Imran Asghar is an electrical engineer seeking a position with a reputed organization. He has over 3 years of experience managing electrical projects in Dubai and Abu Dhabi. His background includes installing and commissioning 33kV power cables and overseeing undergrounding of electrical infrastructure. He is proficient in AutoCAD, MS Office, and electrical design software.
CV of Karan Vinayak - piping design engineerKaran Vinayak
I have experience in the field of Oil and Gas, Chemical Process Plant and Water Transmission Network Pipeline. (Piping Layout, Piping GAD, isometric, Bill of Materials, Pipeline Profile, Alignment Sheet, Co-Ordinate Drawing). I have software skills in Autocad, Autoplant, PDMS and CAESAR-II. Currently I am working in Sharjah on UG Water Pipeline Projects.
I am technically qualified for job positions like Piping/Pipeline Designer, Piping/Pipeline Engineer, Piping Quantity Estimator etc.
AMCO Electrical and Engineering Co, Kolkata. Dealers and Suppliers of Cable Trays, Perforated Cable Trays, Ladder Cables Trays, Cables, Transformers, Sirens and Hooters and Overhead Line Transmission Material.
CV of Karan Vinayak - piping design engineerKaran Vinayak
I have experience in the field of Oil and Gas, Chemical Process Plant and Water Transmission Network Pipeline. (Piping Layout, Piping GAD, isometric, Bill of Materials, Pipeline Profile, Alignment Sheet, Co-Ordinate Drawing). I have software skills in Autocad, Autoplant, PDMS and CAESAR-II. Currently I am working in Sharjah on UG Water Pipeline Projects.
I am technically qualified for job positions like Piping/Pipeline Designer, Piping/Pipeline Engineer, Piping Quantity Estimator etc.
AMCO Electrical and Engineering Co, Kolkata. Dealers and Suppliers of Cable Trays, Perforated Cable Trays, Ladder Cables Trays, Cables, Transformers, Sirens and Hooters and Overhead Line Transmission Material.
DETECTION OF FAULT LOCATION IN TRANSMISSION LINE USING INTERNET OF THINGS (IOT)Journal For Research
Transmission lines are used to transmit electric power to distant large load centres. These lines are exposed to faults as a result of lightning, short circuits, faulty equipment’s, miss-operation, human errors, overload, and aging.To avoid this situation, and we need the exact location of fault occurrence. This problem ishandled by a set of resistors representing cable length in KMs and fault creation is made by a set of switches at every known KM to cross check the accuracy of the same. The fault occurring at what distance and which phase is displayed on a 16X2 LCD interfaced with the microcontroller. Calculated values are sends to the receiving section with help of Zigbee. Measured values are updated in PC and monitored with help of .NET. RTC is used here to time and date reference, that when the event occurs.
Transmission line is one the important compnent in protection of electric power system because the transmission line connects the power station with load centers.
The fault includes storms, lightning, snow, damage to insulation, short circuit fault [1].
Fault needs to be predicted earlier in order to be prevented before it occur
The transmission overhead line is one of the vital elements in the power system for transmitting the electrical energy. In the transmission, the disturbances are often occurred. In the conventional algorithm, alpha and beta (mode) currents generated by Clarke’s transformation are utilized to convert the signal of Discrete Wavelet Transform (DWT) to obtain the Wavelet Transform Coefficient (WTC) and the Wavelet Coefficient Energy (WCE). This study introduces a new algorithm, called Modified Clarke for fault detection and classification using DWT and Back-Propagation Neural Network (BPNN) based on Clarke’s transformation on transmission overhead line by adding gamma current in the system. Daubechies4 (Db4) is used as a mother wavelet to decompose the high frequency components of the signal error. Simulation is performed using PSCAD / EMTDC transmission system modeling and carried out at different locations along the transmission line with different types of fault, fault resistances, fault locations and fault of the initial angle on a given power system model. The simulated fault types are in the study are the Single Line to Ground, the Line To Line, the Double Line to Ground and the Three Phases. There are four statistic methods utilized in the present study to determine the accuracy of detection and classification of faults. The result shows that the best and the worst structures of BPNN occurred on the configuration of 12-24-48-4 and 12-12-6-4, respectively. For instance, the error using Mean Square Error Method. The Error Of Clarke’s, Without Clarke’s and Modified Clarke’s are 0.05862, 0.05513 and 0.03721 which are the best, respectively, whereas, the worst are 0.06387, 0.0753 and 0.052, respectively. This indicates that the Modified Clarke’s result is in the lowest error. The method is successfully implement can be utilized in the detection and classification of fault in transmission line by utilities and power regulation in power system planning and operation.
- This paper proposes a new technique of using discrete wavelet transform (DWT) and back-propagation neural network (BPNN) based on Clarke’s transformation for fault classification and detection on a single circuit transmission line. Simulation and training process for the neural network are done by using PSCAD / EMTDC and MATLAB. Daubechies4 mother wavelet (DB4) is used to decompose the high frequency components of these signals. The wavelet transform coefficients (WTC) and wavelet energy coefficients (WEC) for classification fault and detect patterns used as input for neural network training back-propagation (BPNN). This information is then fed into a neural network to classify the fault condition. A DWT with quasi optimal performance for preprocessing stage are presented. This study also includes a comparison of the results of training BPPN and DWT with and without Clarke’s transformation, where the results show that using Clarke transformation in training will give in a smaller mean square error (MSE) and mean absolute error (MAE). The simulation also shows that the new algorithm is more reliable and accurate.
