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  3. Please share your Engineering profile

    Name : Julio Bereciartu Engineering Branch : Electrical & Electronic Engineering. Engineering college : California Polytechnic State University Location (City/ Country) : Pomona, California, USA Engineering Batch : 1974 Engineering Company/ Dream company to work for : Any design electronic company. Area of Interest : Analog, digital & control automation. Project undertaken : None. Any other info you want to share : I´m a freelance English-Spanish & Spanish-English translator.
  4. Please share your Engineering profile

    Name: Benjamin Lartey Engineering branch: electrical and electronics engineering Engineering college: Kwame Nkrumah University of Science and Technology Location(city/country):Ghana Engineering batch:2018 Engineering company:not yet Area of interest: Power Project undertaken: not yet
  5. Hi guys, New here! Got a quick few questions. So i am in my final year and looking to choose my final year project. I really want to ace the project for 3 reasons. -70 % of grades so if i do this well, i can potentially get a first. - Individual project, so i can learn a lot and also apply what i have learnt. - Have some confidence for the job market, have something to talk about and impress employers. Now my concern here is, that i choose the correct project. 1. Something that is upcoming and modern. 2.Comprises of a combination of skills used; design work etc. 3. Something that would impress employers. The following is a list of all projects that have been given to by tutors to work on. Navneet Soin 1) Development of high performance dielectric-dielectric triboelectric systems for energy harvesting 2) Development of dielectric-metal triboelectric systems for energy harvesting Akram Bati 1) Wind Turbines Power Quality Control 2) Flexible multi-axis Solar Panel Tracker with MPPT 3) Minimizing Power Systems oscillation by series controlled FACTS device 4) Generator control of Wave Energy Converter 5) Sensorless Speed control of Industrial Induction motors 6) Stability Improvement of Permanent Magnet Synchronous Generators PMSG Chan See 1) Multiple Input Multip Output (MIMO) antenna Design for LTE (4G) mobile handset 2)A implantable antenna design for biomedical device. 3) MIMO antenna forultrawideband application. 4) Tunable UWB antenna for cancer detection. 5) Compact PlanarRectanna for Wireless Power Transfer in the ISM band. 6) Designing low power Wireless sensor network system (Hardware/Software) forInternet of Things (IoT) or on body area network. 7) Pattern reconfigurable antenna for wireless/mobile communication. Kevan Smart 1) Design of vehicle movement detector using street lights 2) Design of vehicle movement detector using street lights 3) Design of Bluetooth controlled electronic home appliances 4) Design of density based traffic signal system using microcontroller 5) Design of LC meter circuit using 555 timer. 6) Design of an Ultrasonic distance meter. 7) Design of a fingerprint recognition device. 8) Design of a Head Movement Controlled Human-computer Interface 9) Design of a Industrial Automation Using Speech Recognition with Wireless Monitoring. 10) Image Processing Based Toll Automation Using ANPR. 11) PIC Based Greenhouse Monitoring and Controlling System 12) Real Time Patient Monitoring System Based on ECG Signals 13) Gesture Recognition Based Wireless Control Using MEMS. 14) Zigbee Based Remote Monitoring of Temperature and Relative Humidity Using PIC. I am interested in doing the antenna for cancer detection as it hits home. But need a good suggestion, more preferably under antennas as See Chan is the best tutor Would be very helpful . I have no idea how to approach this. I am able to answer any questions that you may have Thank you
  6. Hi guys, New here! Got a quick few questions. So i am in my final year and looking to choose my final year project. I really want to ace the project for 3 reasons. -70 % of grades so if i do this well, i can potentially get a first. - Individual project, so i can learn a lot and also apply what i have learnt. - Have some confidence for the job market, have something to talk about and impress employers. Now my concern here is, that i choose the correct project. 1. Something that is upcoming and modern. 2.Comprises of a combination of skills used; design work etc. 3. Something that would impress employers. The following is a list of all projects that have been given to by tutors to work on. Navneet Soin 1) Development of high performance dielectric-dielectric triboelectric systems for energy harvesting 2) Development of dielectric-metal triboelectric systems for energy harvesting Akram Bati 1) Wind Turbines Power Quality Control 2) Flexible multi-axis Solar Panel Tracker with MPPT 3) Minimizing Power Systems oscillation by series controlled FACTS device 4) Generator control of Wave Energy Converter 5) Sensorless Speed control of Industrial Induction motors 6) Stability Improvement of Permanent Magnet Synchronous Generators PMSG Chan See 1) Multiple Input Multip Output (MIMO) antenna Design for LTE (4G) mobile handset 2)A implantable antenna design for biomedical device. 3) MIMO antenna forultrawideband application. 4) Tunable UWB antenna for cancer detection. 5) Compact PlanarRectanna for Wireless Power Transfer in the ISM band. 6) Designing low power Wireless sensor network system (Hardware/Software) forInternet of Things (IoT) or on body area network. 7) Pattern reconfigurable antenna for wireless/mobile communication. Kevan Smart 1) Design of vehicle movement detector using street lights 2) Design of vehicle movement detector using street lights 3) Design of Bluetooth controlled electronic home appliances 4) Design of density based traffic signal system using microcontroller 5) Design of LC meter circuit using 555 timer. 6) Design of an Ultrasonic distance meter. 7) Design of a fingerprint recognition device. 8) Design of a Head Movement Controlled Human-computer Interface 9) Design of a Industrial Automation Using Speech Recognition with Wireless Monitoring. 10) Image Processing Based Toll Automation Using ANPR. 11) PIC Based Greenhouse Monitoring and Controlling System 12) Real Time Patient Monitoring System Based on ECG Signals 13) Gesture Recognition Based Wireless Control Using MEMS. 14) Zigbee Based Remote Monitoring of Temperature and Relative Humidity Using PIC. I am interested in doing the antenna for cancer detection as it hits home. But need a good suggestion, more preferably under antennas as See Chan is the best tutor Would be very helpful . I have no idea how to approach this. I am able to answer any questions that you may have Thank you
  7. Please share your Engineering profile

