Worked as Electrical Engineer and HSE Coordinator for USAID Sustainable Energy for Pakistan (SEP) Project
Responsibilities:
·      Site surveying of existing 400V and 11kV Electrical Distribution Networks in PESCO.
·      Design/Installation/Verification of WC and CT Operated AMR Meters.
·      Design proposals for replacement and new installation of ABC Cables on LT Networks.
·      Governing multiple suppliers to manage the project deliverables and acting as centralized point of contact.
·      Site Supervision, HSE issues identification, mitigation documents and procedures development.
·      Supporting the Engineering and Administrative team in various tasks including but not limited to Vehicle log keeping, site team coordination, office facilities arrangement and management, office supplies keeping, time and attendance keeping.
·      Facility management and coordinating with the authorities/vendors/suppliers.
·      Ordering consumable items and issuing Purchase Requests.
·      Arranging and attending meetings.
·      Drafting letters, emails, correspondences, staff notices and activities list.
·      Performing all other tasks for the smooth progress of project including all kinds of Engineering and Administrative tasks.

1. Performing engineering tasks using computer-assisted engineering methods and design software such as ETAP & AutoCAD.
2. Conducting research in the feasibility, design and operation of Electrical Power Upgrade, Electrical Infrastructure new Installations, HVAC and Precision Cooling, Fire Alarm and Fire Fighting, CCTV, Access Control System projects.
3. Evaluating tender documents & designing/proposing solutions as per the client requirements.
4. Supporting the Engineering team and Projects to ensure safety and compliance with the customer requirements.
5. Preparation of Electrical Design, SLDs, Equipment Layouts, Cable Sizing, Cable Tray Sizing, Circuit Breaker Sizing, Transformer and Genset sizing, and Equipment selection as per standards.
6. Reviewing and finalization of Electrical Synchronization Panel, Manual Over-Ride, UPS, Rectifiers, PFI Panel, AVRs, A.T.S, LV Switchboards & Switchgears etc. and other electrical equipment.
7. Communicating with clients, vendors, engineers, and other relevant parties to ensure the projects are on track.
8. Deployment of Electrical, Automation, Cooling, Fire Alarm & Fire Fighting and Data Center Projects including Design, Tendering, Procurement, Installation and all kinds of Approvals & Tests.
9. Attending Meetings, Delivering Presentations, Preparing Budgetary Quotations and Specification Documents.
10. Designing Infrastructure plans related to Electrical, Plumbing, Fire Alarm & Fire Fighting, Cooling, Civil etc.
11. Preparing RFPs, RFQs, BOQs, SLAs and Tender Documents for clients.
12. Suggesting expansion of Core & Data Centers by deeply studying the existing setup and devising methodologies to use the equipment at its maximum utilizable limit.
13. Identifying the criticalness of sites and inefficient equipment to upgrade/remove resulting in the increased reliability of existing Electrical Power System.
14. Defining Project Plans and Project Implementation Plans.
15. Making CAPEX vs OPEX comparisons for Electrical Power and Cooling Upgradation Projects.
16. Ensuring that the project outcomes and deliverables are aligned with the pre-identified objectives set in the beginning consisting but not limited to OPEX reduction and improved Power System efficiency.
17. Managing & supervising at a Managerial level the building plant operation projects for PTCL including but not limited to Power Systems, HVAC, Industrial & Precision Air-Conditioning, Fire Alarm & Fire Fighting, CCTV, BMS and other infrastructure.
18. Assigning and scheduling weekly & monthly Technical Teams rotation at sites.
19. Leading the Installation team for Projects Execution.
20. Supervising the Supervisors, Foremen, and Technicians for Installation, Repair, Operation and Maintenance works.
21. Supervising Monthly, Weekly & Daily walkthroughs of different O&M Projects.
22. Supervising Preventive and Corrective Maintenance Tests in different O&M Projects.
23. Recording Previous History and Due-Maintenance jobs for different Electrical Distribution, Power System Equipment, Air-Conditioning and other systems involved.
24. Actively co-ordinating with team and other 3rd party vendors as/when need arises.
25. Visiting in-hand O&M Projects on regular basis to keep check on our site based team and ensuring the optimum level of work being carried out for client satisfaction.

