A Comprehensive "Map of Electronics Engineering"

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SUMMARY

The discussion centers on the need for a comprehensive map of electronics engineering, similar to existing resources for physics. Key components sought include fundamental concepts, applications in industry, categorization of subtopics, and basic explanations for beginners. The user also requests a list of recommended resources for each subtopic and prerequisites in mathematics. The conversation emphasizes the importance of interdisciplinary connections and the latest advancements in the field.

PREREQUISITES
  • Understanding of fundamental physics concepts
  • Basic knowledge of mathematics relevant to electronics
  • Familiarity with electronics engineering terminology
  • Awareness of interdisciplinary fields such as computer engineering and biology
NEXT STEPS
  • Research "Signal Processing and Linear Systems" in electronics engineering
  • Explore resources on "Network Analysis" and its applications
  • Investigate introductory texts on electronics engineering, similar to "A Short History of Nearly Everything"
  • Compile a list of online courses covering fundamental and advanced topics in electronics engineering
USEFUL FOR

This discussion is beneficial for beginners in electronics engineering, educators seeking to guide students, and professionals looking to understand the breadth of the field and its interdisciplinary connections.

JC2000
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Summary:: I was wondering if there was a map of electronics engineering much like this does for physics (https://www.youtube.com/watch?v=ZihywtixUYo).

I realize that looking at undergrad course outlines should give a decent picture of the field. However I am looking for a more comprehensive map which also includes the following :

  1. Fundamentals of the field (down to the underlying physics concepts)
  2. Extends to areas of application/ industry
  3. Sub topics and their categorisation
  4. A basic explanation of what each sub topic is about (for instance I was looking up a course outline and topics like "Signal Processing and Linear Systems" etc hardly ring a bell for a complete beginner like me much like "Interference" or "Network Analysis" would not ring a bell if I were to open a high school physics textbook before high school...)
  5. Possibly even a list of best resources to learn each subtopic from...
  6. In a parallel list prerequisites from mathematics for each area
  7. Highlights interdisciplinary areas (with computer engineering/ biology etc) as well as the 'frontiers' of the field...

I would be grateful if you could :
  • Link such a resource if it exists...
  • Give as much information as you can and I will try to compile it ( assuming this would be useful), although this would take me a while as I am a complete beginner...
Additionally, are there any introductory/casual reads which give an overall perspective about the field (much like Bill Bryson's A Short History of Nearly Everything)?
Thank you for your help!
 
Last edited:
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Since you want to map to guide you to choose courses, I moved this thread to academic guidance.
 
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