How Can I Maximize My Summer Power Learning Plan?

AI Thread Summary
The discussion centers on a plan to study math intensively over the summer, aiming for 12-16 hours of study per day to enhance mathematical maturity for tackling algorithms in engineering. Key challenges include retaining complex concepts and the struggle with memorization, particularly in subjects like set theory. Suggestions emphasize the importance of pacing, incorporating breaks, and structuring study sessions to maximize retention, rather than simply completing books. Participants advocate for a balanced approach that includes exercise and adequate rest, highlighting the role of REM sleep in effective learning. Overall, the consensus is that a sustainable study schedule, with a focus on understanding rather than rote memorization, is crucial for success.
  • #51
I whole-heartedly agree.
 
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  • #52
This sounds unhealthy to be honest and the fact your putting in 10 hours a day to just studying already is also not that healthy.

Why not look for internships instead, they will hold a lot more value for an engineering student then trying to force yourself to study for 16 hours a day which is not likely to happen.

It reminds me of people who do crash diets to look good, while it might work short term long term is not the best strategy.
 
  • #53
Loststudent22 said:
This sounds unhealthy to be honest and the fact your putting in 10 hours a day to just studying already is also not that healthy.

Why not look for internships instead, they will hold a lot more value for an engineering student then trying to force yourself to study for 16 hours a day which is not likely to happen.

It reminds me of people who do crash diets to look good, while it might work short term long term is not the best strategy.

Unfortunately for me, I'm not the only one studying 10 hours a day. It's pretty common in engineering at my school. Everyone I know studies at least ~40 hours a week, on top of class. (~80 hours a week)

I also don't like engineering, and I'd rather acquire knowledge and advance my math skills than gun for a top-notch engineering job. My interests are 100% in math, computer science, and security (cracking <-- most of my interest in computer science relates to this). But everyone I know has found out I'm doing engineering, and if I switch people will remind me every day about it, believing that I dropped out because it was too hard.

Besides, the circuit knowledge might come in handy one day if I get into embedded systems or cracking video game consoles.

I'd gain more benefit from coding/doing math than getting an engineering internship. Haven't learned anything in first year.
 
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  • #54
One thought, most likely my last one. Maybe a good idea to use the posts in here to allow you to consider the possible pitfalls, obstacles you may face in your plan and change the plan accordingly. Good luck on your plans.
 
  • #55
WWGD said:
One thought, most likely my last one. Maybe a good idea to use the posts in here to allow you to consider the possible pitfalls, obstacles you may face in your plan and change the plan accordingly. Good luck on your plans.

Yes, indeed. People have given me great advice here that I plan to follow.
 
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