    Name -hailemariam walle Engineering- Branch electrical and computer Engineering college -dira dawa university Location (City/ Country)-Ethiopia Engineering Batch-2015 Engineering Company/ Dream company to work for- marine of Germany Area of Interest -main electrician Project undertaken Any other info you want to shareh
  8. TELECOMS

    Skip to content Skip to navigation Study | Research | Business | Alumni | News | About University of WarwickPublications service & WRAP Highlight your research WRAP Publications Service Statistics Help & Advice Login Admin Telecommunications law and regulation in Nigeria : a study of universal service provision Tools Opata, Chukwudiebube Bede Abraham (2010) Telecommunications law and regulation in Nigeria : a study of universal service provision. PhD thesis, University of Warwick. PDF WRAP_THESIS_Opata_2010.pdf Restricted to Repository staff only until 12 December 2036. - Requires a PDF viewer such as GSview, Xpdf or Adobe Acrobat Reader Download (1978Kb) Official URL: http://webcat.warwick.ac.uk/record=b2491641~S1 Abstract This thesis undertakes an analysis of the law pertaining to the regulation oftelecommunications in Nigeria generally and more specifically with regards to theextension of access to telecommunications services to unserved and underservedpersons and areas in Nigeria. The study is situated in the context of privatisation andliberalisation reform of the Nigerian telecommunications sector. It addresses thequestion of how to extend access to telecommunications services in Nigeria tounserved and underserved persons and areas. This question is researched by focusingon the sector regulator the Nigerian Communications Commission and analysing themechanisms, ranging from licensing to interconnection to universal service provisionand the National Rural Telecommunication Programme, that have been deployed inthe past to achieve this objective to ascertain how these may be improved to ensurethat as many persons and areas as possible have access to telecommunicationsservices. The issue of securing the accountability of the regulator responsible for thedeployment of these access extension mechanisms is also addressed. The researchidentifies the main international influences on the development of the Nigerianregulatory framework and shows the country’s ability to borrow from a number ofsources while adapting and refining the borrowed rules to solve Nigerian problems.The thesis makes a contribution to knowledge in at least three material ways.It is, to the best of my knowledge, the first work on the legal framework for theregulation of telecommunications in Nigeria after the enactment of theCommunications Act 2003. Secondly, it is also the first work that I am aware ofwhich analyses issues of access to telecommunications services using a variety ofregulatory mechanism as opposed to focusing on universal access and universalservice alone. Finally it presents a positive illustration of a successful outcome ofglobalisation of rules, specifically the transposition or transplantation of specific legalrules in the economic context of a developing African country. Item Type: Thesis or Dissertation (PhD) Subjects: K Law > KN Asia and Eurasia, Africa, Pacific Area, and Antarctica Library of Congress Subject Headings (LCSH): Telecommunication -- Law and legislation -- Nigeria Official Date: December 2010 Dates: Date Event December 2010 Submitted Institution: University of Warwick Theses Department: School of Law Thesis Type: PhD Publication Status: Unpublished Supervisor(s)/Advisor: McEldowney, John F. Extent: xxviii, 335 leaves Language: eng URI: http://wrap.warwick.ac.uk/id/eprint/35531 Request changes or add full text files to a record Actions (login required) View Item Email us: publications@warwick.ac.ukContact DetailsAbout Us
  9. Please share your Engineering profile

