Degree Structure
College
Engineering
Department
Civil And Environmental Engineering
Level
Graduate Phd
Study System
Courses and Theses
Total Credit Hours
54 Cr. Hrs.
Duration
3-5 years
Intake
Fall and Spring
Language
English
Study Mode
Full Time
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Degree Overview
The Department of Civil and Environmental Engineering introduced the Doctor of Philosophy in Civil Engineering (PhDCE) Program to allow qualified engineers to advance their career through knowledge and discovery skills in modern civil engineering specializations.
Graduates with a PhD in Civil Engineering have diverse career opportunities. These include academic positions in teaching and research at universities, research and development roles in government or private sector labs, and consulting engineering jobs providing expertise on projects. Additionally, graduates may find employment in the public sector, focusing on infrastructure development, urban planning, or environmental protection. Other potential roles include construction management, overseeing large projects, infrastructure planning with municipalities or transportation agencies, and project management, where they lead engineering projects from inception to completion. Graduates can also pursue specialized fields such as earthquake engineering, transportation systems, smart cities, water quality, waste management, or sustainable construction practices, and some may even choose to start their own firms or consultancies to address niche markets within civil engineering.
What You Will Learn
The PhDCE Program is designed to equip students with the advanced theoretical knowledge and design skills necessary for higher professional competency levels. It also aims to foster the development of quality, applied research across various civil engineering disciplines, including structural, geotechnical, environmental, water resources, transportation, pavement, and construction management. By doing so, the program seeks to meet the growing demand for highly educated, specialized engineers capable of leading scientific and technological advancements in the UAE and the region.
University Requirements
College Requirements
Degree Requirements
The PhDCE Program requires the completion of 54 credit hours distributed between taught courses (eight courses for a total of 24 CHs) and compulsory requirements (another 30 CHs), distributed as follows:
- General Elective Courses: Courses that provide general knowledge shared by all students in the program.
- Technical Elective Courses: courses that provide advanced knowledge in the student specialization.
- Major Elective Courses: courses that students can choose based on their interests or the recommendation of the dissertation supervisor.
- Major Compulsory Requirements: other requirements that all students must complete.
Except for the Major Compulsory Requirements, all taught courses are elective courses where the student can select courses from a specified list based on his/her specialization and interest. The distribution of the total credit hours for the different types of requirements is as follows:
Program Components
Requirements |
Credit Hours |
|
General Elective Courses (three) |
9 |
|
Technical Elective Courses (three) |
9 |
|
Major Elective Courses (two) |
6 |
|
Major Compulsory Requirements |
PhD Seminar |
0 |
Directed Studies in CE |
3 |
|
PhD Qualifying Exam |
0 |
|
PhD Dissertation |
27 |
|
Total Credit Hours |
54 |
The details of the different types of requirements are described in the following sub-sections.
General Elective Courses (9 Credit Hours): The student should take any three out of the following four courses:
List of General Elective Courses
Course Code |
Course Title |
Credit Hours |
0401702 |
Probability & Reliability in CE |
3 |
0401703 |
Life Cycle Assessment |
3 |
0401704 |
Soft Computing Applications in CE |
3 |
0401705 |
Design and Analysis of Experiments |
3 |
Total Credit Hours |
9 |
Technical Elective Courses (9 Credit Hours): The student should take any three courses from the following list, preferably from the same domain. Subject to the approval of the Program Coordinator, a student can be allowed to replace one course from this list by taking that course from the above list of General Elective Courses.
