Doctor of Philosophy in Environmental Engineering
As one of the fastest-growing fields in both developed and developing countries, new methods and technologies are constantly emerging in environmental engineering. The Ph.D. Program in Environmental Engineering is in response to the national and international dire need for developing innovative solutions for environmental protection and combating climate change. This program prepares students to be capable of providing leadership and necessary technical expertise to governmental and private sectors. In this research program, students will implement updates of all aspects of environmental engineering including tools, techniques and regulations. Air quality control, water sanitation and its distribution, water treatment, waste pollutants sources and effects should also be covered. Candidates will draw attention to solid waste collection and transfer operations, hazardous waste remediation and assessment of environmental impacts. The offered program is interdisciplinary within different engineering disciplines. It accepts students with backgrounds in any relevant Engineering program. The Ph.D. degree in Environmental Engineering requires successful completion of a minimum of 24 credit hours of graduate coursework and 30 credit hours in research in addition to passing comprehensive, prospectus, and dissertation defense exams.
Program Objectives
- To provide a rigorous and specialized educational experience that encourages groundbreaking research in environmental engineering, directly aligned with the national priorities of the UAE.
- To prepare doctoral graduates to be intellectually curious, exhibit critical reasoning, and emerge as leaders in environmental engineering both nationally and internationally.
- To actively contribute to the advancement of the UAE’s knowledge-based economy and enhance the quality of life through dedicated community engagement, effective knowledge transfer, and strategic industry partnerships in the field of environmental engineering.
Program Learning Outcomes
Upon successful completion of this program, students will be able to:
- Demonstrate comprehensive and in-depth knowledge in Environmental Engineering and the ability to apply this expertise to complex and evolving environmental challenges, contributing to theoretical and practical advancements in the field.
- Conduct, complete, and defend original scholarly research that significantly advances the state of the art in Environmental Engineering, showcasing innovation and contributing to academic and practical knowledge in the field.
- Communicate complex research findings effectively, both orally and in writing, to a diverse range of audiences, including academic peers, industry experts, policymakers, and the general public, ensuring clarity, precision, and professionalism in all forms of dissemination.
- Identify, analyze, and address ethical challenges specific to Environmental Engineering and develop strategies to address these challenges, reinforcing the integrity and social responsibility of the profession.
Degree Requirements
Required Credit Hours : minimum 54 hours
College Requirements (3 CH)
Required Courses (3 hours ) | Credit Hours | |
---|---|---|
GENG701 | PhD Research Seminar | 1 |
GENG702 | Research Methods | 2 |
Specialization Requirements (21 CH)
Group (1) Students should register in 9 to 15 credit hours from the following courses: (15 hours ) | Credit Hours | |
---|---|---|
ENVE700 | Aquatic Chemistry | 3 |
ENVE710 | Contaminant Fate and Transport | 3 |
ENVE720 | Biological Treatment of Waste Streams | 3 |
ENVE730 | Physical and Biochemical Treatment Processes | 3 |
CIVL742 | Sustainable Water Treatment Systems | 3 |
Group (2) Students should register in 6 to 12 credit hours from the following courses: (12 hours ) | Credit Hours | |
---|---|---|
ENVE740 | Advanced Topics in Environmental Engineering | 3 |
WATR700 | Sustainable Water Resources Management | 3 |
WATR710 | Water Resources Systems Analysis | 3 |
WATR720 | Advances in Urban Water Management | 3 |
WATR730 | Subsurface Hydrology | 3 |
WATR750 | Sediment Transport | 3 |
WATR760 | Water Resources Modeling | 3 |
WATR770 | Hydrometeorology | 3 |
CIVL732 | Sustainable Civil Infrastructure Engineering | 3 |
CIVL739 | Contaminant Subsurface Hydrology | 3 |
CHME731 | Nanoscience and Nanotechnology | 3 |
CHME760 | Advanced Membrane Technology | 3 |
MECH750 | Advanced Computational Fluid Dynamics | 3 |
GENG710 | Optimization Methods for Engineering | 3 |
Qualification Requirements
Required Courses (0 hours ) | Credit Hours | |
---|---|---|
ENVE800 | Comprehensive Exam | 0 |
ENVE810 | Prospectus Exam | 0 |
Research Requirements
Required Courses (30 hours ) | Credit Hours | |
---|---|---|
ENVE900 | Dissertation Doctoral Research | 30 |
ENVE910 | Dissertation Defense | 0 |
عفوا
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عفوا
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