Nur Farahi I. Profile

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$10 USD / hora

kuantan,

malaysia

$10 USD / hora

Atualmente, está 7:47 PM aqui

Ingressou em março 16, 2021

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Nur Farahi I.

@nurfarahiidris

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$10 USD / hora

kuantan,

malaysia

$10 USD / hora

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Professional Virtual Assistant

Reliable and on time. These are the words that describe how I take the job seriously. With 4 years of experience working in the Research & Development (R&D) field, my work consists of processing data into a graph, analysing data, performing a database entry, writing a technical document and also proofreading. My services: - Performing Data Entry - Processing Data - Analysing Data - Writing a technical document - Proofreading My Tools: - Microsoft Excel - Microsoft Word - Grammarly - Quillbot - Ref n Write If you are interested in any of my services, please do not hesitate to interview and discuss more with me on the project. I am happy to assist you! Regards, Nur Farahi Idris

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Portfólio

One of the graphs that I analyse from a bunch of excel data into graph

Processing a list of data to the graph

8860232

This is a header for the research writing that has been published.

Article writing

8860210

This is a sample of the research writing

Article writing

8860177

Buying things are easier, but managing them harder. This excel was made to manage hundreds of asset.

Managing list of asset

One of the section is methodology. To summarize the method, a flow chart is made.

Flow chart for the method to do testing

Typing test

Processing a list of data to the graph

8860232

Article writing

8860210

Article writing

8860177

Managing list of asset

Flow chart for the method to do testing

Typing test

Avaliações

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Experiência

Multimedia University, Malaysia

fev. 2019 - nov. 2020 (1 ano, 9 meses)

Working under Telekom Malaysia Research & Development (TMR&D) grant to improvise the grounding system in Malaysia by fabricating, experimenting and analysing the grounding systems under high impulse current. Few papers had been submitted in the Q1 journal.

International Islamic University Malaysia

set. 2016 - ago. 2018 (1 ano, 11 meses)

Working under International Islamic University Malaysia (IIUM) grant to fabricate a new device for sensing hydrogen gas. The sensor was made of single optic fiber and coated with the Zinc Oxide (ZnO) Nanorods using the Hydrothermal method. During working, few technical papers had been submitted.

Ericsson (Malaysia)

mai. 2015 - jul. 2016 (1 ano, 2 meses)

Troubleshooting urgent board, documenting technical repairs and training technicians.

Educação

Master of Science Engineering (Communications)

Universiti Islam Antarabangsa Malaysia,

Malaysia

2016 - 2018

(2 anos)

Bachelor of Engineering (Honours)(Communications)

Universiti Islam Antarabangsa Malaysia,

Malaysia

2010 - 2015

(5 anos)

Qualificações

Kerajaan Negeri Selangor

2019

Submitted a method to run grounding rod during real testing using high impulse generator and won at top 3 among hundred of the competitor.

WORLD YOUNG INVENTORS EXHIBITION

2020

Submitted a grounding project that I was working on and received a GOLD award during this competition

Publicações

Influence of growth duration to the Zinc Oxide (ZnO) nanorods on single-mode silica fiber

Journal of Telecommunication, Electronic and Computer Engineering (JTEC)

Synthesizing Zinc Oxide (ZnO) nanorods by varying the growth duration will give effect to the morphology of ZnO nanorods which were grown by using microwave assisted hydrothermal method. The effect of different growth duration from 4 to 10 hours is investigated on the surface of bare silica optical fiber. The ASE spectrum shows that the light intensity decreases with the growth durations due to the light scattering effect.

Optical fiber coated Zinc Oxide (ZnO) nanorods decorated with Palladium (Pd) for hydrogen sensing

North-Holland (Optical Materials)

A novel hydrogen (H2) sensor was developed using acid-etched optical fiber coated with zinc oxide (ZnO) nanorods. The sensing performance was done by comparing the acid-etched fiber coated with ZnO nanorods with and without decorated Palladium (Pd).

Investigations on the Performance of Various Horizontal Ground Electrodes

Multidisciplinary Digital Publishing Institute

This work presents the experimental and simulated work of various configurations of ground electrodes, with spikes that are thought to enhance the ionization process in soil. In this paper, field measurement was set up, and the results of field measurements were applied with the finite element method (FEM) to obtain the electric field values. It was demonstrated that with the addition of a spike on the electrodes, a high electric field was computed.

Investigations on the Performance of Grounding Device with Spike Rods (GDSR)

Multidisciplinary Digital Publishing Institute

Six configurations of ground electrodes are used, installed at three different sites and subjected to high impulse conditions. Impulse test data of all the grounding systems are analyzed. The Finite Element Method (FEM) is used to compute the electric field values of the ground electrodes achieved. It is found that the highest electric field occurs in the presence of electrodes with the highest Rdc, soil resistivity and current magnitudes.

Growth of well‐arrayed ZnO nanorods on single‐mode silica fiber

Microwave and Optical Technology Letters

Light scattering by zinc oxide (ZnO) nanorods at growth duration ranging from 4 to 10 hours. The samples were analyzed using the field emission scanning electron microscopy (FESEM) image to estimate the length, diameter and density of nanorods grown. Optical characterization was performed by measuring the output spectrum of the transmission light, the result indicates that the scattering effect increases with the growth durations.

Microfiber-based Sensor for Measuring Uric Acid Concentrations

Journal of Telecommunication, Electronic and Computer Engineering

The proposed sensor uses single-mode fiber (SMF) tapered using flame brushing technique to enhance the evanescent field around the fiber core to interact with the uric acid. The sensor is capable of measuring the concentrations of uric acid from 100 ppm to 500 ppm with a measured sensitivity of 0.0218 dBm/ppm. The linearity and resolution of the proposed sensor are 99.21% and 28.219 ppm, respectively.