How I Take Notes as an Engineering Student
Summary
TLDRIn this educational video, the creator shares a five-step note-taking process designed to enhance academic performance. The process begins with initial note-taking during lectures, followed by identifying knowledge gaps and filling them with resources like textbooks and online platforms. The third step involves compiling all notes into a comprehensive 'super notes' book. The final steps include practicing active recall for memorization-based courses and solving practice problems for math-intensive subjects. The video emphasizes the effectiveness of this method across various academic disciplines.
Takeaways
- π The video outlines a comprehensive note-taking process that evolves from the first day of class to the final exam.
- ποΈ It emphasizes that effective note-taking can be achieved with simple tools like a two-dollar notebook and a one-dollar pencil, not just digital devices.
- π The presenter, Tamer, a final-year mechanical engineering student, shares his personal study strategies, making the content relatable for students.
- π The process is broken down into a five-step method: Initial note-taking, Knowing what you don't know, Filling in the gaps, Compiling into one notebook, and Practice and active recall.
- π€ Initial note-taking involves capturing everything from lectures, even if it's not fully understood, to ensure no information is missed.
- β The 'Knowing what you don't know' step encourages identifying and writing down questions or points of confusion from the initial notes.
- π 'Filling in the gaps' involves seeking answers to the identified questions from various resources, including textbooks and online platforms like Khan Academy and YouTube.
- π The 'Compile into one notebook' step is about organizing all the gathered information into a single, comprehensive set of notes, or 'super notes'.
- π£οΈ 'Practice and active recall' is a method where students actively engage with the material by explaining concepts out loud and regularly reviewing notes to combat the forgetting curve.
- π The video also explains the importance of adapting study methods based on the type of course: practice questions for math-intensive courses and active recall for memorization-heavy courses.
- π‘ Lastly, the video provides a visual illustration of active recall, highlighting its effectiveness in moving information from short-term to long-term memory.
Q & A
What is the main purpose of the video?
-The main purpose of the video is to guide viewers through a comprehensive note-taking process that can be applied from the first day of class to the final exam, aiming to help them perform well academically.
What does the acronym 'IKFCP' stand for in the context of the video?
-The acronym 'IKFCP' stands for 'Initial note taking, Knowing what you don't know, Filling in the gaps, Compiling into one notebook, and Practice and active recall', which are the five steps outlined in the video for effective note-taking and studying.
How does the video suggest handling confusion during initial note-taking?
-The video suggests that during initial note-taking, if something confuses you or if you have questions, you should write them down as well. This helps in identifying areas of confusion later for further clarification.
What is the significance of using stars and question marks in the note-taking process as described in the video?
-In the note-taking process, stars are used to highlight important examples and key concepts, while question marks indicate areas of confusion or questions that need to be addressed later.
How does the video recommend using resources like textbooks and online materials to enhance notes?
-The video recommends using resources like textbooks and online materials to fill in gaps in understanding and to compile comprehensive notes. It suggests gathering information from these sources to create a single, organized notebook containing all necessary information for exams.
What is the role of 'active recall' in the study process as discussed in the video?
-Active recall plays a crucial role in the study process by encouraging students to actively engage with the material, recall information without looking at notes, and explain concepts out loud. This method helps to solidify information in long-term memory.
How does the video differentiate the note-taking approach between math-oriented courses and courses requiring memorization?
-For math-oriented courses, the video emphasizes the importance of doing practice problems to understand concepts, while for courses requiring memorization, it suggests creating detailed notes and using active recall to remember facts.
What is the 'forgetting curve' mentioned in the video, and how does it influence the study strategy?
-The 'forgetting curve' refers to the rate at which information is forgotten over time if not recalled. The video suggests that by actively recalling information regularly, students can counteract this curve and move information from short-term to long-term memory.
How does the video suggest students handle practice questions for math-oriented courses?
-For math-oriented courses, the video advises students to work through as many practice questions as possible from textbooks and other sources, ensuring they can solve them without looking at solutions and fully understand the concepts behind them.
What is the significance of the color-coding system used in the note-taking process as described in the video?
-The color-coding system in the note-taking process helps in organizing and prioritizing information. For instance, titles might be in red, steps in blue, important remarks in black, and examples in gray, which aids in quick identification and recall of key points.
Outlines
π Introduction to the Note-Taking Process
The speaker introduces their comprehensive note-taking process, which evolves from the first day of class to the final exam. They emphasize that despite the popularity of digital tools like iPads, traditional methods using a simple notebook and pencil can be just as effective. The process is broken down into a five-step method: Initial note-taking, Knowing what you don't know, Filling in the gaps, Compiling into one notebook, and Practice with active recall. The acronym 'I KFCP' is humorously mentioned, and the speaker, Tamer, a final-year mechanical engineering student, invites viewers to follow along with detailed examples from their own notes.
