Objectives

To develop skills and techniques associated with the practical application of my study and to transform my knowledge to valuable work experience and further groom my technical, management and decision making abilities.
Academic Details

2012-Current ROYAL INSTITUTE OF TECHNOLOGY (KTH, SWEDEN)
PhD. ELECTRIC POWER ENGINEERING
PhD. Research “Real-Time Wide-Area Control of FACTS and VSC-HVDC in Hybrid AC and DC Grids”
2009-2011 ROYAL INSTITUTE OF TECHNOLOGY (KTH, SWEDEN)
MSc ELECTRIC POWER ENGINEERING
MSc. Thesis “PMU-Assisted Local Optimization of the Coordination between Protection Systems and Reactive Power Compensation Devices”
2004-2007 NATIONAL UNIVERSITY OF SCIENCE AND TECHNOLOGY (NUST, PAKISTAN)
B.E. Electrical (Major Power Engineering) CGPA 3.27
B.E. Dissertation “Radio-Frequency Identification (RFID) based Tracking System”
2002-2004 ARMY PUBLIC DEGREE COLLEGE, (MULTAN, PAKISTAN)
Higher Secondary School Certificate 82.5% Grade A-1
2000-2002 KEHKASHAN ARMY PUBLIC SCHOOL, (MULTAN, PAKISTAN)
Secondary School Certificate 84.6% Grade A-1
Software and Hardware Skills

Engineering Software: MATLAB, SIMPOW, LabView, OPAL RT-LAB, Power World Simulator Version 11, COMSOL, KEIL
Relay Setting Softwares: GE Enervista, MIIPC, SEL AcSELerator Quickset, SEL AcSELerator Architect, SEL AcSELerator Analytic Assistant, SEL Synchrowave Console, SEL Synchrowave Server, SEL Synchrowave Archiver, Megger FrejaWin, Megger PC-GOOSER, Megger Power-DB, PCM 600, IET 600
Programming Languages: C/C++, Assembly.
Packages: MS Office, Adobe Acrobat
Professional Experience

From March 12, 2012 – Sept 30, 2012 (The Royal Institute of Technology, KTH, Sweden)
Designation: Research Engineer
Department: Smart Transmission System Laboratory (SmarTS Lab) at the Division of Electric Power System, Department of Electric Power Engineering, KTH, Sweden.
Responsibilities: I was responsible for the laboratory setup for IEC-61850-8-1 (Station Bus) and IEC-61850-9-2 (Process Bus) using protection relays from Schwetizer Engineering Laboratories (SEL) and ABB. Three protection relays from SEL (2 distance relays SEL 421 and one Differential Relay SEL-487E) and two from ABB (Line Differential Relays RED-670) were used to implement these infrastructures. The protection relays were coupled with Opal-RT eMEGAsim Real-Time Simulator to simulate different instabilities in a power system to validate the implemented station and process buses. In addition a part of the work was to implement Open PDC and SEL-PDC (SEL-5073) to concentrate the PMU streams and time align them. These PDC streams were further used to develop synchronized phasor measurements based applications.
From April 27, 2009 – July 06, 2009 (Pak Arab Refinery Limited PARCO, Pakistan)
Designation: Trainee Engineer (Electrical)
Department: I was placed in the Corrosion Control & Cathodic Protection section of the PIPELINE DEPARTMENT of PARCO.
Responsibilities: I was attached with the senior engineers of the section for the in-depth knowledge and detailed overview of the whole Corrosion Control & Cathodic Protection section. For this purpose I was regularly visiting plant site to correlate my theoretical knowledge with its practical implementation. In addition I used to carry out PSP (Pipe to Soil Potential) survey and routine maintenance of the Transformer Rectifiers to ensure the effective implementation of cathodic protection. I also used to represent my department in monthly meetings to represent the department’s progress in front of the concerned managers.
From Jan 01, 2008 – April 23, 2009( Syed Bhais Private Limited Authorized Representative of GE-Energy , Pakistan)
Designation: Design Engineer
Responsibilities:
o Assisting senior engineers in designing protection schemes for 11KV, 132KV, 220KV and 500KV transmission lines including the relay panels and control panels.
o Making Terminal details, Wiring Tables, Ferrule Tables and Device Detail of the protection schemes.
o CT arrangements and core utilization for CT and VT inputs for various protection relays like differential, distance, over current, over voltage, over fluxing, bus bar protection
o Hand on experience for designing protection schemes for Marshalling Kiosk panels for 220KV double bus and 220KV one and half breaker schemes with little assistance from senior engineers.
o Making setting files for various GE relays like Over current relay (MIFII), Distance relay (D60), Breaker Failure and Auto-reclosure (C60), Transformer Differential relay (T60), Busbar Protection relay and Restricted Earth Fault relay (MIB) by making use of GE Software like MIIPC and GE ENERVISTA
o Complete know how of the design of protection scheme of 11 kV Switchgears like Incoming panel, Outgoing Panel and Bus-Coupler Panel.
o Making cable interconnection diagrams for 500kV, 220kV and 132kV Grid stations.
Academic Projects

