Mohamed Salah Elmasoudi

• Designed EPM solutions enhancing project delivery with Microsoft Project Server and SharePoint

• Managed SharePoint 2019 environments including installation, configuration, and upgrades

• Built 10+ automated workflows and custom dashboards using SharePoint Designer and PowerShell, cutting manual processing time by 25%

• Delivered technical training to 20+ end users, reducing support tickets by 30%

• Offered user training, support, and technical documentation

• Architected end-to-end EPM solutions integrating Microsoft Project Server with SharePoint Online, delivering real-time
portfolio and resource visibility to C-level stakeholders across multiple departments.
• Designed and deployed SharePoint Online governance framework covering site provisioning, permission models, metadata
taxonomy, and content lifecycle management.
• Built 10+ automated workflows, KPI dashboards, and reporting pipelines using Power Automate and PowerShell, cutting
manual processing time by 25%.
• Integrated Microsoft Copilot into SharePoint Online and Microsoft 365 environment, enabling AI-driven knowledge
retrieval, document summarization, and accelerated project status reporting.
• Led hybrid SharePoint 2019 / SharePoint Online migration strategy — configuration, testing, and zero-downtime cutover —
adopted across 3+ departments within 2 months.

• Automated 20+ administrative and academic workflows using Power Apps, Power Automate, and Azure Logic Apps,
reducing manual effort by 35% across all faculties.
• Developed SharePoint Online portals and custom web applications (HTML, JavaScript, jQuery, REST APIs), replacing
legacy systems with scalable M365-native solutions.
• Implemented a centralized governance and security model across 50+ SharePoint Online sites — permissions, DLP policies,
content types, and retention schedules.
• Piloted Microsoft Copilot for administrative teams, integrating AI-assisted search and document generation into daily
SharePoint workflows.
• Delivered Power Platform and SharePoint Online training to 30+ staff, building internal self-service capability and reducing
IT support tickets significantly.

• Designed and deployed mission-critical internal portals using C#, ASP.NET, and SharePoint — covering 5 hospital
departments with zero critical downtime incidents.
• Maintained SharePoint farm environments at 99% system availability in a patient-care zero-tolerance operational
environment.
• Digitized 12+ clinical paper-based workflows through custom InfoPath forms and Power Automate integration, reducing
processing time by 40%. Implemented SharePoint-based document management and version control systems aligned with healthcare compliance
requirements.

• Planned and maintained SharePoint architecture supporting 300, 000+ user

• Administered SharePoint infrastructure, backup, recovery, and performance improvements achieving 99.9% uptime

• Integrated SharePoint with Oracle SSO supporting 10+ departments

• Supported end-user site creation and management across the university

• Planned and maintained enterprise SharePoint architecture supporting 300, 000+ active users — the largest academic
SharePoint platform in the region at that time.
• Integrated SharePoint with Oracle SSO across 10+ departments, enabling seamless federated authentication university
wide.
• Administered full infrastructure stack — SQL Server, Windows Server, backup, DR, and performance tuning — achieving
99.9% uptime over 3+ years.
• Developed C#/.NET custom web parts and workflows extending SharePoint capabilities across academic and administrative
portals.

• Deployed Oracle ERP and Retail Pro across 5+ branches, improving cross-branch operational efficiency by 30% and
reducing system downtime by 25% through proactive maintenance.

• Configured SharePoint services and Active Directory for 200+ users

• Maintained 98% uptime across Windows production environments

• Reduced system backup failures by 30% through improved backup scheduling and monitoring

• Configured SharePoint services and Active Directory for 200+ users; improved backup reliability by 30% through enhanced
scheduling and disaster recovery protocols