SUMMARY OF QUALIFICATIONS:
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My key responsibilities are to prepare design schemes & detailed engineering related to Electrical Power and Low current/ELV systems of variety of buildings i.e. residential, commercial, educational, airports, leisure facilities, infrastructure, health care, industrial, high rise buildings etc...
Expertise in below mentioned computer based engineering analysis tools/ application Softwares such as
- Indoor Lighting (CIBSE) - DIALUX,
- Outdoor Street Lighting (BS 5489-1, BS EN 13201-2, CIE-115) - DIALUX, Schreder - Ulysse 2.1, CALCULUX
- Outdoor Sports Lighting - CALCULUX
- Short Circuit Calculation - ETAP
- Generator sizing - Caterpillar Electric power specsizer, Kohler quick size
- Elevator (Lift) Traffic Design (BS 5655-6, BS ISO 4190-1, BS EN 81-1) - ELEVATE
- Lightning protection System - Strike Risk 4.0 (BS 62305-2), IEC Risk Assessment Calculator and learning & implementing Revit MEP-2009, ETAP.
v Carrying out following electrical Power, Low current/LV system design using above mentioned softwares,
- Lighting lux (illumination) level calculation (CIBSE/IESNA)
- Power distribution systems
- Cable sizing and selection, Preparation cable schedule, cable tray/trench Sizing
- Voltage drop & Short circuit calculation
- Motor control center/ Panel (MCC/MCP) (based on NEC article- 430) Sizing, MCC main feeder, breaker Sizing, Preparation of MCC Schedule
- Load Calculation, Preparation of load schedule
- Transformer Sizing, Generator, UPS Sizing
- Switchgear design, Capacitor bank/APFC panel (for Power factor improvement) Sizing
- Substation design
- Preparation of Single line/one line/Schematic diagram for power distribution
- Earthing design (BS 7430)
- Lightning protection system (BS 62305)
- Fire detection and alarm system design (NFPA-72, 101, BS 5839-1)
- Public Address system,
- Data Communications and Structured Cabling Networks
- Access control & Security (CCTV) System
- Elevator design (BS 5655-6, BS ISO 4190-1, BS EN 81-1) [traffic analyses studies to determine the quantity, type, speed, capacity & other parameters of vertical transportation equipment]
- Escalator design (BS EN 115, BS 5656-2) .
v Preparation of Specification, design reports, Bill of quantities (BOQ), design calculations/equipment selection, layout engineering
v Review shop drawings/Vendor drawings/Material submittal (800 shop drawings reviewed for PNU, KSA).
v Implement, manage and control the Project Electrical Quality Assurance Plan
v Coordinate Electrical work with Architectural, Civil, Structural, Mechanical and
specialist disciplines.
v Attend weekly Project review meetings and report on Electrical work.
v Working with NEC (NFPA-70, 72), BS-7671, IEC, LEED, CIBSE, CIE, IESNA, KAHRAMAA, DEWA, SEC and IEE Wiring regulation – 17th edition and computer application software like ETAP.
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OBJECTIVE:
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To work in a globally competitive environment on challenging assignments that shall yield the twin benefits of the job satisfaction and a steady-paced professional growth.
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WORK EXPERIENCE:
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Tilke & Partners W.L.L. Dec. 2010 Onwards
Now, I am working as Senior Electrical Design Engineer in Tilke & Partners W.L.L. (German Based MNC), Kingdom of Bahrain. Here my key responsibilities are to prepare design schemes & detailed engineering related to Electrical Power and Low current/ELV systems of health care (Hospitals) buildings.
Expertise in below mentioned computer based engineering analysis tools/ application Softwares such as
- Short Circuit & Voltage drop Calculation/Breaker Discrimination Study – Simaris 6.0.
v Carrying out following electrical Power, Low current/LV system design:
- Cable sizing and selection, Preparation cable schedule, cable tray/trench Sizing
- Voltage drop & Short circuit calculation
- Relay coordination/Breaker time current setting (L.S.I.G Protection) using SIMARIS
- Motor control center/ Panel (MCC/MCP) (based on NEC article- 430) Sizing, MCC main feeder, breaker Sizing, Preparation of MCC Schedule
- Emergency central battery system (ECBS) design
- Load Calculation, Preparation of load schedule
- Transformer Sizing, Generator, UPS Sizing
- Substation design (33KV, 11KV System)
- Preparation of Single line/one line/Schematic diagram for power distribution
- Lighting control, BMS design
v Working with HTM (Health Technical Memorandum), ADDC, ADEWA, HAAD, ESTIDAMA, NFPA, Civil Defense & British Standards.
