MOHAMED EL MRABET

- Conducted in-depth analysis of logistics flows, storage systems, and existing processes to identify improvement opportunities. - Actively contributed to warehouse re-layout projects to optimize space utilization and material flow. - Designed and implemented visual management tools and performance indicators. - Improved storage efficiency through zoning, ergonomics, and optimization of internal circulation paths. - Monitored inventory and supported the implementation of logistics KPIs.

- Development of Power BI dashboards for real-time monitoring of logistics KPIs. - Design of analytical models in Excel to anticipate procurement needs. - Identification and reduction of inefficiencies in Supply Chain processes. - Automation of data collection and consolidation → reliability and speed of reporting.

- Analyzed and optimized logistics processes by mapping workflows, identifying bottlenecks, and implementing Lean (DMAIC) initiatives to improve productivity and reduce costs. - Monitored performance indicators and coordinated with suppliers to enhance delivery reliability and improve quality as part of a continuous improvement approach. - Led the development of a CO₂ emissions management system (Scope 3), reducing reporting time by 30% and strengthening supply chain sustainability tracking.

- Led the full development of the “Professional Property Management Application” project, resulting in a 40% increase in operational efficiency of property management tasks. - Designed and implemented an intuitive interface for the “Professional Property Management” platform, which led to a 25% increase in user engagement and a 30% decrease in bounce rate. - Used the Agile Scrum methodology to manage project workflows, reducing time-to-market by 20% compared to traditional development methods. - Conducted rigorous testing and quality assurance processes, enabling a release with 90% fewer bugs and ensuring high customer satisfaction. - Continuously improved the platform by integrating feedback from the Scrum Master, resulting in an overall 20% performance improvement.

- Logistics optimization through service-oriented architectures, flow modeling, and simulation. - Business Intelligence (BI), data visualization, information systems integration, ERP and Supply Chain Management (SCM).

- Information systems, database management, ERP, adaptive supply chain, innovation management and digital transformation, operations research and artificial intelligence (Machine Learning, Deep Learning). - Proficient in advanced modeling, optimization, and simulation of logistical and industrial systems, integrating algorithms and statistics.

- Object-oriented programming (C++/Java), databases, dynamic web development, and operating systems (UNIX/Linux), applied to client/server architecture and computer networks. - UML modeling, TCP/IP networks, communication skills (English/Technical Communication), and completion of a final-year project integrating both technical and methodological knowledge.