Critique My Self-Study Schedule (Signal Processing & RF Electronics)

In summary, the person is currently in training to finish their degree, and they are planning to self-study while working full time. They are a typical student and attended a top university.
  • #1
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Hello everybody. I have already graduated
I am currently in training at work which I am required to finish intensive courses. So I will start when it's completed.

My interests are in Signal Processing & RF Electronics which you could tell by the study plan I created.

I will be taking a slow approach to studying so I can understand thoroughly and retain information much more efficiently by scanning the textbooks, solving their problems, and taking notes as I summarize the main points.

In addition to the lab courses, I will get hands-on experience by doing personal projects and simulating them in software such as GNU Octave, XCOS, LabView, LTSpice, Proteus, TinkerCAD, Advanced System Design, etc. In order to boost my knowledge. This may sound silly, but I will also be writing a report for every experiment completed. Basically doing projects that I have theoretically studied and learned about.

I will eventually go to graduate school, but right now it's not an option.

I would like to hear your thoughts of it, and what can I do to make it better.
 
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  • #2
It is hard to critique your plan without information about your background and situation. Answers to these questions will help us assess that:
  • Are you planning self-study while working full time?
  • Are you single or do you have a family? (This impacts how much free time you'll have.)
  • You list university courses. Will you be attending them in person or online?
  • Some of the courses you list require preparation such as: ODE and PDE, complex variables, linear algebra, Fourier transform theory and E&M. Do you have these? What other relevant courses have you completed? What was your degree in?
  • The number of courses you plan to take at once (five plus labs) will be extremely challenging. What kind of student are you? Did you attend a top university (Oxford/Harvard/Stanford/etc.) and find the courses so easy that you were bored? Are you a more typical student?
The more information you can provide, the more helpful the advice you receive will be.
 
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  • #4
Oh! You said you intended to get straight A's from that point forward. How did you do?
 
  • #5
Hi, sorry for reviving and hijacking this thread :)
But may I ask where are these module codes from?
Are these standard USA academic codes or maybe some site where a person can mix and match modules?
 
  • #6
Welcome to PF. :smile:

DraxDomax said:
Hi, sorry for reviving and hijacking this thread :)
But may I ask where are these module codes from?
Are these standard USA academic codes or maybe some site where a person can mix and match modules?
No, those "module codes" are class numbers from whatever university the OP was going to or using to study. Each university has different numbers for classes.

You can go to a university webpage and look up the "degree requirements" for various majors, and the required classes will be listed there, including their course numbers.

Hope that helps. :smile:
 
  • #7
yeah, I think these codes are from an Illinois University program.
Looks cool how you can mix and match.
If I understand correctly, you get enough points and achieve a degree?
 
  • #8
  • #9
nice. I have a degree in finance but it was a set menu :D
 

FAQ: Critique My Self-Study Schedule (Signal Processing & RF Electronics)

How many hours per week should I dedicate to self-study in signal processing and RF electronics?

The number of hours can vary based on your background and goals, but a good starting point is 10-15 hours per week. This allows for a balance between depth and retention without overwhelming yourself.

What key topics should I include in my self-study schedule for signal processing?

Key topics should include Fourier transforms, convolution, digital filtering, sampling theory, and spectral analysis. These foundational concepts are essential for understanding more advanced material in signal processing.

How can I effectively balance theoretical study and practical application in RF electronics?

Allocate specific time blocks for both theory and practice. For example, you could spend 60% of your time on theoretical study (reading textbooks, watching lectures) and 40% on practical application (lab exercises, simulation software). This balance ensures you understand the principles and know how to apply them.

What resources are recommended for self-study in signal processing and RF electronics?

Recommended resources include textbooks like "Signals and Systems" by Oppenheim and Willsky for signal processing and "RF Circuit Design" by Ludwig and Bretchko for RF electronics. Online courses from platforms like Coursera or edX and simulation tools like MATLAB and LTSpice are also valuable.

How can I assess my progress and understanding in these subjects?

Regularly test your knowledge with practice problems and past exam papers. Additionally, working on small projects or case studies can provide practical benchmarks for your understanding. Joining online forums or study groups can also offer feedback and support.

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