Md Arif H. Profile

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$9 USD / jam

dhaka,

bangladesh

$9 USD / jam

Saat ini 1:05 PM di sini

Bergabung Oktober 25, 2020

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Md Arif H.

@Arif5631

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$9 USD / jam

dhaka,

bangladesh

$9 USD / jam

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Md Arif Hossain

Dear Sir/ Madam, Have a good day, I hope you are well. This is Md Arif Hossain. I am too interested in this freelancer job. I have five years of professional job experience (Electrical Engineering with solar energy) and two year's research assistance experience. I would be very grateful if you kindly help me with my freelancer job. Thanks for your consideration time. I look forward to hearing from you. With Thanks ---------------- Md Arif Hossain Dhaka, Bangladesh

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Pengalaman

Multimedia University

Des 2016 - Des 2018 (2 tahun)

 I ensured high-level Research paper writing,Rewriting, Content Writing, and review support to all our aim in accordance with the engineering system team mission, goal and objectives.  I maintained a good working relationship with clients and other professionals through response phone calls, emails and act accordingly regarding the issues.

AB Power Engineering Ltd

Jan 2015 - Nov 2016 (1 tahun, 10 bulan)

 Calculate power in resistive, Inductive and capacitive load, capable to demonstrate about complex power such as active, reactive & passive power, power triangle, and power factor correction.  Fault analysis-balanced & unbalanced line to line, the line to ground faults.

Accept Properties Ltd

Jan 2012 - Des 2014 (2 tahun, 11 bulan)

 I ensured high-level technical support to power systems in accordance with engineering system team mission, goals and objective.  I worked in product test and assembly team; contribute my engineering skills with test bench testing procedures, product assembly, verification, validation and operation through zero hard workplaces.

Edukasi

Masters of Engineering Science (By Research)

Multimedia University,

Malaysia

2016 - 2019

(3 tahun)

Bachelor of Electrical & Electronic Engineering

Bangladesh University of Professionals,

Bangladesh

2009 - 2012

(3 tahun)

Publikasi

Self-sustainable energy harvesting system,

IEEE Symposium on Computer Applications & Industrial Electronics (ISCAIE),

Electrical energy demand is increasing massively across the world due to population growth. From literature, the number of population will be double within next 50 years because of continuous growth, so the energy demand will be triple based on the current demand. This paper presents an effective and innovative self-sustainable energy harvesting system. Here, an approach to developing a case where electrical energy can be produced is presented.

A survey on cleaning dirty data using machine learning paradigm for big data analytics

International Journal of Electrical and Computer Engineering,

Recently Big Data has become one of the important new factors in the business field. This needs to have strategies to manage large volumes of structured, unstructured and semi-structured data. It’s challenging to analyze such large scale of data to extract data meaning and handling uncertain outcomes.

An efficient microcontroller based sun tracker control for solar cell systems

International Journal of Electrical and Computer Engineering,

The solar energy is fast becoming a different means of electricity resource. Now in world Fossil fuels are seriously depleting thus the need for another energy source is a necessity. To create effective utilization of its solar, energy efficiency must be maximized. An attainable way to deal with amplifying the power output of sun-powered exhibit is by sun tracking. This paper presents the control system for a solar cell orientation device which follows the sun in real time during daytime.

A Survey on Neuro-fuzzy Controller Based Solar Panel Tracking System.

Far East Journal of Electronics and Communications,

The demand for solar power system has increased considerably because of depletion in fossil fuels and population growth. This paper presents a survey of intelligent controllers based solar panel tracking systems to identify various issues having a potential for further research. After summarizing the existing work, a proposal is made for the application of neuro-fuzzy controller for solar panel tracking systems for further improving their performance.