PhD in Water and Environmental Engineering
Overview
The PhD in Water and Environmental Engineering aims to produce graduates who are well-equipped to conduct cutting-edge research to expand the theoretical and practical understanding of water and environmental engineering and foster interdisciplinary expertise by integrating principles from various scientific and engineering disciplines. It will address water and environmental issues from a global perspective, considering diverse socio-economic and cultural contexts of the Region to promote sustainable engineering practices, environmental preservation, and economic development.
Admission Requirements
- PhD candidates seeking admission to the degree of Doctor of Philosophy (PhD) at UKH should have a MSc in Water Resources Engineering, Civil Engineering or equivalent results of the PhD candidates. They must be exemplary from highly regarded, recognised, and accredited universities.
- Candidates must have an average of not less than 60 and 70 in BSc and MSc, respectively.
- A score of at least 6.5 in an IELTS examination, 58 in a Pearson Test of English (Academic), or 79 in TOEFL examination.
- The applications are subject to a competitive points-based system. Points are accumulated on the following basis: (i) academic qualifications, and (ii) entrance exam. The entrance exam in the School of Science and Engineering will be conducted to assess the applicants scientific knowledge. The entrance exam consists of an oral presentation of a research proposal with an interview.
Curriculum
The coursework for the degree of PhD program consists of five modules, which will be conducted over 16 weeks (one semester), 14 teaching weeks and two weeks for final exams.
List of Compulsory Modules
| Module Code | Level | Module Title | Credits | Module Type |
| WTE601 | PG1 | Modern Isotope in Environmental Hydrology: | 6 | Compulsory |
| WTE602 | PG1 | Advanced Technology of Water Treatment Plants | 6 | Compulsory |
| WTE603 | PG1 | Sediment Transport in River Environment | 6 | Compulsory |
| WTE604 | PG1 | Independent Research Methodology | 6 | Compulsory |
List of Elective Modules
| WTE605 | PG1 | Waste Management and Landfill Design | 6 | Elective |
| WTE606 | PG1 | Advance Water Resource Management & Optimization | 6 | Elective |
The potential subjects for compulsory modules of PhD program in Water and Environmental Engineering are as follows:
Modern Isotope in Environmental Hydrology: This module focuses on the use of isotopic tracers to understand the sources, pathways, and residence times of water in various environmental compartments, shedding light on ecosystem dynamics and water resource management. Through advanced analytical techniques, this module delves into the intricate interactions between hydrological processes and environmental factors, aiding in the assessment and mitigation of water-related challenges in a changing climate.
Advanced Technology of Water Treatment Plants: This module focuses on the advanced knowledge and skills in the latest technologies utilized in water treatment plants. The module will cover cutting-edge techniques, processes, and equipment used for water purification and treatment, with a focus on efficiency, sustainability, and environmental impact.
Sediment Transport in River Environment: This module focuses on the sediment transport dynamics at river basin-scale, integrating hydrologic, environmental and sediment source analysis to place channel assessment and design in the appropriate context. It highlights the environmental implications of sediment movement within river ecosystems, underscoring the importance of preserving the integrity of river environments.
Independent Research Methodology: Independent research methodology refers to the systematic approach that an individual or a group of researchers undertake to collect and analyze data to answer research questions or hypotheses. This methodology involves independent thinking, planning, and executing a research project without the assistance of a supervisor or mentor.
The potential subjects for elective modules of PhD program in Water and Environmental Engineering are as follows:
Waste Management and Landfill Design: This module focuses on the core principles of waste management and the infrastructure designed for waste containment. Through review the comprehensive design code and modeling, students will acquire essential knowledge and skills in environmental geotechnics, geo-environmental studies, and geochemistry, preparing them to collaborate effectively within interdisciplinary teams of professionals.
Water Resources Management and Optimization: This module focuses on water resources planning and management, taking a system view where simulation modeling, and optimization analysis come together to provide a more sustainable management of water resources.
Skills Development
The learning outcomes are designed to demonstrate the comprehensive range of knowledge, skills and competencies that students should acquire throughout their doctoral studies. Hence upon successful fulfillment of this program, PhD graduates will be capable to demonstrate the following knowledge, comprehension and abilities