Electronics and communication seminar topics...

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iam getting confused with the seminar topics pliz give me some nice topics

[FONT=TimesNewRoman,Bold]MST Business​[/FONT]1. Case study of a successful MST product (if you are interested in, discuss with Pasi)​[FONT=TimesNewRoman,Bold]Automotive applications​[/FONT]2. Microsensors in vehicle stability and driving control (Daniel Hänel)
3. MST in engine management (Marko Perukangas)​[FONT=TimesNewRoman,Bold]Medical and biological applications​[/FONT]4. Whole blood separation on chip​5. Smart pill (Valtteri Heiskanen)​6. MST in “cellomics” / cell chips
7. Proteomics chips​8. Implanted microsystems for vision aids (Antti Isomäki)​[FONT=TimesNewRoman,Bold]Computers, consumer electronics and communication​[/FONT]9. Microchannel based electronics cooling​10. Micro-mirror based projection displays (Frank Käsler)
11. RF-MEMS (Jukka Loimuneva)
12. MST in telecommunication networks (Janne Laaja)​[FONT=TimesNewRoman,Bold]Microfabrication​[/FONT]13. Soft lithography​14. Laser Micromachining (Mikko Saarniaho)​[FONT=TimesNewRoman,Bold]Microactuators​[/FONT]15. Chemical microactuators​[FONT=TimesNewRoman,Bold]Microsensors​[/FONT]16. SAW (surface acoustic wave) sensors (Simon Steves)​17. LAPS sensors
18. Microelectrode sensors for cell cultivation
19. Scanning electrochemical microscopes​[FONT=TimesNewRoman,Bold]Microassembly​[/FONT]20. Nanomanipulation​21. Optical tweezers (Matei Rusu)​[FONT=TimesNewRoman,Bold]Micro-optics​[/FONT]22. ​An overview of micro optics (Jarkko Kylmälä)​
[FONT=TimesNewRoman,Bold]Microfluidics​[/FONT]23. Electrokinetic pumping (Sami Rantasalo)​24. Microfluidics in production chemistry / chemical synthesis on chip
25. Capillary electrophoresis on chip​[FONT=TimesNewRoman,Bold]Power generation​[/FONT]26. Power MEMS (Ville Hevonkorpi)

SANTOO[FONT=TimesNewRoman,Bold]MST Business​[/FONT]1. Case study of a successful MST product (if you are interested in, discuss with Pasi)​[FONT=TimesNewRoman,Bold]Automotive applications​[/FONT]2. Microsensors in vehicle stability and driving control (Daniel Hänel)
3. MST in engine management (Marko Perukangas)​[FONT=TimesNewRoman,Bold]Medical and biological applications​[/FONT]4. Whole blood separation on chip​5. Smart pill (Valtteri Heiskanen)​6. MST in “cellomics” / cell chips
7. Proteomics chips​8. Implanted microsystems for vision aids (Antti Isomäki)​[FONT=TimesNewRoman,Bold]Computers, consumer electronics and communication​[/FONT]9. Microchannel based electronics cooling​10. Micro-mirror based projection displays (Frank Käsler)
11. RF-MEMS (Jukka Loimuneva)
12. MST in telecommunication networks (Janne Laaja)​[FONT=TimesNewRoman,Bold]Microfabrication​[/FONT]13. Soft lithography​14. Laser Micromachining (Mikko Saarniaho)​[FONT=TimesNewRoman,Bold]Microactuators​[/FONT]15. Chemical microactuators​[FONT=TimesNewRoman,Bold]Microsensors​[/FONT]16. SAW (surface acoustic wave) sensors (Simon Steves)​17. LAPS sensors
18. Microelectrode sensors for cell cultivation
19. Scanning electrochemical microscopes​[FONT=TimesNewRoman,Bold]Microassembly​[/FONT]20. Nanomanipulation​21. Optical tweezers (Matei Rusu)​[FONT=TimesNewRoman,Bold]Micro-optics​[/FONT]22. ​An overview of micro optics (Jarkko Kylmälä)​
[FONT=TimesNewRoman,Bold]Microfluidics​[/FONT]23. Electrokinetic pumping (Sami Rantasalo)​24. Microfluidics in production chemistry / chemical synthesis on chip
25. Capillary electrophoresis on chip​[FONT=TimesNewRoman,Bold]Power generation​[/FONT]26. Power MEMS (Ville Hevonkorpi)

Do you have detail material on topic no 11 and 21...?
Give me, link about that topic.

HI
I am a mechanical engineer , working as design engineer presently. but i have tried my best and providing u the links related to topics 11 &21.

en.wikipedia.org/wiki/RF_MEMS
heim.ifi.uio.no/~oddvar/rfmems.htm
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my.ece.ucsb.edu/yorklab/Projects/MEMS/rf_mems.htm
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en.wikipedia.org/wiki/Optical_tweezers - 88k
www.stanford.edu/group/blocklab/Optical%20Tweezers%20Introduction.htm - 10k -
www.nbi.dk/~tweezer/introduction.htm - 13k
#-Link-Snipped-#
physics.nist.gov/Divisions/Div842/Gp4/tweezers.html - 6k
www.st-andrews.ac.uk/~atomtrap/Resources.htm - 63k
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physics.ucsd.edu/neurophysics/courses/physics_173_273/optical_trap_guide.pdf -
motility.york.ac.uk/poster/poster.shtml - 5k
www.molecular-machines.com/ - 21k
www.eecs.berkeley.edu/~boser/pdf/rfMEMS.pdf

Thanks for the material addition

please suggest me a seminar topic as early as possible...please help me out...

hey u can give seminar on OLED..
its good topic..
n for more information about OLed u can refer site howstuffworks.com

There are many topics in regarding the electronics and communications for seminar some of them are

1.Magnetic Amplifiers
2.Illumination with Solid State Lighting
3.Tri-Gate Transistor
4.Low Power Wireless Sensor Network

These are some of the best topics you can give seminar on.

Can you give websites references for preparing a report on microelectronic pill.

please send me full report and ppt about parasitic computing as soon as possible...

i suggest you the page #-Link-Snipped-# for microelectronic pill more information

nandini.nCan you give websites references for preparing a report on microelectronic pill.

Here is PPT of microelectric pill <a href="https://www.slideshare.net/tavinav/microelectronic-capsule" target="_blank" rel="nofollow noopener noreferrer">Microelectronic Capsule</a>