Graduate Studies:
· Master Thesis: PMU-Assisted Local Optimization of the Coordination between Protective Systems and VSC-HVDCs
· Analysis of the impact of FACTS and HVDC devices on a power System with the help of SIMPOW
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Feasibility report for 80MW wind farm including choice of wind turbine, wind data analysis. Wind farm layout, network integration issues and economics.
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MATLAB implementation to study transient stability of a single machine infinite bus system (SMIB)
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MATLAB implementation to study transient and small signal stability for a multi machine system.
Undergraduate Studies:
· Electric Circuit Analysis: Fabrication of regulated power supply
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C/C++: Development of matrix calculator in C environment
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Speed control of stepper motor using microcontroller 8051
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Display of data using Microprocessor on dot matrix board.
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Clock Display by using Microprocessor 8088.
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Instrumentation & Measurement: Design & fabrication of light detecting transducer
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Power Electronics: Trigger back to back connected thyristors as a substitute for triac.
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Power Distribution: Implementation of relay logics and magnetic contactors in Power Distribution.
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Final Year Project: Radio frequency identification based tracking system.
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Skills

· Hand on experience of working with OPAL-RT Real Time Simulator. Core learning are making the model compatible so that it can be simulated in the real time simulator, data acquisition and using other vendor specific software like Test Drive, Test Stand, etc. My complete master thesis involved simulations in real time using OPAL-RT simulator.
· Configuring Analog and Digital outputs of the simulator and feeding them to the CT, VT and digital I/Os of the protection relays.
· Hand on experience of commissioning SEL and ABB relays SEL-487E (Transformer Differential), SEL-421 (Line Distance Protection), RED-670 (Line Differential Protection) during postgraduate studies while setting up the Smart Grid labortary.
· Hand on experience of setting up SEL protection relays as PMUs and feeding their PMU streams to SEL-Phasor Data Concentrator (SEL-5073) and OpenPDC. These streams were further configured for phasor measurements monitoring tools like SEL-Synchrowave Central (SEL-5078-2) and LabView Applications.
· Using protection relays test sets like Freja-300 (Megger) and GOOSER (Megger) for testing protections functions both traditionally (hardwired) and with GOOSE messages (Station Bus)
· Hardware interface of protection relays with real time simulator and configuring the relays parameters and protection functions for safe, reliable and accurate functioning of the system.
· Active participant in the community events
· Volunteer for university event’s organizer
Achievements
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John and Karin Engblom’s Scholarship Foundation to cover travel, tuition and accommodation expenses for taking courses and doing research at University of Illinois, USA (SEK 138,355)
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3rd Prize of 10 000 SEK in a travel scholarship for scientific conference, Poster Session, Energy Platform, KTH, Sweden. “Real-Time Local Voltage Instability Mitigation Through Coordinated Operation of Protective Systems and Reactive Compensation Devices”
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Scored 3.65 GPA in semester 6 of undergraduate studies and received a scholarship.
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Scored 2nd position in college in HSSC exams and got scholarship.
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Served as College Prefect for one year in Army Public Degree College, Multan. Acting to represent the problems, suggestions and feedback of the students to the Teachers Operational Board.

Professional Trainings
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Opal-RT Training Courses: Attended three training courses offered by Opal-RT regarding the real time simulator. Major learning are Real-Time Fundamentals, RT-Lab features, ARTEMIS and RT-Events Solutions, Power Grid Simulation, Multi-Level Converters Simulation.
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PMU Development on cRIO: 4-day extensive course on “Synchronized Phasor Measurement Units Development for Real-Time Applications and Coupling with Real-Time Simulator using National Insturment cRIOs”
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Protection Relays Testing: 2011 Euro Doble Colloquium. Sessions included: Asset & Maintenance Management, Protection Testing Pratices, Hands-on Experience with Protection Relays Testing Using Doble Test
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Static VAR Compensators: Attended a course on Static Var Compensators offered at 2012 IEEE Power Engineering Society General Meeting, San Diego, USA, 2012
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Grid Protection Alliance: Tutorial on Open PDC, OpenPG, OpenFLE, OpenHistorian, Building Cutom Adapters (C#, C++), and use of subscription application programming interfaces, Atlanta, Georgia, 2012
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LabView Core 1, Core 11, Real-Time, FPGA and Connectivity course, Kista, Stockholm, Sweden, 2013

Memberships & Certifications
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Certification for Labview Associate Developer (CLAD) : Serial Number: 100-313-1350
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IEEE Student Member: 92276312
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Registered Engineer at Pakistan Engineering Council.
Registration No : ELECT / 25743

Activities & Interests

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Cricket, Table Tennis
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Tourism and Travelling
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Net Surfing
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Food Fanatic