Final Year Project in RF/Microwaves/Antenna Designing

[alak]

Final Year Project

I wish to do my final year project in RF/Microwaves/Antenna Designing. I would like you guys to suggest some good topics for tht.

Thanks..........

 

[fighter5555]

designing a 4 patch antenna array or coupler is easy..

 

[zeeshanqam]

U can design antenna for UWB... and work on the size reduction of the antenna
or u can work on the bandwidrh enhancement......
or design RFID array antenna.... and work on the gain enhancement of antenna

 

[alak]

@ Zeeshan: I have already done size minimization. bandwidth enhancement. Dual band patches, microstrip patch array. I already did gain enhancement using photonic substrates. I would look into your suggetion of RFID. I have never touched it. I would be thankful if u could give me more specific details.[/b]

 

[biff44]

Ultra wideband is dead, dead, dead!

Design something that will be hot in the future.

There is a lot of future wimax work in the new 3.8 GHz band, as an example.

 

[vfone]

In fact UWB is not dead. Was not even born yet. I know few start-ups who spent few millions before shut down their business.

 

[zeeshanqam]

yes UWB is not dead... because of its enhance bandwith..... well i m uploading couple of research papers for ur help alak

 

[biff44]

In fact UWB is not dead. Was not even born yet. I know few start-ups who spent few millions before shut down their business.

along with LMDS, MMDS...its like Deja Vu all over again!

 

[adamltc]

try search any similar projects using this website...
**broken link removed**

 

[alak]

Well THANK YOU guys for all your guidance....

 

[amihomo]

Hi
by the way, I'm confused in selecting a hot topic for my MSc. thesis in Antenna & Microwave Engineering.

UWB antenna design, reconfigurable antennas and filters or ...?
can you advise me what topic to choose?

 

[AndyECE]

Dual-polarized phased arrays is an area that's receiving a lot of attention, and there are still relatively few solutions to the engineering and signal processing issues associated with them.

 

[Leilon]

Metamaterial is good topic for researching. also UWB antenna is very good subject.
In 2002, Federal Communications Commission (FCC) released a bandwidth standard of 7.5GHz (from 3.1GHz to 10.6GHz) for ultra wideband (UWB) wireless communications. It was after then that UWB started to develop as a high data rate wireless communication technology.

 

[amihomo]

My Professor says that UWB antenna projects have a weak theoretical basis and rely only on software simulation

 

[Garbonzo]

Research microstrip to SIW (substrate integrated waveguide) launches. All literature I can find concentrates entirely on the microstrip side. None have solved the very ugly changes in Z0 near cutoff, leaving ~15% above cutoff with a pretty poor match. Investigate using flared sections of waveguide (quarter wave sections). I've used it empirically with wonderful results, but a proper academic dissection that resulted in useful synthesis would be great. Similarly a good model for the actual parasitics of the MS->SIW discontinuity itself that did not rely on a field solver would be a great contribution.

 

[Leilon]

rail-gun is very interesting and useful topic in electromagnetic field. UWB for detection of breast cancer has application in medical! therefor is good subject for researching

 

[adamltc]

Mylabshop: Search engine for engineering projects and electr

https://www.mylabshop.com
Try this search engine to search for engineering projects and electronic circuits.[/url]

 

[nitin2735]

hi leilon

UWB for detection of breast cancer has application in medical! therefor is good subject for researching


plz provide me the detail in this regard

thanks in advance


nitin

 

[Leilon]

Hi nitin2735,
you can find excellent articles in IEEE