Projects Handled:
v Shaikh khalifa Medical City, Abu Dhabi (UAE) [800 Bed Hospital, Project Value: US $ 800 million. Client: SEHA. Best Sustainable Project in 2012. The Sheikh Khalifa Medical City (SKMC) is a 246,250 square meter 800 -bed medical complex in the heart of Abu Dhabi. Conceived as "three hospitals under one roof," this medical complex combine a General Hospital, with a level 1 trauma center, and tertiary Women's and Pediatric Hospitals]
v Rehablitation Centre, Abu Dhabi (UAE) [200 Bed Hospital, Project Value: US $ 100 million. Client: SEHA. The Abu Dhabi Medical Rehabilitation Centre is an unique standalone healthcare facility, located in the development area of Khalifa City ‘A’ in front of Al Raha Gardens. The Rehabilitation Center is designed as standalone building with one and a half basement levels, five stories including a technical plant level and also having plant Buildings. The Rehabilitation building will provide about 200 beds]
Membership:
v License from Committee for Organising Engineering Professional Practice (COEPP), Ministry of Works, Kingdom of Bahrain.
Dar Al-Handasah Oct. 2007 – Dec. 2010
Dar Al-Handasah (Shair and Partners) has been a pioneering force in the design of projects in the Middle East and Asia since its beginnings in 1956. Global consultancy with 45 offices in 30 countries. Consultancy services to more than 800 clients in 60 countries, and have handled projects involving a total investment of over US$ 134 billion.
I was working as Senior Electrical Design Engineer in Dar Al-Handasah (International Top-10 Design firm; Source: ENR report), Cairo (Egypt) & Pune (India). Here my key responsibilities were to prepare design schemes & detailed engineering related to Electrical Power and Low current/ELV systems of variety of buildings i.e. residential, commercial, educational, airports, leisure facilities, infrastructure, health care, industrial, high rise buildings etc...
Expertise in below mentioned computer based engineering analysis tools/ application Softwares such as
- Indoor Lighting (CIBSE) - DIALUX,
- Outdoor Street Lighting (BS 5489-1, BS EN 13201-2, CIE-115) - DIALUX, Schreder - Ulysse 2.1, CALCULUX
- Outdoor Sports Lighting - CALCULUX
- Short Circuit Calculation - ETAP
- Generator sizing - Caterpillar Electric power specsizer, Kohler quick size
- Elevator (Lift) Traffic Design (BS 5655-6, BS ISO 4190-1, BS EN 81-1) - ELEVATE
- Lightning protection System - Strike Risk 4.0 (BS 62305-2), IEC Risk Assessment Calculator and learning & implementing Revit MEP-2009, ETAP.
v Carrying out following electrical Power, Low current/LV system design using above mentioned softwares,
- Lighting lux (illumination) level calculation (CIBSE/IESNA)
- Power distribution systems
- Cable sizing and selection, Preparation cable schedule, cable tray/trench Sizing
- Voltage drop & Short circuit calculation
- Motor control center/ Panel (MCC/MCP) (based on NEC article- 430) Sizing, MCC main feeder, breaker Sizing, Preparation of MCC Schedule
- Load Calculation, Preparation of load schedule
- Transformer Sizing, Generator, UPS Sizing
- Switchgear design, Capacitor bank/APFC panel (for Power factor improvement) Sizing
- Substation design
- Preparation of Single line/one line/Schematic diagram for power distribution
- Earthing design (BS 7430)
- Lightning protection system (BS 62305)
- Fire detection and alarm system design (NFPA-72, 101, BS 5839-1)
- Public Address system,
- Data Communications and Structured Cabling Networks
- Access control & Security (CCTV) System
- Elevator design (BS 5655-6, BS ISO 4190-1, BS EN 81-1) [traffic analyses studies to determine the quantity, type, speed, capacity & other parameters of vertical transportation equipment]
- Escalator design (BS EN 115, BS 5656-2) .
