Mohamed Karim Slaimi

Contributed to the development of a new time management system to enhance employee productivity and streamline project tracking. Designed and developed multiple Proof of Concepts (POCs) for new product initiatives, enabling rapid validation of technical feasibility and informing strategic decision-making. Engineered automated scheduled jobs using Windows Worker Service to handle routine data processing and system maintenance tasks. Architected and delivered an offline-capable map module for a secure web application, enabling personnel to access and interact with geospatial data and asset plans in low-connectivity environments.

Reduced system response time by 40% for over 10,000 users by optimizing REST APIs and implementing caching strategies. Decreased technical debt across projects by architecting a centralized SonarQube analytics platform, saving manual review time. Improved code coverage by leading targeted testing initiatives and engineered a Talend-based data pipeline to automate mass updates for enterprise-scale systems. Enhanced the Electronic Document Management (EDM) system with faster retrieval and reduced storage costs through data pipeline improvements.

Reduced system response time by 40% for over 10,000 users by optimizing REST APIs and implementing caching strategies. Decreased technical debt by 35% across 50+ projects by architecting a centralized SonarQube analytics platform that automated quality metric collection, saving over 20 hours of manual review per week. Improved code coverage from 20% to 75% by leading targeted testing initiatives. Engineered a Talend-based data pipeline with robust validation and sub-job workflows to automate mass data updates for enterprise-scale systems. Enhanced the Electronic Document Management (EDM) system, achieving 50% faster document retrieval and a 30% reduction in storage costs.