How to prepare for ECE (Electrical and Computer Engineering)

Click For Summary

Discussion Overview

The discussion centers around how to prepare for an electrical and computer engineering (ECE) course, with participants sharing various suggestions on topics to study and activities to engage in before the course begins. The scope includes theoretical knowledge, practical skills, and personal well-being during the summer break.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested
  • Homework-related

Main Points Raised

  • Some participants suggest focusing on physics and chemistry topics relevant to ECE, while others emphasize the importance of relaxing and enjoying the summer.
  • One participant humorously recommends memorizing a handbook, while another encourages a more laid-back approach to preparation.
  • Several participants propose engaging in hands-on projects, such as building circuits with Arduino or creating apps, to make learning enjoyable.
  • There are suggestions to study specific topics like Kirchhoff's Laws and to practice circuit problems to build intuition.
  • One participant questions why the original poster (OP) has not reached out to their future university to find out which textbooks will be used in the ECE program.
  • Another participant notes that a strong foundation in math, particularly algebra and calculus, is crucial for success in engineering courses.
  • Some participants advocate for a balance between academic preparation and personal time, suggesting that hands-on experience is valuable.

Areas of Agreement / Disagreement

Participants express a mix of opinions on the best approach to preparation, with some advocating for academic study and others emphasizing practical experience and relaxation. There is no consensus on a single best method for preparing for the ECE course.

Contextual Notes

Participants mention various educational resources and activities, but there is no agreement on specific textbooks or study materials. The discussion reflects a range of experiences and perspectives on balancing preparation with personal well-being.

Who May Find This Useful

Individuals preparing to enter electrical and computer engineering programs, as well as those interested in effective study strategies and hands-on learning approaches in STEM fields.

Chiner
Messages
6
Reaction score
0
Hello. I've just recently been accepted to an electrical and computer engineering course. I've only been out of school for 2 weeks but I can already tell that my memory is slipping and I can't remember anything I did. My course starts in late august, and I want to prepare for it so that I have an upper hand. What are some useful physics/chemistry topics that I should study for to have an upper hand?
 
Physics news on Phys.org
Chiner said:
Hello. I've just recently been accepted to an electrical and computer engineering course. I've only been out of school for 2 weeks but I can already tell that my memory is slipping and I can't remember anything I did. My course starts in late august, and I want to prepare for it so that I have an upper hand. What are some useful physics/chemistry topics that I should study for to have an upper hand?
The very best thing you can do is memorize this handbook:
9781482260960.jpg

That's what I did before I went to University, and it made all the difference...

Just kidding. Relax. Do your best when you get there, and you'll be fine.
 
berkeman said:
The very best thing you can do is memorize this handbook:
9781482260960.jpg

That's what I did before I went to University, and it made all the difference...

Just kidding. Relax. Do your best when you get there, and you'll be fine.

Haha it seems everyone tells me that. I guess I should just relax :)
 
Go to Wikipedia, type electric engineering and study every possible article that will return :D
 
First, get outside and enjoy your summer! Do something active if you are able.

If you really want to do something technical to "prepare", if I were you I would pick something that would actually be fun for you to do - so it would feel like a hobby and not like school. There are many possibilities, like learning how to make an app for you phone, or building something with an arduino, or making an audio amplifier (and download the free ltspice software to simulate it), or playing with Python (is free!), or if you play guitar you could try building a stompbox, etc.

Jason
 
I wonder why nobody advices him to do the proper thing, that's to make some phones on the University/College and find out which are the books that being taught there in the ECE department and buy the books and study them from now? He clearly mentions he wants to have an upper hand...
 
I think a lot of entering electrical engineers get really confused on Kirchhoff's Laws (KCL and KVL). You could buy one of those cheap Schaum's outline books and practice a few problems; trying 1 or 2 circuit problems a day would give you a competitive edge, stronger intuition, and it wouldn't really be imposing on your summer freedom.
 
Delta² said:
I wonder why nobody advices him to do the proper thing, that's to make some phones on the University/College and find out which are the books that being taught there in the ECE department and buy the books and study them from now? He clearly mentions he wants to have an upper hand...

Fair enough. Perhaps I was too quick to assume that hte OP was overstressed like most high schooler's I know these days (kids are expected to do much more than I did at that age). I found that the first 3 years of my EE curriculum was very heavy on theory and not so heavy on applications; spending time doing some more practical hands-on "playing" with relevant techology is useful, I think, which is why I suggested such an approach. Likewise, I found that summer and winter breaks were wonderful for recovering from stressful schoolwork.

If the OP really wants to do textbook kinds of work, then focusing on something that strengthens math skills is probably a good choice. My peers didn't seem to have problems understanding how to use KVL and KCL, but they did seem to have difficulty solving a gazillion circuit problems during a 90 minute exam without making a bunch of algebra mistakes.

Chiner, if you are concerned about your preparation, or if you really want to spend a handful of hours a week doing something academic, then it would help if you give us more info about your background (how much math and physics have you taken, at what level, did you understand it?), your interests, and something about the program you are starting (what country is it in?).

Jason
 
Certainly a book on Circuit Theory and another one perhaps on Logical Circuits should be central in his education as ECE.
 
  • #10
If you haven't taken calculus or ODE yet...Just brush up on your algebra and the rest should come easily. Most students seem to struggle early on in engineering from a weak math foundation. No sense learning logic, circuits, and physics if your algebra isn't top notch first.

If you know your calculus and some physics...I would suggest buying a simple circuit kit (leds, resistors, batteries) to gain some circuit intuition or diving into some Python programming, can't understate the importance of hands on experience/learning in engineering.

Realistically though, relax and enjoy summer. You have many semesters of studying coming up, take the break while you can.
 
  • #11
Get some real hands on experience. Buy an arduino.
Build some small circuits.
Try out programming at a website like codeacadamy.
 

Similar threads

  • · Replies 7 ·
Replies
7
Views
3K
  • · Replies 7 ·
Replies
7
Views
2K
  • · Replies 8 ·
Replies
8
Views
4K
  • · Replies 6 ·
Replies
6
Views
2K
  • · Replies 23 ·
Replies
23
Views
7K
  • · Replies 19 ·
Replies
19
Views
1K
  • · Replies 2 ·
Replies
2
Views
2K
  • · Replies 8 ·
Replies
8
Views
2K
  • · Replies 3 ·
Replies
3
Views
2K
  • · Replies 24 ·
Replies
24
Views
4K