Professional Summary
Dr. Eng. KECHNIT Djamel is a Hydraulic Modeling and Water Resources Consultant, PhD researcher, and State Engineer in Hydraulics with advanced expertise in river hydraulics, hydrological modelling, large-scale hydraulic simulation, irrigation systems, water supply and sanitation, urban drainage, GIS, remote sensing, and digital water-management platforms. His professional profile combines high-level scientific research, practical engineering design, and software-based innovation for African water systems. He has worked across Algeria and the Democratic Republic of the Congo, contributing to municipal water infrastructure, urban sewerage networks, pressurized irrigation systems, river navigation tools, and large-river hydraulic modelling. In the Congo Basin, he developed and supported major digital and hydraulic modelling work, including the Congo River Navigator, a specialized decision-support application designed to improve commercial navigation safety on the Congo River. He also engineered a high-resolution HEC-RAS 2D hydraulic model covering approximately 1,740 km of the Congo River main stem, transforming complex depth, velocity, and flow simulations into practical tools for navigation, logistics, and water-resource operations. In Algeria, he contributed to drinking-water master planning, hydraulic network modelling, urban infrastructure studies, institutional hydraulic design, sewerage networks, and irrigation-system engineering. He also designed and developed a real-time irrigation management platform for centre-pivot agricultural systems, combining hydraulic design, monitoring, operational efficiency, and digital innovation. His profile represents a new generation of African water experts able to connect engineering, hydrology, digital tools, remote sensing, modelling, and practical infrastructure decision-making.
Key Expertise
Major Projects and Contributions
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Congo River Navigator Digital Application
Developed the Congo River Navigator, a specialized digital decision-support application designed to optimize commercial navigation safety, river-transport planning, and operational decision-making on the Congo River system. -
1,740 km HEC-RAS 2D Hydraulic Model of the Congo River
Engineered a high-resolution HEC-RAS 2D hydraulic model covering approximately 1,740 km of the Congo River main stem, transforming complex simulations of flow velocity, depth variation, and hydraulic conditions into practical navigation and water-resource decision-support outputs. -
Large-Scale River Hydraulics and Congo Basin Water Resources Research
Conducted advanced PhD and postdoctoral research on large-scale river hydraulics, predictive modelling, remote sensing, hydrological databases, and decision-making tools for river navigation and water-resource operations in the Congo Basin. -
Smart Irrigation Management Platform for Centre-Pivot Systems
Designed and developed a custom irrigation management platform for real-time monitoring of centre-pivot irrigation systems, optimizing water distribution, operational control, and agricultural water-use efficiency. -
Hydraulic Design and Product Management for Pivot Irrigation Systems
Led hydraulic dimensioning, technical design, and product lifecycle management for centre-pivot irrigation systems, translating engineering requirements into market-ready irrigation solutions for large-scale agricultural projects. -
Urban Water Supply and Sewerage Network Design in Algeria
Designed and dimensioned drinking-water supply, sewage, and utility networks for major urban and institutional developments in Algeria, including large residential housing projects, university infrastructure, banking education facilities, and public service institutions. -
Olympic Village Pressurized Irrigation Network, Oran
Executed technical design and hydraulic simulation for the Olympic Village irrigation system in Oran, optimizing pressure management, water distribution, and irrigation performance. -
Drinking Water Supply Master Planning and Hydraulic Network Modelling
Contributed to the Drinking Water Supply Master Plan for Tipaza, Algeria, developing and calibrating hydraulic distribution models to support long-term municipal water-resource security, network expansion, and public utility decision-making. -
Scientific Publications and International Expert Presentations
Authored and co-authored technical publications on large-river bathymetry, discharge estimation, hydraulic modelling, water distribution optimization, and digital river decision-support systems, and presented work at international water forums including Nile Basin and Congo Basin scientific events. -
Digital Innovation for African Water Infrastructure
Combines hydraulic modelling, GIS, remote sensing, Python, MATLAB, JavaScript, and engineering design to develop digital tools that support water infrastructure resilience, navigation safety, irrigation monitoring, and modern water-resource management across Africa.