List of Technical Elective Courses
Course Code |
Structural and Materials Engineering Courses |
Credit Hours |
0401711 |
Bridge Engineering |
3 |
0401712 |
Sustainable Construction Materials |
3 |
0401713 |
Fracture Mechanics of Materials & Structures |
3 |
0401714 |
Advanced Behavior of Reinforced Concrete |
3 |
0401715 |
Selected Topics in Structural and Material Engineering |
3 |
Course No. |
Geotechnical Engineering Courses |
|
0401751 |
Geotechnical Earthquake Engineering |
3 |
0401752 |
Theoretical & Computational Soil Mechanics |
3 |
0401753 |
Unsaturated Soil Mechanics |
3 |
0401754 |
Advanced Geotechnical Engineering Laboratory |
3 |
0401755 |
Advanced Foundation Engineering |
3 |
Course No. |
Environmental and Water Resources Engineering Courses |
|
0401741 |
Coastal Processes and Management |
3 |
0401742 |
Climate Change Science and Impacts on Water Management |
3 |
0401743 |
Groundwater Hydrology |
3 |
0401744 |
Integrated Water Resources Management |
3 |
0401761 |
Experimental Research in Environmental Engineering |
3 |
0401762 |
Membrane and Desalination Technologies |
3 |
0401763 |
Remote Sensing for Environmental Monitoring |
3 |
0401764 |
Air Quality Engineering |
3 |
0401765 |
Nanomaterials in water and wastewater treatment |
3 |
Course No. |
Transportation and Pavement Engineering Courses |
|
0401721 |
Traffic Flow Theory |
3 |
0401722 |
Transportation Systems Analysis |
3 |
0401723 |
Transportation Data Analysis |
3 |
0401771 |
Advanced Airport Pavement Design |
3 |
0401772 |
Pavement Performance and Management Systems |
3 |
0401773 |
Modeling of Asphalt Materials |
3 |
Course No. |
Construction Engineering and Management Courses |
|
0401731 |
Advanced Construction Law and Contracts |
3 |
0401732 |
Infrastructure Maintenance and Management |
3 |
0401733 |
Computer Integrated Construction Engineering Systems |
3 |
0401734 |
Lean Construction Principles and Management |
3 |
Major Elective Courses (6 Credit Hours): The student should take any two courses with a total of six credit hours. The student should select appropriate courses to extend his/her knowledge of a particular civil engineering area or acquire additional knowledge necessary for the chosen research topic. Typically, the student would refer to his/her dissertation supervisor (or the Graduate Coordinator if a dissertation supervisor is yet to be selected) to assist in selecting the appropriate elective courses. The elective courses are selected from anyone (or combination) of the following:
- PhD Graduate level courses offered by the CEE Department from the above lists.
- PhD Graduate level courses from outside the CEE Department, subject to department approval and following the recommendation of the dissertation supervisor (or the Graduate Coordinator if a dissertation supervisor is yet to be selected).
Major Compulsory Requirements (30 Credit Hours): The student must successfully complete the following requirements:
Major Compulsory Requirements
Course Code |
Course Title |
Credit Hours |
0401700 |
PhD Seminar |
0 |
0401706 |
Directed Studies in CE |
3 |
0401800 |
PhD Qualifying Examination |
0 |
0401803 |
PhD Dissertation |
27 |
Total Credit Hours |
30 |
- 3.2.1.
Study Plan: Course Distribution
The following is a typical semester-by-semester study plan for the PhDCE Program:
Typical Study Plan
Year 1 |
|
Fall Semester (9 credit hours) |
Spring Semester (9 credit hours) |
General Elective Course 1 (3 credits) General Elective Course 2 (3 credits) Technical Elective Course 1 (3 credits)
|
General Elective Course 3 (3 credits) Technical Elective Course 2 (3 credits) Major Elective Course 1 (3 credits)
|
Year 2 |
|
Fall Semester (6 credit hours) |
Spring Semester (6 credit hours) |
Technical Elective Course 3 (3 credits) Major Elective Course 2 (3 credits) PhD Qualifying Exam (0 credit) |
PhD Seminar (0 credit) Directed Studies in CE (3 credits) PhD Dissertation (3 credits) |
Year 3 |
|
Fall Semester (6 credit hours) |
Spring Semester (6 credit hours) |
PhD Dissertation (6 credits) |
PhD Dissertation (6 credits) |
Year 4 |
|
Fall Semester (6 credit hours) |
Spring Semester (6 credit hours) |
PhD Dissertation (6 credits) |
PhD Dissertation (6 credits) |
Program Requirements (For Students Joining Before Spring 2023-2024):
The PhDCE Program requires successful completion of courses and a research dissertation. In total, the program requires completion of 46 credit hours. It consists of 25 credit hours of graduate-level courses in addition to 21 credit hours that include qualifying exam (0 credits), dissertation proposal (3 credits), and dissertation (18 credits). The program is subject to applicable regulations regarding graduate studies at the University of Sharjah.
The courses in the curriculum cover four sets of requirements:
- Core Courses (courses taken by all students in the program);
- Specialized Courses (courses taken by students in their respective specialization tracks in the program);
- Elective Courses (courses taken by students from a list/basket of courses); and
- Compulsory Courses (these include Directed Studies in CE, PhD Seminar, PhD Qualifying Exam, PhD Dissertation Proposal, and PhD Dissertation)
Requirements |
Credits |
|
Core Courses |
12 |
|
Specialized Courses |
6 |
|
Elective Courses |
6 |
|
Compulsory Courses |
Directed Studies in CE |
1 |
PhD Seminar |
0 |
|
PhD Qualifying Exam |
0 |
|
PhD Dissertation Proposal |
3 |
|
PhD Dissertation |
18 |
|
Total |
46 |
Core Courses (12 Credit Hours)
Students must take the following core courses shown in the table below. These courses provide students with advanced mathematical and analytical techniques needed to build fundamentals for the other advanced courses and research in their area of specialization.