1. IMRAN ASGHAR
Electrical Engineer
(0526373057) (0504679496)
asgharimran01@gmail.com
D.O.B :31/03/1989
UAE Driving License No: 2327048
Career Objectives
Aspiring to be associated with a reputed organization and working in a challenging environment
where my qualification, potential and diverse experienced can be utilized to the fullest extent. I
am willing to work with great sincerity towards my commitment, dedication and hard work for
the benefits of the company in line with its mission, client’s requirements and for personal
growth where quality, professionalism and priorities are well defined. Knowledge driven
professional with aptitude to execute related construction activities through strategically
engineered methodology, technically based decisions and solutions
Professional Experience
Having 3+ Years of Gulf work experience in Electrical Projects.
Date Duration Company Name Location
August 2016 to Present Time Electro and Contracting Co Dubai,UAE
Designation :Project Manager
Sep 2016-Present
Project :INSTALLTION, JOINTING & COMMISSIONING OF 33kV POWER CABLE AND PILOT CABLE
WITH ACCESSORIES FROM GARHOUD 132/33KV SUBSTATION TO CITY CENTER 33/11KV SUBSTATION
Project :UNDER GROUNDING OF 11KV,LV & OHL IN URBAN AREAS IN AL-AIN CONTRACT NO.A-
12608
July 2013 to August 2016 AL-Nasr Contracting Company L.L.C Abu Dhabi,UAE
Designation :Site Manager
(August 2015 to August 2016 )
Project :Supply and Installation of underground power Cable(33kv) and submarine Power cable(33kv)
Connection to Al-QAFFAY Island in Western Region of Abu Dhabi
Designation :Site Engineer
2014 – 2015
Project : Saadiyat District Cultural District – Design/Build Service Tunnel (MEP Subcontract)
Supply and installation of electric systems including small power and lighting, SCADA, weather monitoring,
CCTV, Public Address, Fire Fighting, MV substations, radio re-broadcasting, traffic control, ventilation,
UPS, Building HVAC, and Plumbing.
2. Designation :Site Engineer
2013-2014
Project : Urgent Power Supply to Jabeel Island and Two VIP Islands D-7977/A .
Building of 3Nos 22000/415V Electric Substations including submarine cable Installation and connection
Responsibilities :
Site supervision;
Preparing daily, weekly and monthly Progress Report for Management, consultant and Client;
Defining requirement for the project such as manpower, machinery and materials;
Coordinating with Consultant Engineer and Client Engineer and doing Inspection of material
and Site works;
Preparing Design shop drawings; Sorting out technical decisions in coherence with the
contract;
Preparation of single line diagrams, for designer/draughtsman to draw, and monitoring
Progress at drawing / drafting execution level;
Managing the project’s different departments;
Preparing project plan and controlling the operation accordingly;
Setting up the logistics for the project;
Preparation of material requisitions;
Dealing with subcontractors and suppliers;
Managing the project correspondence, document control, progress reports, inspection
requests, permit To work, NCRs, etc.
Preparing as built Document and operation and maintenance manual;
Preparing project closeout file;
Preparing Material take-off list;
Submittals preparation and follow-up;
Handling Material Follow-up file and reports;
Installation, Testing and Commissioning of MV underground and Submarine Cable;
Submarine Cable Route Survey and Planning;
Sea-bed profile analysis;
Anchor pattern and procedure for hook up vessel and sea fastening and arrangements of
material for vessel;
Coordinating with project manager in preparation of Documents for consultant and client;
EDUCATION
2011 july -2013 july DGK Cement Company DG Khan DG Khan Pakistan
Designation :Trainee Engineer
Maintenance of existing instruments on running plant
To perform the preventive maintenance of Motor, Transformer, Generator, Control Panel, Kiln
(Pyrometer) and Switchgear
To perform the corrective maintenance of all Electrical equipment
Conduct safety talk with area engineer/colleagues before executing the job and to perform all
activities in compliance with HSE standards
Recording analyzing and interpreting test data
Troubleshoot the problems and providing the best possible solution
Preparing product documentation, writing reports
Arranging Meeting with Client
Completing Production Target
BSC Electrical Engineering COMSATS Institute of Information Technology( Pakistan)
July 2009-june 2013
Diploma of Associate Engineering Government Institute of Technology(Pakistan)
3. Relevant Affiliations and Qualifications;
DEWA APPROVED ENGINEER
AL AIN DISTRIBUTION COMPANY COMPETENT ENGINEER
Pakistan Engineering Council Certified Engineer
Awarded Supervision License from Pakistan Engineering Council
LANGUAGES ENGLISH (FLUENT), URDU (NATIVE)
Core Competencies:
Auto CAD(Revit) Certified
MS office Professional Certified
Matlab Professional
Proteus Software
IT Technologies and Networking Fundamentals
PLC (Logic Pro ,Micro Win),HMI Designing(Sematic Win cc, Easy Builder)
2006-2009