Abdul Malik Mahar is seeking a position as an electrical engineer. He has a Bachelor's degree in Electrical Engineering from Mehran University of Engineering and Technology. He has experience working internships at gas turbine and thermal power plants to learn about power generation, transmission, and control systems. His technical skills and interests include power quality analysis, smart grids, and renewable energy. He is a recent graduate looking for an opportunity to effectively contribute to an organization using his engineering knowledge and skills.
I am Graduate in Electrical Engineering from Quaid-e-Awam University of Engineering & Technology Nawabshah with First Class Honor in the year 2014.As an Electrical Engineer, I am a perfect power in Power Plant Engineering, Electronics, Mechanical work, Electrical Power Protection, Transmission, Distribution, Energy Conservation, Energy Policy management, Electrical technology, Thermodynamics & MS Office with up to 17 months of relevant experience in (Leading office, Reporting making Documentation etc) in AL-Hussain Construction Company Master of Engineering (Power System Engineering) in progress &expected in 2016.
I am Graduate in Electrical Engineering from Quaid-e-Awam University of Engineering & Technology Nawabshah with First Class Honor in the year 2014.As an Electrical Engineer, I am a perfect power in Power Plant Engineering, Electronics, Mechanical work, Electrical Power Protection, Transmission, Distribution, Energy Conservation, Energy Policy management, Electrical technology, Thermodynamics & MS Office with up to 17 months of relevant experience in (Leading office, Reporting making Documentation etc) in AL-Hussain Construction Company Master of Engineering (Power System Engineering) in progress &expected in 2016.
Integration of Supercapacitor in Photovoltaic Energy Storage: Modelling and C...Asoka Technologies
Due to the variable characteristics of photovoltaic energy production or the variation of the load, batteries used in storage systems renewable power can undergo many irregular cycles of charge 1 discharge. In turn, this can also have a detrimental effect on the life of the battery and can increase project costs. This paper presents an embedded energy share method between the energy storage system (battery) and the auxiliary energy storage system such as supercapacitors (SC). Supercapacitors are used to improve batteries life and reduce their stresses by providing or absorbing peaks currents as demanded by the load. The photovoltaic cells are connected to DC bus with boost converter and controlled with MPPT algorithm, Supercapacitors and batteries are linked to the DC bus through the buck-boost converter. The inductive load is connected to the DC bus by a DC-AC converter. The static converters associated with batteries and supercapacitors are controlled by current. The components of the systems are supervised through a block of energy management. The complete model of the system is implemented in MATLAB/Simulink environment. Simulation results are given to show the performance of the proposed control strategy, for the overall system.
Aula demonstrativa do curso de História para ENEM 2016.
Confira o curso completo no site: https://www.estrategiaconcursos.com.br/cursosPorConcurso/preparatorio-para-enem-exame-nacional-do-ensino-medio-2016/
Integration of Supercapacitor in Photovoltaic Energy Storage: Modelling and C...Asoka Technologies
Due to the variable characteristics of photovoltaic energy production or the variation of the load, batteries used in storage systems renewable power can undergo many irregular cycles of charge 1 discharge. In turn, this can also have a detrimental effect on the life of the battery and can increase project costs. This paper presents an embedded energy share method between the energy storage system (battery) and the auxiliary energy storage system such as supercapacitors (SC). Supercapacitors are used to improve batteries life and reduce their stresses by providing or absorbing peaks currents as demanded by the load. The photovoltaic cells are connected to DC bus with boost converter and controlled with MPPT algorithm, Supercapacitors and batteries are linked to the DC bus through the buck-boost converter. The inductive load is connected to the DC bus by a DC-AC converter. The static converters associated with batteries and supercapacitors are controlled by current. The components of the systems are supervised through a block of energy management. The complete model of the system is implemented in MATLAB/Simulink environment. Simulation results are given to show the performance of the proposed control strategy, for the overall system.
Aula demonstrativa do curso de História para ENEM 2016.
Confira o curso completo no site: https://www.estrategiaconcursos.com.br/cursosPorConcurso/preparatorio-para-enem-exame-nacional-do-ensino-medio-2016/
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A Young Engineer wants to be a part of organization where there is healthy growth and competitive environment to apply his skills, efforts, technical and analytical expertise effectively
I am an enthusiastic & object oriented electrical engineer, having hands on experience of LV/MV Switch Gears, Designing of control systems, Protection Relay setting. My goal is to become an epitome in the field of Electrical Power Engineer…
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Abdul Malik Mahar (B.E Electrical)
Address: House # A/1 Near Masjid Aqsa Phase-I Qasimabad Hyderabad
Cell No: 03363299740
Email: engrmalik90@yahoo.com
EXPERIENCE:
Fresh Graduate
CAREER OBJECTIVES
Effective team member with goal oriented approach, aspiring to grow in a progressive
organization proving my technical strengths in field of electrical engineering and putting my
skills in delivering excellent outputs and to enhance the progress of the firm with the knowledge
I possess.
ACADEMIC QUALIFICATION
Qualification C.G.P.A
Year of
Passing
University/ Board
Matriculation 85.29% 2009 B.I.S.E Mirpurkhas
Intermediate 84.45% 2011 B.I.S.E Mirpurkhas
B.E Electrical
Engineering
78.93% 2012-15 Mehran University of Engineering
and Technology ,Jamshoro
FINAL YEAR THESIS
Topic: Power Quality and Harmonic Analysis of Energy Efficient Lamps
Short Description: In that thesis we have compared the total Harmonic Distortion of energy
efficient lamps using power quality Analyzer
INTERNSHIPTRAINING:
1-Month GAS TURBINE POWER STATION, KOTRI
Learning:
It was a good learning experience, It helped me a lot ingesting my
concepts clear regarding the power generation and developed my interest
in the field.
How electricity is generated by using the gas turbine
Turbine and generator connection
How voltage is transmitted
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1-MONTH GUDDU THERMAL POWER PLANT
LEARNING:
Getting familiar with different types of motors used in Power Plant
How frequency and voltage are controlled
Getting familiar with the different components of switch yard
Getting familiar with the operation of Gas Turbine
TECHNICALVISITS:
Pakistan Cables, Karachi
500 & 220 kV system National Transmission & Dispatch Company (NTDC)
Thatta Cement Co. Ltd, Thatta
Zorlu Wind Power Plant Jhampir.
SEMINARS:
1. “SMART GRID & ITS APPLICATIONS” held on 6th Feb, 2013 @ MUET Jamshoro
2. IMTIC’13,3rd International Multi-Topic Conference 2013 held between 18-20
December, 2013 at Mehran U.E.T, Jamshoro, workshop on “SMART GRID
OPERATION, CONTROL & IMPLEMENTATION”.
3. VOLTAGE & FREQUENCY CONTROL IN POWER SYSTEM OF PAKISTAN”
held on 20th April, 2015@ MUET Jamshoro
COMPUTER SKILLS
Microsoft Office (word, Excel, Power Point)
Microsoft Windows (XP, Vista, Window8)
Internet Surfing
PERSONALINFORMATION:
Father’s Name: Abdul Latif Date of Birth: 10-03-1994
Nationality: Pakistani Religion: Islam
C.N.I.C # : 44103-9690707-9 Marital Single
Domicile: Mirpur khas- R (Sindh)
LANGUAGES:
Fluent in English, Urdu & Sindhi