Dear Respected Sir,
I am forwarding my CV for a Solar Power Plant Installation / Service in Gujarat State or Any Part of India ( Ready to Travel).
Experienced in Solar power plant Field Work (Total Experience: 4.5 years, 3.5 years in Solar Power Plant Project Engineer ( Electrical) ) . I have great skills in solar Power Plant:commissioning and O&M activities, special 100 KW & more solar Power Plant. I want to work on MW solar power Plant project. Please go through my resume attached with this mail.
I have done graduation in B. E. in Electronics & Communication, I have rich skill in Solar Power Plant Electrical PROJECTS and Electrical Grid Power Commissioning, Inspection with Government Chief Electrical Inspector with CAD Drawings, Electrical Safety Rules, and International Standards ( IS) Rules for Project Approval and Project Commissioning.
Currently, on going Solar Rooftop installation of 220 KW on industrial Tin Roof Structure at two locations in Ahmadabad, Gujarat state.
I have good skills in communication and computer network knowledge.
Current CTC: 2.7
Expected CTC: According to your company standards.
Ready to travel to distant sites for inspection & service. Good communication in English. Willing to relocate and travel international ( Passport Ready)
Interested to work sincerely for the growth of the organization and accept Challenges.
Thanking you
With regards,
Mr. Graceson Jacob
Sector 3D,
GANDHINAGAR,
Gujarat
India.
Mob:09824104095 / 09408707445
Design and analysis of an on board electric vehicle charger for wide battery ...Asoka Technologies
The scarcity of fossil fuel and the increased pollution leads the use of Electric Vehicles (EV) and Hybrid Electric Vehicles (HEV) instead of conventional Internal Combustion (IC) engine vehicles. An Electric Vehicle requires an on-board charger (OBC) to charge the propulsion battery. The objective of the project work is to design a multifunctional on-board charger that can charge the propulsion battery when the Electric Vehicle (EV) connected to the grid. In this case, the OBC plays an AC-DC converter. The surplus energy of the propulsion battery can be supplied to the grid, in this case, the OBC plays as an inverter. The auxiliary battery can be charged via the propulsion battery when PEV is in driving stage. In this case, the OBC plays like a low voltage DC-DC converter (LDC). An OBC is designed with Boost PFC converter at the first stage to obtain unity power factor with low Total Harmonic Distortion (THD) and a Bi-directional DC-DC converter to regulate the charging voltage and current of the propulsion battery. The battery is a Li-Ion battery with a nominal voltage of 360 V and can be charged from depleted voltage of 320 V to a fully charged condition of 420 V. The function of the second stage DC-DC converter is to charge the battery in a Constant Current and Constant Voltage manner. While in driving condition of the battery the OBC operates as an LDC to charge the Auxiliary battery of the vehicle whose voltage is around 12 V. In LDC operation the Bi-Directional DC-DC converter works in Vehicle to Grid (V2G) mode. A 1KW prototype of multifunctional OBC is designed and simulated in MATLAB/Simulink. The power factor obtained at full load is 0.999 with a THD of 3.65 %. The Battery is charged in A CC mode from 320 V to 420 V with a constant battery current of 2.38 A and the charging is switched into CV mode until the battery current falls below 0.24 A. An LDC is designed to charge a 12 V auxiliary battery with CV mode from the high voltage propulsion battery.
Better Builder Magazine brings together premium product manufactures and leading builders to create better differentiated homes and buildings that use less energy, save water and reduce our impact on the environment. The magazine is published four times a year.
Dear Respected Sir,
I am forwarding my CV for a Solar Power Plant Installation / Service in Gujarat State or Any Part of India ( Ready to Travel).
Experienced in Solar power plant Field Work (Total Experience: 4.5 years, 3.5 years in Solar Power Plant Project Engineer ( Electrical) ) . I have great skills in solar Power Plant:commissioning and O&M activities, special 100 KW & more solar Power Plant. I want to work on MW solar power Plant project. Please go through my resume attached with this mail.
