advanced methods such as dynamic response analysis.
  • Topics: Dynamic effect analysis, seismic foundation design.
  1. Advanced Slope Stability Analysis
  • Content: Analyzing slope stability using advanced mathematical models such as the Finite Element Method, and analyzing the impact of earthquakes, rainfall, and other natural factors.
  • Topics: Stabilization techniques, geotechnical use in stability.
  1. Building Information Modeling (BIM)
  • Content: Study of advanced engineering modeling techniques for managing and analyzing construction projects, with a focus on collaboration between teams and improving efficiency.
  • Tools: Software such as Revit and Navisworks.
  1. Advanced Water Engineering
  • Content: Covers the design of complex hydraulic systems such as sewage networks, water distribution systems, and large dams. Study of modern techniques in water resource management.
  • Topics: Hydraulic modeling, groundwater flow, rainwater management.
  1. Advanced Soil Improvement Techniques
  • Content: Study of modern techniques such as injection, geosynthetics, stone columns, and soil stabilization using geogrids to improve soil performance in construction projects.
  • Topics: Material injection applications, geosynthetics, mechanical stabilization.
  1. Advanced Deep Foundations
  • Content: Design and analysis of deep foundations such as piles, deep excavations, and retaining walls, including the study of effects on adjacent structures.
  • Topics: Pile modeling, excavation impacts on buildings, stabilization techniques.
  1. Advanced Construction Management
  • Content: Study of methods for managing large engineering projects, including cost estimation, scheduling, and resource management. It also includes the study of modern implementation monitoring techniques such as the use of smart devices in construction.
  • Topics: Risk management, project planning using software such as Primavera and MS Project.
  1. Advanced Environmental Engineering
  • Content: Study of advanced environmental technologies such as waste management, water treatment, and reducing air and water pollution in construction projects.
  • Topics: Environmental standards, sustainable buildings, advanced treatment techniques.
  1. Large Civil Engineering Projects
  • Content: Study of large-scale engineering projects such as dam construction, tunnels, and complex bridges, focusing on the unique challenges these projects face.
  • Topics: Specialized construction techniques, project modeling, risk assessment.


View Full Curriculum

Admissions Information

Admission Requirements for the Civil Engineering Bachelor Program:

Admission requirements for the Civil Engineering Bachelor program vary from university to university, but generally, they include the following conditions:

  1. Required Certificate:
  • The student must have a high school diploma or an equivalent certificate in a scientific field.
  • It is preferred that the student has studied scientific subjects related to mathematics, physics, or other scientific fields.
  1. Accepted Specializations:
  • Students who hold a high school diploma in a scientific stream, such as:
  • Mathematics stream
  • Experimental sciences stream
  • Technical Science stream
  • Or other equivalent scientific high school certificates.
  1. Required Average:
  • The minimum required average for admission is determined based on the competitiveness among applicants and the number of available seats. The average varies yearly and can range between 12 and 14 out of 20 or higher, depending on the institution.
  1. Student Selection:
  • In some universities, students are admitted based on their rank according to the high school diploma average. In other universities, admission may be based on a selection of documents (selection on file), where a set of criteria are reviewed, such as:
  • General average in the high school diploma.
  • Results in core subjects like mathematics and physics.
  • Students may also be required to pass a written exam or an oral interview to assess their competencies.
  1. Available Seats:
  • The number of available seats at each university depends on the program's capacity and demand for the specialization. This number is usually announced at the beginning of each academic year.
  1. Available Specializations:
  • Sometimes, specific sub-specializations within civil engineering may be available for student admission, such as:
  • Structural Engineering
  • Geotechnical Engineering
  • Mechanical or Electrical Engineering for Buildings
  1. Special Conditions for Some Universities:
  • Some universities may require a technical test or oral interview for students, especially if there is a large number of applicants.
  1. Continuing Education:
  • For students with practical experience in the field or who have graduated in related specializations, there may be opportunities for admission to Master's programs or professional training related to civil engineering fields.

Procedures:

  • Students interested in applying to the Civil Engineering Bachelor program should apply through the university’s electronic registration system.
  • Students must also upload official documents such as:
  • A copy of the high school diploma.
  • A copy of the identity card.
  • Personal photos.
  • Sometimes, a letter of recommendation or additional documents may be required based on the university’s requirements.

University Registration:

  • After passing the admission process, students are registered in the university program and begin studying the courses in the first year.


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