Logo Freelancer Come funziona Cerca lavori
Accedi Registrati
Pubblica un progetto
Immagine di copertina del profilo
Stai seguendo
Impossibile seguire l'utente.
Questo utente non consente agli altri utenti di seguirlo.
Stai già seguendo questo utente.
Il tuo piano di abbonamento ti consente un massimo di 0 segui. Cambia abbonamento qui.
Non segui più
Impossibile non seguire più l'utente.
Hai consigliato .
Impossibile consigliare l'utente.
Si è verificato un problema. Aggiorna la pagina e riprova per piacere.
Email verificata.
Avatar dell'utente
$5 USD / ora
Bandiera: PAKISTAN
lahore, pakistan
$5 USD / ora
Attualmente sono le 10:03 AM qui
Registrato il luglio 23, 2014
0 raccomandazioni

Hafiz Waqas M.

@waqasmoazzam7

 0,0 (1 valutazione)
0,0
0,0
100%
100%
$5 USD / ora
Bandiera: PAKISTAN
lahore, pakistan
$5 USD / ora
NA
Lavori completati
NA
Nel budget
NA
Nei tempi previsti
NA
Tasso di riassunzione

Electrical Engineer

My aim is to provide diligent, dedicated and affordable services in Electrical Engineering. The experience I gain from working at oDesk will be used to continuously reassess and improve the quality of my work for future clients. My ability to conduct deep research has led me to couple of big time Software as well as Hardware jobs for independent firms. My ability to research niche topics is a valuable asset that enables me to solve any engineering problem thrown my way. Preferable online time for chat is from 8PM to 11PM Pakistan Standard Time (PKT). Also Capable to do work on, o Microsoft office o Visio o AutoCAD o Cisco packet tracer o OPNET Simulator o GNS3 o Proteus o Matlab/Simulink o LabVIEW o PCB Modeling o Automation o Arduino o Circuit Design & Modeling
Freelancer Data Processing Executives Pakistan
Vedi tutti i Data Processing Executives in Pakistan

Contatta Hafiz Waqas M. per il tuo lavoro

Accedi per discutere i dettagli via chat.

Portfolio

4450720
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
4434546
In this excel project, 1. Process the data of 10 Users to find out the average seasonal peak size in KW and time duration of the day based on their load time distribution. Update the current average daily load data sheet for Summer (May-Aug), Fall (Sept-Nov), Winter (Dec-Jan) and Spring (Feb-Apr) months. 2. Plot the average hourly load data as bar graph for all the above four cases for Summer, Fall, Winter and Spring. 3. Draw a pie chart and divide the average load distribution based on Lighting, FAN, Compressor and all other loads for all the seasons. 4. Provide past 12 month actual consumption data and plot it as a bar graph on a monthly basis. 5. Compare your seasonal and annual average daily load assumption to the one derived from the real consumption of the past year and comment on it.
Home Energy Load Calculation of Multiple Users
In this excel project, 1. Process the data of 10 Users to find out the average seasonal peak size in KW and time duration of the day based on their load time distribution. Update the current average daily load data sheet for Summer (May-Aug), Fall (Sept-Nov), Winter (Dec-Jan) and Spring (Feb-Apr) months. 2. Plot the average hourly load data as bar graph for all the above four cases for Summer, Fall, Winter and Spring. 3. Draw a pie chart and divide the average load distribution based on Lighting, FAN, Compressor and all other loads for all the seasons. 4. Provide past 12 month actual consumption data and plot it as a bar graph on a monthly basis. 5. Compare your seasonal and annual average daily load assumption to the one derived from the real consumption of the past year and comment on it.
Home Energy Load Calculation of Multiple Users
Home Energy Load Calculation of Multiple Users
Home Energy Load Calculation of Multiple Users
4434475
This calculator is programmed in java applet Using eclipse software.
Body Mass Index (BMI) Calculator
3888282
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
3878588
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
4450720
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
This project includes the features of add, delete, find and update the data entry of users/customers/students/employes with auto picture update etc from the database. Visual basic and Macro coding based easy usable for an organization.
Database of Users in Excel using VBS Macro
4434546
In this excel project, 1. Process the data of 10 Users to find out the average seasonal peak size in KW and time duration of the day based on their load time distribution. Update the current average daily load data sheet for Summer (May-Aug), Fall (Sept-Nov), Winter (Dec-Jan) and Spring (Feb-Apr) months. 2. Plot the average hourly load data as bar graph for all the above four cases for Summer, Fall, Winter and Spring. 3. Draw a pie chart and divide the average load distribution based on Lighting, FAN, Compressor and all other loads for all the seasons. 4. Provide past 12 month actual consumption data and plot it as a bar graph on a monthly basis. 5. Compare your seasonal and annual average daily load assumption to the one derived from the real consumption of the past year and comment on it.
Home Energy Load Calculation of Multiple Users
In this excel project, 1. Process the data of 10 Users to find out the average seasonal peak size in KW and time duration of the day based on their load time distribution. Update the current average daily load data sheet for Summer (May-Aug), Fall (Sept-Nov), Winter (Dec-Jan) and Spring (Feb-Apr) months. 2. Plot the average hourly load data as bar graph for all the above four cases for Summer, Fall, Winter and Spring. 3. Draw a pie chart and divide the average load distribution based on Lighting, FAN, Compressor and all other loads for all the seasons. 4. Provide past 12 month actual consumption data and plot it as a bar graph on a monthly basis. 5. Compare your seasonal and annual average daily load assumption to the one derived from the real consumption of the past year and comment on it.
Home Energy Load Calculation of Multiple Users
Home Energy Load Calculation of Multiple Users
Home Energy Load Calculation of Multiple Users
4434475
This calculator is programmed in java applet Using eclipse software.
Body Mass Index (BMI) Calculator
3888282
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
Here are few Testified Training and Certification which i earned during my Education Career, and during Internship which i have mentioned here.
Training and Certification
3878588
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC
This project first discusses the visible light as an alternate way of communication. It presents design and implementation of the prototype for visible light communication system. The transceiver designed for VLC offers a communication of data at a distance of 5m. The novelty of the design lies in the application of turbo codes to improve the reliability of data communication. Simulation results are presented to represent the bit error rate (BER) analysis and hardware implementation results are also given.
Design and Implementation of VLC

