This course, designed by Dr. Ayoub Barkat for the 2025–2026 academic year at Mohamed Khider University of Biskra, aims to equip students with the expertise needed to accurately estimate aquifer volumes and achieve technical mastery over every stage of borehole construction, from initial planning to final completion. The curriculum is deeply rooted in hydrogeological principles, requiring a foundational understanding of geological formations and subsurface water behavior. The program begins with an in-depth exploration of aquifer types classified by hydrodynamic, geologic, and void type criteria and the governing physical laws of hydrogeology, specifically Darcy's Law and the derivation of diffusivity equations for various environments. Students gain specialized knowledge in hydraulic boreholes, learning to analyze the cone of depression and utilize the Thiem method for calculating discharge. Beyond theoretical modeling, the syllabus emphasizes the practical execution of production drilling, covering a wide range of techniques such as percussion, auger, rotary, and Down The Hole hammer drilling. Additionally, the program provides professional training on critical well infrastructure, including the design and installation of tubular equipment such as casing and screens, the calculation of gravel filter packs, and the diverse roles of drilling muds. Furthermore, students are trained in essential well completion processes, such as cementing and development, to ensure long term productivity and safety. By the end of the course, participants are expected to be proficient in site organization, machinery selection, and the application of specialized engineering techniques to professionally capture and develop natural water sources.
- منشئ المقرر: Ayoub BARKAT