Dr. Amine Diaf

Delivered comprehensive lectures and tutorials across 6 core hydraulics subjects, including Head Flow, Sanitation, Water Saving, Numerical Modeling, and Simulation, totaling over 180 annual contact hours.

Mentored and supervised over 8 Master's End-of-Studies dissertation projects, guiding students through complex research on water erosion risk, solid transport, and wastewater treatment systems.

Served as a jury member for 5 Master's thesis defenses and internships, evaluating student research and practical application of hydraulic engineering principles.

Coordinated and executed scientific outings to critical water infrastructure sites, including the Tafna intake and Dzioua Ain Temouchent treatment plant, enhancing practical learning for urban hydraulics students.

Actively contributed to the EOLE scientific research laboratory and participated in a university research project focused on identifying and quantifying sediment sources and their impact on reservoir siltation.

Oversaw daily operations and resource allocation for the center, optimizing workflows to ensure effective sanitation services for the community.

Implemented operational improvements that enhanced service delivery and compliance with national sanitation regulations.

Managed cross-functional teams, fostering collaboration to achieve operational targets and maintain high standards of public health infrastructure.

Monitored performance metrics and prepared comprehensive reports for senior leadership, contributing to strategic planning and resource management.

Led and managed the sales department, developing and executing sales strategies for hydraulics equipment and services.

Cultivated client relationships and negotiated contracts, contributing to significant revenue generation.

Provided technical expertise and solutions to clients, ensuring product offerings met specific hydraulic engineering requirements.

Analyzed market trends and competitor activities to identify new business opportunities and inform sales forecasting.

Managed and monitored critical hydraulics projects, ensuring successful execution from planning to completion.

Conducted on-site inspections and quality control to ensure project compliance with engineering designs and industry standards.

Collaborated with project teams and stakeholders to resolve technical challenges and maintain project schedules.

Prepared detailed progress reports and technical documentation, providing transparent communication to project leadership.