I have done graduation in B. E. in Electronics & Communication, I have rich skill in Solar Power Plant Electrical PROJECTS and Electrical Grid Power Commissioning, Inspection with Government Chief Electrical Inspector with CAD Drawings, Electrical Safety Rules, and International Standards ( IS) Rules for Project Approval and Project Commissioning.
Currently, on going Solar Rooftop installation of 220 KW on industrial Tin Roof Structure at two locations in Ahmadabad, Gujarat state.
I have good skills in communication and computer network knowledge.
Current CTC: 2.7
Expected CTC: According to your company standards.
Ready to travel to distant sites for inspection & service. Good communication in English. Willing to relocate and travel international ( Passport Ready)
Interested to work sincerely for the growth of the organization and accept Challenges.
Thanking you
With regards,
Mr. Graceson Jacob
Sector 3D,
GANDHINAGAR,
Gujarat
India.
Mob:09824104095 / 09408707445
Design and analysis of an on board electric vehicle charger for wide battery ...Asoka Technologies
The scarcity of fossil fuel and the increased pollution leads the use of Electric Vehicles (EV) and Hybrid Electric Vehicles (HEV) instead of conventional Internal Combustion (IC) engine vehicles. An Electric Vehicle requires an on-board charger (OBC) to charge the propulsion battery. The objective of the project work is to design a multifunctional on-board charger that can charge the propulsion battery when the Electric Vehicle (EV) connected to the grid. In this case, the OBC plays an AC-DC converter. The surplus energy of the propulsion battery can be supplied to the grid, in this case, the OBC plays as an inverter. The auxiliary battery can be charged via the propulsion battery when PEV is in driving stage. In this case, the OBC plays like a low voltage DC-DC converter (LDC). An OBC is designed with Boost PFC converter at the first stage to obtain unity power factor with low Total Harmonic Distortion (THD) and a Bi-directional DC-DC converter to regulate the charging voltage and current of the propulsion battery. The battery is a Li-Ion battery with a nominal voltage of 360 V and can be charged from depleted voltage of 320 V to a fully charged condition of 420 V. The function of the second stage DC-DC converter is to charge the battery in a Constant Current and Constant Voltage manner. While in driving condition of the battery the OBC operates as an LDC to charge the Auxiliary battery of the vehicle whose voltage is around 12 V. In LDC operation the Bi-Directional DC-DC converter works in Vehicle to Grid (V2G) mode. A 1KW prototype of multifunctional OBC is designed and simulated in MATLAB/Simulink. The power factor obtained at full load is 0.999 with a THD of 3.65 %. The Battery is charged in A CC mode from 320 V to 420 V with a constant battery current of 2.38 A and the charging is switched into CV mode until the battery current falls below 0.24 A. An LDC is designed to charge a 12 V auxiliary battery with CV mode from the high voltage propulsion battery.
Better Builder Magazine brings together premium product manufactures and leading builders to create better differentiated homes and buildings that use less energy, save water and reduce our impact on the environment. The magazine is published four times a year.
Better Builder Magazine brings together premium product manufactures and leading builders to create better differentiated homes and buildings that use less energy, save water and reduce our impact on the environment. The magazine is published four times a year.
Better Builder Magazine brings together premium product manufactures and leading builders to create better differentiated homes and buildings that use less energy, save water and reduce our impact on the environment. The magazine is published four times a year.
Across the line - Advocacy at U.S. ports of entry Greg McLawsen
When it comes to legal advocacy, United States ports of entry are an unfamiliar ballpark. There’re not even the same game. Foreign nationals have no right to legal representation. Attorneys have no right to be heard. In this unique niche of immigration law, outcomes may be determined by obscure memoranda and local practices. In this webinar we will learn the ropes of this advocacy from some of the country’s leading border advocacy experts; including how to prepare your client for successful border crossings, and how to advocate for your client when things have gone wrong. Featuring Greg Boos, Margaret Stock and Heather Fathali of Cascadia Cross-Border Law.
