HELLOVG SYSTEMS // CV TERMINALBUILD 86.09 // ONLINE
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Engineering reliable ERP systems from architecture through operations.
Enterprise software engineer with 16+ years of experience across ERP delivery, modernization, and production operations. I design maintainable .NET and SQL Server systems, improve reliability and release workflows, and apply AI only where it makes business processes measurably clearer or faster.
Lead engineering support and operations for business-critical ERP applications and infrastructure, combining modernization delivery with production ownership.
›Architected and executed legacy-system migrations to modern cloud infrastructure with zero downtime.
›Introduced automated deployment pipelines that reduced release cycles by 75%.
›Established proactive monitoring and incident practices that reduced critical system downtime by 90%.
›Mentor technical teams and define reliability, performance, and supportability standards across ERP products.
Senior Software Engineer
Al Amthal Group BSC Closed, Manama, Bahrain
2012 — 2016
Led architecture and feature delivery for ERP products spanning payroll, accounting, and inventory operations.
›Designed a payroll engine for complex calculations, statutory deductions, and multi-jurisdiction requirements.
›Architected a multi-company accounting module with real-time general ledger processing and regulatory reporting.
›Led inventory features for warehouse optimization, real-time tracking, and automated reordering.
›Established architecture and code-quality practices adopted across the development team.
Software Engineer
Al Amthal Group BSC Closed, Manama, Bahrain
2008 — 2012
Core development team member contributing to the design and implementation of ERP modules. Gained deep expertise in enterprise software architecture, database optimization, and business logic implementation across payroll, accounting, and inventory domains.
›Built and maintained business-critical modules across payroll, accounting, and inventory.
›Improved SQL Server data access and translated complex operating rules into maintainable application logic.