Wanting to study electronics, difficulty? preparation?

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SUMMARY

The discussion centers on preparing for a program in Electronics and Information Engineering, emphasizing the integration of computer science, IT, and electronics. Key recommendations include improving mathematical skills, utilizing resources like "The Art of Electronics" by Horowitz and Hill, and engaging in hands-on projects with hobby electronics kits. The participant expresses concerns about their academic background and mental health but is determined to succeed and truly understand the material. The importance of practical experience in electronics is highlighted as a means to foster deeper learning.

PREREQUISITES
  • Basic understanding of electronics concepts such as current, voltage, and resistance.
  • Familiarity with mathematical principles relevant to engineering, including algebra and basic calculus.
  • Knowledge of computer science fundamentals, including algorithms and operating systems.
  • Experience with hands-on electronics projects or hobby kits.
NEXT STEPS
  • Read "The Art of Electronics" by Horowitz and Hill for foundational knowledge in electronics.
  • Engage in hobby electronics projects to apply theoretical knowledge practically.
  • Study mathematical concepts relevant to engineering, focusing on areas of weakness.
  • Explore online resources or courses in computer science fundamentals to strengthen programming skills.
USEFUL FOR

University students transitioning into electronics and information engineering, aspiring engineers seeking foundational knowledge, and individuals looking to enhance their practical skills in electronics and mathematics.

Kilo Vectors
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Hello

I am currently a university student studying business. I am going to apply to a program in electronics and information engineering.

I liked the program because it is a mix of computer science (algorithms, operating systems, software engineering and computer architecture modules) , IT (communications systemss, among others) and electronics (ee 1,2, microcontrollers, digital electronics, among other modules)

I am just really worried I might not be able to cope or struggle with the program. I am not good at math though I am learning it well. It takes a lot of time to really understand math in my opinion, it is easy to just rote learn it fast and practice for me though.

I also have some mental problems so I often struggle, I am starting out at 21 which is a bit late. It is concerning so I often think I should drop university all together. This is difficult for me to do as I have very few skills except for 3d art, but deep down I've never really known what else to do? I always love to learn and create things.

What are some good electronics books you can recommend? and what should one do to prepare himself? I mean really preapare himself. I have gone through the syllabus and I will start studying it, but just wanted to know from others. When I start the program in about 6 months I want to "hit the ground running". But most importantly I want to actually learn and understand! if you can understand what I am saying, I hope not to become one of those students who is just working towards a pass. I really enjoy mathematics and physics but am weak at it..Mainly because I never studied it too much before. I never took exams in physics to obtain my university entrance qualification.

Ps: when I was 15 I was the best student at physics and electricity was my favourite topic, we had covered just the basics though..current, voltage, power, resistance ohms law, circuits and measurements I remember getting the highest grade in the lab and the test (5/6)..after that I didn't attend school much, in fact due to family problems and cyclical poverty I've only attended 6 years of school in total, the last time i hurriedly completed my final exams so as to get into university.

thank you for your time, sorry if anything is not clear.
 
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It's good to work on your math skills -- math is at the core of all STEM careers, IMO. I wasn't great at math mid-high-school (US), but improved a lot by the end of high school and in undergrad.

For electronics, I'd recommend checking out "The Art of Electronics" by Horowitz and Hill. It's a good introduction to basic Electronics, IMO, and has some very practical aspects to it.

I'd also recommend that you put together a few hobby electronics kits -- building real things helps you to start "asking the right questions". When you are trying to build and use real circuits, you end up asking some real practical questions. And those questions can help you in your studying and learning.

Have fun and enjoy the ride! :smile:
 
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