Valutazioni

Modifiche salvate
valutazioni 1 - 1 di 1 mostrate
 Filtra valutazioni per:
1,8
₹30,00 INR
Excel Sheets to create Teams
Guy is Good in working, but unable to understand project requirements My
Visual Basic
Excel
Excel VBA
Excel Macros
T
Bandiera: Yugal Kishore S.
@TourismPro
•
6 anni fa

Esperienza

Internship

Pakistan Telecommunication Company MOBILINK
nov 2015 - gen 2016 (2 mesi, 1 giorno)
Where I worked in NOC BSS , preventive and maintenance of the sites, monitoring the 2G and 3G current alarms and status of sites of Huawei, Ericsson and ZTE on OMC using different tools, U2000, M2000, NetNumen. Also to sent the down sites summary reports and many others by extracting the data from excel were included in my job.

Internship

National Transmission & Despatch Company, Pakistan (NTDCL)
giu 2014 - ago 2014 (2 mesi, 1 giorno)
Where I worked closely with field engineers and learnt about how to data is transmitted from one grid station to other grid station using power lines. And how the whole communication is monitored using SCADA.

Formazione

Electrical Engineering

National University of Computer and Emerging Sciences, Pakistan 2016 - 2018
(2 anni)

Electrical Engineering (Telecommunication)

COMSATS Institute of Information Technology, Pakistan 2011 - 2015
(4 anni)

Pubblicazioni

Design and Implementation of Visible Light Communication using Error Correction Turbo Codes

IJSER
DOI: 10.13140/RG.2.2.13796.17282 VLC is short range technology that is used for illumination and data communication. It is promising technology for indoor communication as it opens broad spectrum for applications. In this paper, hardware prototype is designed. The novelty of design lies in application of turbo codes to improve the reliability. Simulation results are presented to represent the bit error rate analysis. Hardware results present the transmitted data being received accurately at 5m.

Contatta Hafiz Waqas M. per il tuo lavoro

Accedi per discutere i dettagli via chat.

Verifiche

Freelance selezionato
Identità verificata
Pagamento verificato
Numero di telefono verificato
Email verificata
Collegato a Facebook

Certificazioni

preferredfreelancer-1.png Preferred Freelancer Program SLA 1 94%

Competenze principali

Data Processing
Data Entry
Engineering
Training
Excel

Cerca freelance simili

Data Processing Executives in Pakistan
Data Processing Executives
Data Entry Clerks
Engineers

Cerca vetrine simili

Data Processing
Data Entry
Engineering
Training
Utente precedente Utente successivo
Invito inoltrato!
Grazie! Ti abbiamo inviato tramite email il link per richiedere il tuo bonus gratuito.
Non è stato possibile inviarti l'email. Riprova per piacere.
Logo Freelancer Italy / Italiano Aiuto e assistenza Freelancer Categorie ProgettiConcorsi FreelanceImpresaAbbonamentoProgramma Freelance selezionatoGestione progettiLavori localiPhoto AnywhereVetrinaAPI per sviluppatoriFai la verificaApp desktop Su di noiChi siamoCome funzionaSicurezzaInvestireMappa del sitoStorieNewsTeamPremiComunicati stampaLavora con noi TerminiDirettiva sulla PrivacyTermini e condizioniNormativa sul copyrightCodice di condottaCosti e commissioni PartnerEscrow.comLoadshiftWarrior Forum AppLogo App Store AppleLogo Google Play
Impossibile copiare negli appunti. Riprova dopo aver modificato le tue autorizzazioni.
Copiato negli appunti.
di utenti registrati di lavori pubblicati
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Caricamento anteprima
Autorizzazione per la geolocalizzazione concessa.
La tua sessione è scaduta ed è stato effettuato il log out. Accedi nuovamente per piacere.