Contracts for change - transactional analysis - Manu Melwin JoyManu Melwin Joy
Berne defined a contract as an explicit bilateral commitment to a well defined course of action.
James and Jongeward defined contract as an adult commitment to one’s self and/or someone else to make a change.
1. Eng. Akram Mohamed Abd El-Aty
Current Location Saudi Arabia
Mobile: 00966- 539046869 KSA
E-mail: akram.hefnawi@gmail.com
Career Objective:
Having over 7 years of experience in EHV/HV Substation and oil and gas Electrical works, I am aspiring to
acquire a position in which I will be able to utilize my skills and knowledge to reach my goals as well as the
objectives of the organization in which I am employed in.
Educational Background:
- Masters Degree of in Electrical Power and Machines Engineering:
Faculty of Engineering – Ain Shames University, Cairo, Egypt
Thesis point “Enhancing Photovoltaic Performance and modeling using Matlab
Simulink”
Supervised by: Prof. Dr./Mohamed El-Sayad
Prof. Dr./Adel Emara
September 2010 – June 2014
Over all Grad Very Good (B+) (GPA=3.58)
- Bachelor Degree of in Electrical Power and Machines Engineering:
Faculty of Engineering – Ain Shames University, Cairo, Egypt
Thesis point “Enhancing Photovoltaic Performance and modeling using Matlab
Simulink”
Supervised by: Prof. Dr./Mohamed El-Sayad and Prof. Dr./Adel Emara
September 2004 – June 2009
Over all Grad Good
Graduation project: "AC to AC" converter Based on space vector current and voltage Matrix
control application for Wind turbine generator.
Project grade: Excellent (GPA: 3.8)
Supervision by: Prof. Dr./ Mahmoud Abdel Hamid and Prof. Dr./Mohamed Abdel Aziz.
Post Graduate Education:
# Technical Engineer assistant for Master thesis of “Power quality problems in distribution system” at
Ain Shams university under supervision of Dr../Rizk Hamouda
Work Experience
November 2014 – Till date Sr. Tender/Project Engineer in High Voltage Substation.
At ALGIHAZ Holding Company - KSA
May 2010 – November 2014 Tender Engineer
(4 Years)
At Egyptian German Electrical Manufacturing Company (EGEMAC) –
Egypt
September 2009 - May 2010 Electrical Design Engineer
(8 Months)
At Global Power System (GPS) - Egypt
Key Skills:
• Study and analyses project technical specification.
• Prepare Technical Inquiries for MV SWGER, LV panels, Control and Protection Panels.
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2. • Check and review the schematic drawing and ensure that all the required function (protection, control)
achieved
• Current Transformer Calculation, Battery Sizing and Auxiliary Transformer Sizing.
• Prepare the pre bid clarification.
• Prepare the Bill of Quantity and perform the calculation estimation.
• Review the technical offers from vendors.
• Power System analysis using Simulink
• Attend FAT test for CT, PT, and MV SWGER.
• Short Circuit Calculation using Per unit System.
Work Profile
Responsibilities as Sr. Tender/Design Engineer in High Voltage Substation in ALGIHAZ Holding Co.:
• Responsible for Substation projects, ARAMCO projects, HV Cable Transmission projects and
any RENWABLE Energy projects.
• Study the Tender Documents and Technical Specification.
• Prepare the Pre Bid clarifications
• Prepare the BOQ.
• Send RFQ's to suppliers and review the Technical proposal and insuring that it comply with
SEC requirements and specification.
• Prepare the estimation calculation and calculate bid bond value.
• Main projects I have been involved in preparing its technical and commercial offer:
- SEC
DAHRAN 115/13.8KV SS.
