MOHAMMED RAMIN

Lead electrical engineering execution for high-rise residential buildings, villa compounds, schools, and infrastructure developments.
Managed electrical installation and commissioning for 10+ large-scale projects including 21-storey and 10-storey high-rise buildings
and 63-villa residential developments.
Designed and reviewed Single Line Diagrams (SLD), load schedules, panel schedules, and distribution layouts in compliance with
GCC authority regulations.
Prepared detailed BOQs and material take-offs, improving procurement accuracy and reducing cost overruns by approximately 12%.
Supervised site teams of 15-25 electricians and subcontractors, achieving 100% safety compliance and zero major incidents.
Coordinated with consultants and project managers to resolve technical issues, reducing design revisions by 20%.
Conducted testing and commissioning of LV panels, MDBs, SMDBs, and final DBs to ensure operational reliability.
Prepared load submission documents and completion reports for authority approvals.
Major Projects: 21 Storey Building - Burhama | 10 Storey Building - Seef | 63 Villas Development | Muharraq City Development
Phase 1 | Multiple Villa Compounds - Saar and Hamala

Specialized in LV panel design, estimation, and switchgear systems for government and private sector projects.
Engineered and estimated LV switchgear panels for utility and industrial projects.
Prepared techno-commercial proposals and quotations supporting competitive bid submissions.
Handled projects involving EWA, BAPCO, TATWEER, and Ministry of Works specifications.
Reviewed consultant drawings and ensured full compliance with technical standards.
Conducted equipment inspection and installation verification to ensure alignment with approved drawings.
Improved installation productivity by 15% through optimized manpower planning and workflow coordination.

Assisted in electrical system design including load calculations, cable sizing, and voltage drop analysis.
Performed fault current analysis to enhance system safety and reliability.
Developed AutoCAD electrical drawings and technical documentation.
Supported site supervision and troubleshooting activities to reduce downtime and improve system performance.
Coordinated with civil and mechanical teams to ensure seamless MEP integration.