Searching for a proper undergraduate project to undertake

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SUMMARY

The discussion centers around an undergraduate physics student seeking a research-oriented project in optics or electronics. The student expressed disinterest in a DIY Arduino project and desires an experimental project that could lead to publication. Suggestions include exploring industry-level technical journals such as Analog Dialogue and EDN magazine, as well as Maker resources like Makezine for practical project ideas. The student has access to a multimeter and university equipment, which can facilitate more advanced experimental work.

PREREQUISITES
  • Basic understanding of optics and electronics principles
  • Familiarity with experimental research methodologies
  • Access to electronic equipment such as multimeters and university lab resources
  • Knowledge of industry-level technical journals and Maker resources
NEXT STEPS
  • Research experimental project ideas in optics and electronics
  • Explore Analog Dialogue and EDN magazine for relevant articles
  • Investigate Makezine for practical project inspiration
  • Consider the feasibility of tuning circuits and bandwidth reduction experiments
USEFUL FOR

Undergraduate physics students, aspiring researchers in optics and electronics, and anyone seeking innovative project ideas for academic publication.

Zaya Bell
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Summary:: Searching for proper undergraduate project to undertake

I'm a physics student, and I was randomly assigned a lecturer that was specialised in optics and electronics. He gave me two topic options to choose from, one was optics, the other electronics. However, I didn't like the particular electronics topic, so I told him. It was on some diy project using Arduino.
But the thing is, I don't want that, I don't just want some electronics project that with time I could do at home as my undergraduate project. I wanted something research oriented, something experimental. Something if done well could be worthy of being published. I told him this, and he said it's okay, and I should get back to him on what I want to do.

So I want to ask for ideas here. I want ideas about experimental work that is feasible and within the capability of an undergraduate.

Please help.
 
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So it sounds like you didn't like the idea of a DIY project with an Arduino, right? Do you have any electronic equipment at home that you can use for this (voltmeter, usb-based instruments, etc.)? What magazines/journals/websites have you been reading while looking for ideas. Have you looked into any Maker resources?
 
berkeman said:
So it sounds like you didn't like the idea of a DIY project with an Arduino, right? Do you have any electronic equipment at home that you can use for this (voltmeter, usb-based instruments, etc.)? What magazines/journals/websites have you been reading while looking for ideas. Have you looked into any Maker resources?
I have a multimeter, and yes I checked some school website, and some other website. I got an idea of possibly reducing bandwidth of tuning circuits to increase the spectrum space but I'm not sure bout the possibility of an undergraduate student cracking that.
 
I'm not sure about journals though. Cuz I was thinking articles there will be too deep for me. Doctoral level, advanced research. And for
equipments I don't have, I could use the university's.
 
Zaya Bell said:
I'm not sure about journals though. Cuz I was thinking articles there will be too deep for me. Doctoral level, advanced research. And for
equipments I don't have, I could use the university's.
Yeah, for an undergraduate project, I wouldn't expect you to be reading technical journals at the graduate school level. I meant more like industry-level technical journals, like Analog Dialog from Analog Devices, for example:

https://www.analog.com/en/analog-dialogue.html#

And EDN magazine:

https://www.edn.com/

And for more fun, practical projects, maybe Makezine from the Maker community:

https://makezine.com/

:smile:
 
Rich information, I'm going start digging through.
 
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