Sari, Naseem and MPS power Cable inter-connection
10MW ALMIDRA PV farm North Park
- ARAMCO
10.5MW ALMIDRA PV farm North Park
5MW Gas well PV farm
Responsibilities as Tender Engineer in High Voltage Substation in Egyptian German
Electrical Manufacturing Co. (EGEMAC):
• Technical studies for
- 66KV switchgear.
- 66/11 KV Air insulated substation “Turn Key”
- Main and Backup Protection system for 66KV system.
- Main Protection system for 66/11 KV Power Transformer.
- Control, measuring and communication systems for 66KV substation.
• Preparation of technical and commercial offer.
• Main projects I have been involved in preparing its technical and commercial offer:
2
3. - Egypt Electricity Transmission Company
East Delta Electricity Production Company
Manfalout 66/11KV Air insulated substation “indoor” (3X40MVA Power Transformer).
- Private Sector companies.
AL Tajamouat Investment Company.
El-Tagamouat 66/11KV Air insulated substation “indoor” (2X40MVA Power Transformer).
Responsibilities as Electrical Engineer in Egyptian German Electrical Manufacturing Co.
(EGEMAC):
• Technical studies for
- Medium voltage switchgear.
- Package substations (Kiosks) for transformers up to 1500 KVA
- Low voltage Capacitor banks
- Low voltage switchgear
• Preparation of technical and commercial offer.
• Having excellent knowledge in designing wiring and control circuits.
• Main projects I have been involved in preparing its technical and commercial offer:
- Egypt Electricity Production Company
East Delta Electricity Production Company
Suez Thermal Power Plant (1X650MW) Gas/Oil Fired Unit
- Projects of the Egyptian electricity distribution companies.
South Cairo Electricity Distribution Company.
1X16 Cell Medium voltage switchgear 12KV.
North Cairo Electricity Distribution Company.
50 Package substations for transformers 1000 KVA, 12KV.
• Projects of the Ministry of Housing and Urban Communities
Electrical networks project for the new city of Assiut
1X19 Cell Medium voltage switchgear 22KV (+)87 Package substations for transformers 500
KVA, 22KV.
Electrical networks project for the El-Sadat city
1X27 Cell Medium voltage switchgear 12KV (+)2 Package substations for transformers 1000
KVA, 12KV.
Electrical networks project for the Industrial zone in 10th of RAMDAN.
4X21 Cell Medium voltage switchgear 12KV (+)10 Package substations for transformers 500
KVA, 12KV.
Responsibilities as an Electrical Design Engineer in Global Power System (GPS):
3
4. • Sites load Survey 'Power flow Study'.
• Carry out power factor improvements for industrial factories.
• Design Power Factor Panels using Autcad.
• Allocate the power factor correction panel in the site.
• Main Industrial factories I have been involved in:
Edita For Food Industry Install (1X50KVAR) fixed capacitor bank as a back up
Flora - Pyramids Paper Mills Install (1X25KVAR) fixed capacitor bank (+)(5X20) Variable capacitor
Units
Training Courses:
Bicom Academy Training Center
Type of Training: PMP
Duration: 10 Sessions
Certificate: A
Mutaheda Training Center
Type of Training: Primavera 6
Duration: 22 days
Certificate: A
THE AMERICAN UNIVERSITY IN CAIRO
Duration: 1 month 20 days - (From 4 March 2012 To 23 April 2012 )Type of Training: Level 313
Certificate: A-
Computer Knowledge
• Matlab (Electrical Software).
• Microsoft Office (Word, Excel, PowerPoint).
• AutoCAD 2D
Language skills:
• Arabic: Mother tongue.
• English: Intermediate. (Writing, Reading and conversational)
Personal Details
Nationality : Egyptian
Sex : Male
Marital Status : Married
Driving License : Egypt / Gulf Area
Date of Birth : 05/9/1986
Job Reference
Available upon request
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