- Hydraulic modelling (CFD) of the Pomalaa seawater pumping station (13800 m3/hr), Pomalaa Indonesia, Beaudrey (France) and Somitomo Heavy Industries - Witnessing physical model tests for Takoradi T1 seawater pumping station (27000 m3/hr) at Busan marine hydraulic lab as clients engineer- Hydraulic modelling (CFD) of the Central Island seawater pumping station (36000 m3/hr), The Upper Zakum, Abu Dhabi, UAE. Artelia Group and Technip. - Hydraulic modelling (CFD) of the Satellite Island seawater pumping station (6840 m3/hr), The Upper Zakum, Abu Dhabi, UAE. Artelia Group and Technip.

- Water hammer (surge) analysis for fire system rising main to test the system against below identified flows and operation scenarios and provide mitigation. Port Hedland, WA, Australia. - Developing the concept design for a new vortex drop shaft and energy dissipater chamber to replace the existing drop shaft. New design will provide capacity to pass 5000 L/s. Blue Mountain, NSW, Australia, Sydney Water- Hydraulic design and CFD modelling for the upgrade of an existing pump station and rising mains to double the effective capacity. 27 extension arrangements have been investigated by CFD model until the final solution converged. Dumbleton Raw Water Supply System, Qld, Australia. - Hydraulic modelling (CFD) of the Humboldt drop shaft to assess the impact of the drop shaft on air volume discharged into downstream tunnel. Los Angeles, California, USA - Hydraulic modeling (CFD) of the Booster pumps station, Melbourne Desalination Plant, Victoria. - Hydraulic modeling (CFD) of the DMPF Feed Pump Tank, Melbourne Desalination Plant, Victoria. A CFD model developed for Feed tank with 21 pumps and 58000 m3/hr flow rate. - Hydraulic modeling (CFD) of the sea water lift pumps, Melbourne Desalination Plant, Victoria. - Hydraulic modeling (CFD) for Mpanga run-off-river Hydropower project, Uganda. - Hydraulic design for 11km pipeline, Appin, NSW, Sydney Water. - Hydraulic modelling (CFD) of the Reservoir inlet/outlet structure, Channel outlet and pump station manifolds, Eraring, NSW, Eraring Power Plant. - Hydraulic modelling (CFD) of the pump station inlet, BlueScope Port Kembla Steelworks, NSW, BlueScope. - Hydraulic modelling (CFD) of vortex drop structure and vortex shaft, Winmalee tunnel Blue mountain, NSW, Sydney Water. - Hydraulic modeling (CFD) and redesign of Eaton street pump station, North Sydney Sewerage, NSW, Sydney Water. - Hydraulic design for 18MW Kulaman run-of-river Hydropower plant, Mindanao Island, Philippine.

- Studies of Hydraulic Model for hydropower intake of Seymareh Dam (480 MW), Iran, IWPC. - Studies of Hydraulic Model for Operating Gates of Hydropower Conveyance Tunnel of Seymareh Dam, Iran, IWPC. Checked the cavitation in gates and determined the size of aeration shaft. - Studies of Hydraulic Model of Karun 4 Dam, Iran, IWPC. - Studies of Hydraulic Model for 8*250 MW hydropower Intake of Karun3 Dam, Iran, IWPC. Optimized the flow path and prevented it from making vortex around the intake. - Numerical Modelling of spillway flows for the Kamal Saleh Dam, Iran, Tehran Water Authority. - Physical Model studies of the Sadra Dam, Iran, Melli Sakhteman Co. Conducted several studies on a 1:40 model to determine the best geometry for its flip bucket. Q=2300 m3s-1.- Physical Model studies of the bottom outlet of the Rais Ali Dam, Iran, Mahab Ghods Co. Determined the impact of vibration on gate plates, assessed the cavitation index and optimized the size of the aeration shaft using a 1:15 model. - Physical model studies of Vaniar Dam, Iran, Ghodsniroo Co. Conducted several studies on a 1:40 model to improve hydraulic behavior of its side spillway and chute canal. Q=1500m3s-1. - Numerical Modeling of spillway flow of Ghir Dam, Iran, Mahab Ghods Co. Conducted several studies with Flow3D to optimise the chute slope and shape of piers in addition to the main physical model (1:55) studies. - Physical Model Studies of the Upper Gotvand Dam, Iran, IWPC. Assessed four variants of spillway and flip bucket geometry and tested spillway capacity of 16000 m3s-1.- Sistan River Flood Warning and Emergency Plan Project, Iran. modeling the Sistan River using the ISIS model. The study applied a 1D-2D Sobek model to assess flooding of the river’s flood plain. - Numerical 3D Modeling of Intake and outfall of Cooling Water for the Assaluyeh Petrochemical Plant, Iran, NIOC . Researched locations to for intake and outfall of cooling system with CFD.

- Design of Darband stormwater channel - Design of water supply network for Abhar and Takistan cities - Design of Velenjak stormwater channel - Design of Firooz Abad stormwater channel - Preparation of Tehran’s stormwater master plan - Design of Stormwater Network for the 16th Province of Tehran