Course No. |
Course Title |
Credits |
Prerequisite |
0401702 |
Probability and Reliability in Civil Engineering |
3 |
1440281 or equivalent |
0401703 |
Life Cycle Assessment |
3 |
None |
0401704 |
Soft Computing Applications in CE |
3 |
None |
0401705 |
Design and Analysis of Experiments |
3 |
1440281 or equivalent |
Specialized Courses (6 Credit Hours)
The PhDCE Program comprised of three major tracks (i.e., general specializations): Structural Systems Engineering, Infrastructure Systems Engineering, and Construction Engineering and Management. Under these general specializations, there are areas of concentration where the student has the option to choose one of these concentration areas under his/her major track, as follows:
- Structural Systems Engineering Track, with the following concentration areas:
- Structural and Materials Engineering
- Geotechnical Engineering
- Infrastructure Systems Engineering Track, with the following concentration areas:
- Environmental and Water Resources Engineering
- Transportation and Pavement Engineering
- Construction Engineering and Management Track
The specialized courses consist of two courses worth six (6) credit hours. The students must select from the following three lists of courses under the three tracks shown below
Courses in the structural systems engineering track
Course No. |
Structural and Materials Engineering Concentration Courses |
Credits |
0401711 |
Bridge Engineering |
3 |
0401712 |
Sustainable Construction Materials |
3 |
0401713 |
Fracture Mechanics of Materials & Structures |
3 |
Course No. |
Geotechnical Engineering Concentration Courses |
Credits |
0401751 |
Geotechnical Earthquake Engineering |
3 |
0401752 |
Theoretical & Computational Soil Mechanics |
3 |
0401753 |
Unsaturated Soil Mechanics |
3 |
0401754 |
Advanced Geotechnical Engineering Laboratory |
3 |
0401755 |
Advanced Foundation Engineering |
3 |
Courses in the infrastructure systems engineering track
Course No. |
Environmental and Water Resources Engineering Concentration Courses |
Credits |
0401741 |
Coastal Processes and Management |
3 |
0401742 |
Climate Change Science and Impacts on Water Management |
3 |
0401743 |
Groundwater Hydrology |
3 |
0401744 |
Integrated Water Resources Management |
3 |
0401761 |
Experimental Research in Environmental Engineering |
3 |
0401762 |
Membrane and Desalination Technologies |
3 |
0401763 |
Remote Sensing for Environmental Monitoring |
3 |
0401764 |
Air Quality Engineering |
3 |
0401765 |
Nanomaterials in water and wastewater treatment |
3 |
Course No. |
Transportation and Pavement Engineering Concentration Courses |
Credits |
0401721 |
Traffic Flow Theory |
3 |
0401722 |
Transportation Systems Analysis |
3 |
0401723 |
Transportation Data Analysis |
3 |
0401771 |
Advanced Airport Pavement Design |
3 |
0401772 |
Pavement Performance and Management Systems |
3 |
0401773 |
Modeling of Asphalt Materials |
3 |
Courses in the construction engineering and management track
Course No. |
Construction Engineering and Management Concentration Courses |
Credits |
0401731 |
Advanced Construction Law and Contracts |
3 |
0401732 |
Infrastructure Maintenance and Management |
3 |
0401733 |
Computer Integrated Construction Engineering Systems |
3 |
0401734 |
Lean Construction Principles and Management |
3 |
The student can select any course related to his/her track. However, for the student to qualify for a concentration area under a particular track, he/she should complete the two specialized courses in the desired area of concentration in addition to completing the dissertation in the same area of concentration.
