Can a Master's Project in RFID Still Offer Unique and Valuable Contributions?

AI Thread Summary
The discussion centers on the challenges of pursuing a master's project in RFID, particularly in light of existing applications and solutions. The author expresses concern that any novel idea may already be implemented or that better alternatives exist outside of RFID technology. They are specifically interested in designing a passive temperature sensor for embedded systems, such as monitoring printer components. Despite the potential for integrating resistive thermal devices into RFID circuits, the author feels discouraged by the prevalence of existing passive RFID temperature sensors. The conversation highlights the difficulty of finding unique contributions in a saturated field.
DragonPetter
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I am thinking of some RFID applications, and the web seems to prove there is an endless supply of applications and problems already solved.

Is there any hope to do a master's thesis/project in this field that would be worthwhile? If I come up with a good idea, its already done, and if I come up with an idea not already done, there's a better way to do it than with RFID :(
 
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BTW, I'm looking to design some type of sensor. I was thinking a passive temp sensor that an embedded system could use to probe itself (a printer mobo that wants to know the temps. of its various components for example).

So I would want to do the physical design of the sensor. Not so interested in making a completed system using the sensor.
 
I don't see any reason that a RTD (resistive thermal device) can't be integrated into your rfid circuit that could be read by the μP. You would need other circuitry to digitize the temp signal.
 
An ingestible thermometer would be really useful for a project I'd like to do.
 
OK but a quick google search shows there's already passive RFID temp. sensors . . so I am a little discouraged.
 
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