Worked as Electrical Design & Project Engineer.
Simultaneously responsible for leading the sales department for DEIF & Beckhoff Components

Responsibilities:
• Preparation of Substation SLDs, Equipment & Trench Layout, Cable Tray and Lighting & Power Layout drawings.
• Design & review of MV & LV Switchgear schematics and coordination with Vendor for Manufacturing.
• Design of Bus Transfer scheme for Incomers & Bus-Tie of MV & LV Switchgears.
• DC System and Battery sizing using IEEE-485 standard.
• Earthing Grid Design & calculations using IEEE-80 standard.
• Lux level calculation and complete Lighting System Design using DiaLux Software.
• Load Flow Analysis, Short Circuit and Voltage Drop Calculations study using ETAP.
• Fire Alarm System design & Installation for substations.
• Preparation of AC, DC and Lighting Contactor Panel Schedules.
• Cable Tray routing and coordination with lighting system, fire alarm, firefighting and HVAC system to avoid clashes during execution.
• Cable sizing, Cable tray sizing and equipment layouts.
• Design & Installation of Reduced Substation Automation system termed as Mini SCADA.
• Development of PLCs Programming using Ladder Logic, Structured Text and Zenon HMI Program.
• Preparation & reviewing of Cost Estimation, BOQ, Vendor Documents and other technical documents.
• Leading the Installation team of technicians for Aramco Projects till the project completion on site.
• Abiding to the project schedule by studying project plans and specifications, calculating time requirements and sequencing project elements.
• Preparing Red Marked Drawings and As-Built Drawings for final submission to the client.
• Developing and reviewing the technical specifications, drawings and equipment standards.
• Attending Job Ex-Meetings & Presentations, Kick-off Meetings & weekly client meetings for the smooth progression of the project.
• Equipment and Material selection, Materials specifications.

Worked as Electrical Engineer for USAID Power Distribution Program Project

Responsibilities:
1. Analyzing the existing electricity distribution network by using softwares such as Feeder Analysis (FDRANA), ArcGIS and SynergEE Electric.
2. Load flow analysis and studies of 11kV HT and 400V LT network.
3. Sites selection and installation of Completely Self Protected (CSP) Transformers.
4. Proposal generation for Re-Conductoring, HT and LT networks loss reduction using SynerGEE Electric Software & GIS (Geographical Information System).
5. Working as QA/QC at various levels of the Power distribution program.
6. Verification of AMR Meters (Automatic Meter Reading) under LDI (Load Data Improvement) project.
7. Cost estimation for HT and LT proposals and developing Benefit to Cost ratio sheets.
8. Monitoring physical progress against key deliverables and track trends on schedule overrun.
9. Providing monthly progress updates, forecasting completion together with the critical path and trend analysis.
10. Reviewing the work schedule with respect to project progress.

1. Electrical load schedule, Cable schedule preparation.
2. Cable sizing, Cable tray sizing and equipment layouts.
3. Preparing Single line diagram, Lighting, Power and Conduit layouts.
4. Supervision of wiring methods, installation of equipment (lighting fixtures, wiring devices, auxiliary equipment, transformers, generator sets, SMDB’s and its accessories, all type of DB’s & their cabling connection, cable tray etc.)
5. Estimating material, construction, labor costs, and project timescale.

Responsibilities:
1. Informing the engineers in case of any failure at the substations.
2. In case of knowing about the requirement of transformers, circuit breakers or any other equipment to be installed anywhere, coordinating with the inventory and giving details of the available equipment.
3. Understanding the role of rectifiers, capacitors, circuit breakers, isolators, transformers and other equipment.

Responsibilities:
1. Monitoring the control room.
2. Taking readings of the Generated Voltage, Transmitted Voltage, Delivered current and other perimeters.
3. Constantly checking the temperature of the transformers to make sure they don’t exceed their operating limit.
4. Reading the load management schedule & accordingly delivering power to the consumers by connecting and disconnecting their feeders.