Elective Courses (6 Credit Hours)
The number of elective courses to be completed consists of two courses with a total of 6 credit hours. The students should select appropriate courses to extend their knowledge of a particular civil engineering area or acquire additional knowledge necessary for the chosen research topic. Typically, the student would refer to his/her dissertation supervisor (or the Graduate Coordinator if a dissertation supervisor is yet to be selected) to assist in selecting the appropriate elective courses. The elective courses are selected from any one (or combination) of the following:
- Graduate course(s) offered by the CEE Department
- Graduate-level courses from outside the CEE Department subject to department approval and following the recommendation of the dissertation supervisor (or the Graduate Coordinator if a dissertation supervisor is yet to be selected)
Compulsory Courses (22 Credit Hours)
A student in the PhDCE Program must successfully complete the following requirements:
Course No. |
Course Title |
Credits |
Prerequisite |
0401700 |
PhD Seminar |
0 |
0401701 Directed Studies in CE |
0401701 |
Directed Studies in CE |
1 |
None |
0401800 |
PhD Qualifying Examination |
0 |
0401701 Directed Studies in CE (Pre/Co) and completion of all core and specialized courses |
0401801 |
PhD Dissertation Proposal |
3 |
0401800 PhD Qualifying Examination |
0401802 |
PhD Dissertation |
18 |
0401801 PhD Dissertation Proposal |
Study Plan: Course Distribution
Year 1 |
|
Fall Semester (9 credit hours) |
Spring Semester (9 credit hours) |
|
|
Year 2 |
|
Fall Semester (4 credit hours) |
Spring Semester (6 credit hours) |
|
|
Year 3 |
|
Fall Semester (6 credit hours) |
Spring Semester (6 credit hours) |
1. PhD Dissertation (6 credits) |
1. PhD Dissertation (6 credits) |
Year 4 |
|
Fall Semester (3 credit hours) |
Spring Semester (3 credit hours) |
1. PhD Dissertation (3 credits) |
1. PhD Dissertation (3 credits) |
Course Description
0401700 | PhD Seminar | (0-0:0) |
Prerequisite: | 0401701 Directed Studies in CE | - |
The PhD Seminar is intended to help students get exposed to various research topics and methodologies. PhD students are required to attend a minimum of 8 seminars that can expand over two terms. The typical seminar frequency is at least once a month. Students are required to present at least one seminar on their proposed research topic in addition to attending seminars delivered by faculty members, visitors, and other graduate students. Students must submit a term report on the seminars they attended. |
0401701 | Directed Studies in Civil Engineering | (1-0:1) |
This course will provide the student an opportunity to pursue in-depth independent study related to his/her field of interest. The course intends to strengthen theoretical knowledge of the student while allowing him/her to develop research skills including research planning, reviewing literature, critical thinking, synthesis and analysis of the literature relevant to the selected topic. The study must not duplicate courses that exist as regular PhD course offerings. Registration in this course and selection of the topic should be approved in advance by the student's potential dissertation supervisor and/or the PhD Program Coordinator. The student will have to defend the findings in front of a specialized committee consisting of faculty members in the Department approved by the PhD Program Coordinator. |
0401702 | Probability and Reliability in Civil Engineering | (3-0:3) |
Prerequisite: | 1440281 Introduction to Probability and Statistics or Equivalent | - |
The course covers the role of probability and reliability in civil engineering. Topics include: common probabilistic models, Reliability Methods, Concept of Reliability Index, First Order Reliability Method (FORM), Second Order Reliability Method (SORM), Transformations, System Reliability, Computer-Based Simulations, Code Calibration, Time-Varying Reliability Analysis, Reliability-Based Design and Optimization, Case Studies, Software Applications. |
0401703 | Life Cycle Assessment | (3-0:3) |
This course provides the student with effective tools to conduct environmental and financial feasibility studies for civil engineering systems and/or products. The course presents the fundamentals and advanced methodology pertinent to life-cycle assessment based on ISO guidelines. These include the main stages, namely goal and scope, life-cycle inventory, life-cycle impact assessment, and interpretation. The course covers life-cycle costing and gives hands-on experience on life-cycle assessment and costing software. |
0401704 | Soft Computing Applications in Civil Engineering | (3-0:3) |
The course aims at introducing a new computing paradigm for solving complex civil engineering problems. It equips students with the concepts of soft computing and computational intelligence techniques, such as fuzzy logic, artificial neural network, genetic algorithm, decision trees, and hybrid systems. Emphasis will be given on the application of these techniques in various civil engineering problems, including but not limited to prediction, optimization, decision under uncertainty, and multi-attributed decision support methods. |
0401705 | Design and Analysis of Experiments | (3-0:3) |
Prerequisite: | 1440281 Introduction to Probability and Statistics or Equivalent | - |
A study of the design and analysis of experiments. A model-based approach examines both theoretical and practical issues associated with experimentation. Topics include ANOVA, blocked designs, partially balanced incomplete designs, factorial designs, fractional factorial designs, nested designs, response surface methods, and others. |
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