PhD

PhD= 33

  1. Mohd Harun Abdullah (2001) – FKA, UTM
  2. Hassan Basyri Daulay (2002) – FKA, UTM
  3. Supiah Shamsuddin (2003) – FKA, UTM
  4. Mir Saujul Islam (2009) –Faculty of Science and Technology, UKM.
  5. Nor Rohaizah Binti Jamil (2011) – UKM
  6. Zaki Zainudin (2011) – Faculty of Chemical Engineering (UTM)
  7. Mohammadreza Gharibreza (2012) – Faculty of Science (UM)
  8. Mohd Aminur Rashid Mohd Amiruddin Arumugam (2013) – USM: Modelling the effects of infiltration within hexagonal modular permeability pavement using flow -3D. (USM)
  9. Siti Hidayah Abu Talib (2013) Study on the influence of sediment characteristics on deposition pattern at Bukit Merah Reservoir. (USM)
  10. Aweng A/L/ Eh Rak (2013) Integrating River Ecosystem Attributes for River Health Assessment (UTM)
  11. Ahmad Farid bin Abu Bakar (2014) Characterization of river water, sediment and soil, metals  fate and transport modelling and recommendations in gold mining catchment (UM)
  12. Siti Hidayah Abu Talib (2014- Reviva) Study on the influence of sediment characteristics on deposition pattern at Bukit Merah Reservoir. (USM)
  13. Steven Poh Tze Wei (2014) Soil based infiltration with simulation of rainfall-runoff modelling for ungauged catchment: Case study of Sungai Kedah (USM)
  14. Uca Sideng (2014) Kesan Perubahan guna tanah ke atas hakisan dan peri laku hidrologi (UKM)
  15. Kogila Vani Annammala (2015) Impact of Forest Disturbance, Fragmentation and Restoration on  Erosion and Sediment Sources and Transport within the Segama River Catchment, Eastern Sabah (UMS)
  16. Nuradila Rusli (2015) Hydrological impact of large scale land use conversion from rubber tooil palm plantation. (UTM, Faculty of Built Environment)
  17. Suhaida Ismail (2015) Empirical Mode Decomposition with KPCA and LSSVM for River Flow Forecasting. (UTM, Dept. Mathematic)
  18. Steven Poh Tze Wei (2015) Soil based infiltration with simulation of rainfall-runoff modelling for ungauged catchment: Case study of Sungai Kedah (USM) – Re- viva
  19. Orji Kalu Uka (2015) Modelling of a Water Treatment Reactor for Enhanced Electrocoagulation Process in the Removal of Lead from Mning Lake Water. University Teknology Petronas (29/9/15)
  20. Ali Nikahd Ghosiraie (2015) FGHT UTM
  21. Mohammad Ghazi Bin Ismail (2016) Effisiensi Pengurusan Air Tidak Berhasil (NRW) dalam Meningkatkan Sekuriti Bekalan Air di Negeri Kelantan. USM
  22. Noramidah Hamidon (2016) Future Reservoir Performance Projection Using Integrated Models in the Framework of Climate Change. FKA, UTM
  23. Steven Poh Tze Wei (2016) Soil based infiltration with simulation of rainfall-runoff modelling for ungauged catchment: Case study of Sungai Kedah (USM) – 3rd- viva
  24. Ahmed Saud Mohammed (2017) Evaporation Water Balance using Statistical Approach in Anbar Governorate,  Iraq (Faculty of Engineering USM)
  25. Mohammad Ghazi Bin Ismail (2016) Effisiensi Pengurusan Air Tidak Berhasil (NRW) dalam Meningkatkan Sekuriti Bekalan Air di Negeri Kelantan. USM (second Viva)
  26. Khamis Naba Sayl (2017). Rainwater Harvesting Quantification and Planning in an Arid Region using Geographic Information System and Remote Sensing Technologies. UKM. 9 Nov 2017
  27. Mubasher Hussain (2018) Climate Change Impact on Water Resources Availability and Hydropower Production in Sarawak, Malaysia. Universiti Teknologi Petronas (UTP), 5 Feb 2018
  28. Zulfaqar Sa’adi (2018). Spatiotempoal changes in climate and hydrology of Sarawak under different representative concentration pathway scenarios. UTM, May 2018.
  29. Mohd Fairuz Bachok (2018) Artificial Neural Network Model for Predicting Windstorm and the potential Damage. UTM, 11 June 2018
  30. Mohd Hilmi P Ramli (2018) Ramalan Hasilan Air dalam Tadahan Sungai Kelantan. UTM, 12 June 2018
  31. Nor Amirah Abu Seman (2018) Flow Pattern and Hydralic Characteristics of Hexagonal Modular as a Porous Bed Green Drainage System. USM.
  32. Roselan Abdul Rahman (2018) Pengaruh morfometrik dan air bumi ke atas hidrologi tadahan. (USM).
  33. Mohammed Sanusi Shiru (2019) Modelling impacts of climate change on meteorological drought during cropping seasons and groundwater sustainability. SKA, UTM