    ANAMUL HAQUE Electrical and Electronics Engineer Bangladesh University of Business and Technology Dhaka,Bangladesh 2015 Meghna group of Industries Ltd Erection And Commissioning Sonargaon Flour and Dal Mills
  10. FREQUENCY BAND

    https://en.wikipedia.org/wiki/Radio_spectrum Very good explanation.
  11. Please share your Engineering profile

    Name: Dejan Šicarević Engineering Branch: automation, electronics and telecommunications Engineering college: School of Electrical and Computer Engineering of Applied Studies Location (City/ Country) :Serbia, Belgrade Engineering Batch: 2015 Engineering Company/ Dream company to work for: Now, I work as maintenance engineer in Mei Ta Europe. Area of Interest: Automation, electronics, audio electronics, micro controllers
  12. FREQUENCY BAND

    Basically any notes about frequency band?
  13. FREQUENCY BAND

    Basically any notes about frequency band?
  14. 1. Fast Switching Characterstics than MOSFET, BJT, IGBT 2. Low cost 3. Higher Accuracy. 4. Low power consumption. The drive is voltage controlled one rather then rheostat control.So power loss will be reduced which will improve the efficiancy 5. Easy Operation 6. No rotating parts 7. Smoother control can be possible unlike step variation in the speed in the general rheostat control 8. Wide range of control is possible with the provision of firing angle control 9.Ssize of controller will be small and the heat dissipation provisions are also not much larger as in case of rheostat controllers. 10. With the advancement of electronic devices its manufacturing cost is very much reduced so will be cheaper than the rheostatic.
  15. Please share your Engineering profile

    Sainthamaruthu
  16. Please share your Engineering profile

    Name : AR.Ashfak Ahamed Engineering branch : Electrical Engineering Engineering college : University of Moratuwa Location : Sainthamaruthu/SriLanka Engineering batch : 2016
  17. Please share your Engineering profile

    Name:- Sandesh Chavan Engineering Branch:- Electrical Engineering Engineering college:- SKN Sinhgad Institute Of Information Technology And Science,Pune Location (City/ Country):- Pune (Maharashtra, India) Engineering Batch:- 2017 Engineering Company/ Dream company to work for:- Siemens,L & T, Schneider electric, ONGC,NTPC, etc. Area of Interest:- Maintenance Sandesh Chavan Resume.pdf
  18. We should understand d question first, transmission lines not distribution lines. I believe we need to do more research about it because all of us saying about distribution lines.
  19. I agree with u because no matter d type of insulation materials human being carry, he can't touch 11kv and birds do touches 33kv in fact 132kv
  20. Hello World & The EEEC from San Francisco East-Bay, Northern California. -B
  21. Hi, I'm sundar from tamilnadu. I finished my bachelor degree in electrical and electronics engineering(2017). Please if any job openings are there tell to me.. My mail Id:sundarb.tce@gmail.com
  22. electrical

    Biu
  23. Google earth. I use it to determine the distance from one point to another in setting up line of sight communication and expected distance of coverage for some mode of simple and half duplex communication.
  24. I think two factors are responsible for the bird protection. 1) Insulation. The insulator the bird's are carrying under their clawed have great percentage of resistance to the flow of electron in their body as compared to humans. If an insulator is resistance to 25kv, it may not be resistance to 35 or 55kv. 2) completing the Electrical path is another factor one can look at. Your distance to earth when in contact with a high voltage source play a cardinal point in one been electrocuted as compared to the bird crossectional area. Anyway just my little thought.
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