v Preparation of Specification, design reports, Bill of quantities (BOQ), design calculations/equipment selection, layout engineering
v Review shop drawings/Vendor drawings/Material submittal (800 shop drawings reviewed for PNU, KSA).
v Implement, manage and control the Project Electrical Quality Assurance Plan
v Coordinate Electrical work with Architectural, Civil, Structural, Mechanical and
specialist disciplines.
v Attend weekly Project review meetings and report on Electrical work.
v Working with NEC (NFPA-70, 72), BS-7671, IEC, LEED, CIBSE, CIE, IESNA, KAHRAMAA, DEWA, SEC and IEE Wiring regulation – 17th edition and computer application software like ETAP.
Projects Handled:
v Riyadh University (PNU), Saudi Arabia [Project Value: US $ 11.5 billion. Client: Ministry of Finance, KSA. The project for construction of a new university for women. The university is to cover 8 millions m2 and located on King Khalid International Airport Road north of Riyadh. The total built up area is 3 million m2. The university includes administration buildings, 13 faculties, a 700-bed student hospital, laboratories, research centers and a residential area that includes accommodation for students and staff. The capacity of the university is around 26,000 students.]
v Floresta and LPVS Retail, The Pearl – Qatar [Project Value: US $ 175 million. Client: UDC, Qatar. This Located east of Viva Bahriya is one of the most prized locations on the island - Floresta Gardens, Qatar. Home to an estimated 1,400 residents, consisting of 285 apartments and 100 townhouses, this precinct’s master concept revolves around a concentric introvert, coliseum style layout.]
v Khalifa Olympic Stadium - East stand, Qatar
v La Plage South at the Pearl, The Pearl - Qatar
v Riyadh University (PNU) Supervision (Shop drawings review), Saudi Arabia
v Project Management and Design Services for the Ministry of Interior, Saudi Arabia
v Via Expressa Luanda - Cacuaco – Kifangondo, Angola
v Happy Land city Infrastructure works, Yemen
v BidBid – Sur Infrastructure, Oman
Overseas Exposure:
v 1 year work overseas experience in Cairo, Egypt (GCC).
L&T ECC Up to Sep.2007
Larsen & Toubro Limited (L&T) is largest engineering and construction conglomerate over 6 decades. L&T is brand image in India and its international presence is on the rise, with a global spread of over 30 offices and joint ventures with world leaders. ECC Division of L&T - is India's largest construction organization. Many of the country's prized landmarks - its exquisite buildings, tallest structures, largest industrial projects, longest flyovers, highest viaducts - have been built by ECC.
I was working as a Senior Electrical Design Engineer in L&T - ECC Division (Turnover - US$ 11.5 Billion), Chennai (India). Here my key responsibilities were carrying out design calculations on a variety of buildings i.e. Airports, residential, commercial, educational, high rise buildings etc…
v Design of electrical system, Indoor/Outdoor lighting lux level calculation, power distribution systems, earthing design, protection system, preparation of cable schedule, load schedule.
v Experience in designing high & low voltage systems with single line diagram.
v Preparation of specification, bill of quantities (BOQ), design calculations/ equipment selection, layout engineering.
v Working with NEC, IS, NBC, IEC, LEED Standards and computer application software like ETAP.
Projects Handled:
v Hyderabad International Airport Limited, India (HIAL) [Project Value: US $ 625 million. Client: GMR]
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EDUCATION & CERTIFICATION:
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Educational
Qualifications
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Discipline
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Year of Passing
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Board/Institution
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CLASS
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M. Tech
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Electrical (Measurement & Instrumentation)
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2006
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IIT Roorkee
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First Class
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B.E.
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Electrical &
Electronics
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2003
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University of Madras
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First Class
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Twelfth Class
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PCM
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1999
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St. Ann's Hr. Sec. School (TN)
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First Class with Distinction
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Tenth Class
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None of the above
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1997
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St. Ann's Hr. Sec. School (TN)
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First Class with Distinction
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