π Initial Note-Taking and Identifying Knowledge Gaps
The speaker discusses the first step of note-taking, which involves capturing information from lectures, either by annotating printed slides or by writing notes in a notebook. They acknowledge that not everything will be understood immediately, so it's important to also jot down questions and confusions. Two examples are given: one for a math-intensive course like linear algebra, where the speaker structures notes with titles, subtitles, and dates, and another for a fact-heavy course like materials science, where they print and annotate PowerPoint slides. The speaker highlights the importance of noting what confuses them and the value of revisiting these notes to clarify doubts.
π Filling Knowledge Gaps and Compiling Notes
The speaker moves on to the next steps of the process, which include reviewing rough notes to identify and answer questions, and then filling in knowledge gaps by consulting various resources. They share their experience of using online platforms like Khan Academy and YouTube to clarify difficult topics. The fourth step is about compiling all the gathered information into a single, organized notebook, referred to as 'super notes.' Examples are provided from linear algebra and material science, where the speaker uses color-coding and diagrams to enhance understanding and memorization. The goal is to have a comprehensive set of notes that cover everything needed for the exam.
π Active Recall and Practice for Exam Preparation
The final step in the note-taking process is active recall, which involves going through previously written questions and explaining concepts out loud to solidify them in memory. This method is particularly useful for courses with heavy memorization requirements. For math-related courses, the speaker emphasizes the importance of doing practice problems from textbooks and other sources to reinforce understanding. They explain how to use the forgetting curve to one's advantage by reviewing material regularly to move information from short-term to long-term memory. The speaker concludes by summarizing the strategy for different types of courses and encourages viewers to apply these methods to achieve good grades and understanding.
Mindmap
Keywords
π‘Note-taking process
π‘Lecture
π‘Textbook
π‘Online resources
π‘Initial note-taking
π‘Knowing what you don't know
π‘Filling in the gaps
π‘Compiling into one notebook
π‘Active recall
π‘Forgetting curve
Highlights
The video outlines a comprehensive note-taking process from the first day of class to the final exam.
The presenter emphasizes that effective note-taking can be achieved with simple tools like a two-dollar notebook and a one-dollar pencil.
The process involves compiling information from lectures, textbooks, and online resources into a single notebook.
An acronym 'IKFCP' is introduced to represent the five-step note-taking process.
The first step is 'Initial Note Taking', which involves capturing information directly from lectures or printed slides.
It's acknowledged that not everything will be understood during the initial note-taking, and confusion is expected.
The presenter demonstrates how to structure notes for a math-intensive course like Linear Algebra.
For courses heavy on facts and memorization, like Materials Science, the presenter shows how to annotate PowerPoint slides.
The second step, 'Knowing What You Don't Know', encourages identifying and writing down questions or confusions after the lecture.
The third step, 'Filling in the Gaps', involves seeking answers to the questions from various resources.
The fourth step, 'Compiling into One Notebook', is about creating a comprehensive set of notes, referred to as 'Super Notes'.
Color-coding is used in the notes to differentiate between titles, steps, important remarks, and examples.
The presenter explains the importance of active recall, which is the fifth step, especially for courses requiring memorization.
For math-intensive courses, the presenter recommends doing practice questions to reinforce understanding rather than memorization.
The video concludes with a summary of the five-step note-taking process and its benefits for exam preparation.
An illustration is provided to visually explain the concept of active recall and its impact on moving information from short-term to long-term memory.
Transcripts
in this video i plan on taking you
through my entire note-taking process
from when the lecture is first taught on
the first day of class
to the last day of the semester where
you'll have the final exam
but from a high level perspective i
basically take information from the
lecture
the textbook and a bunch of other online
resources like
khan academy youtube etc and i compile
it on
into one notebook that should
theoretically contain
all the information i need to do well on
the exam now i know there's a lot of
trending videos out there
that you know show that show off their
fancy ipads with their fancy apple
pencil
and with all these incredibly aesthetic
notes and don't get me wrong the ipad is
really useful and incredible
but i want to make this video show that
a simple you know two dollar notebook
and a one dollar pencil
can still help you create incredible
notes and help you get
really good grades now there's a five
step process that i file to go from
understanding nothing in a course
to while mastering it for the exam and
the five steps are like this
initial note taking uh knowing what you
don't know filling in the gaps
compiling into one notebook and uh
practice an active recall or for short i
guess a cool acronym could be
i kfcp okay it actually sounds kind of
weird
i just came up with that but regardless
these five steps are still really
effective
and throughout this video i'll be
talking about these five steps in more
detail
and give you examples from my own notes
on how to actually do them
and you also find time stamps for
everything in the description but before
i actually get into
the video if you're new here my name is
tamer and i'm a final year
mechanical engineering student at the
university of waterloo all right let's
get into the first step
the first step is initial note taking
whether you have lectures in person or
online
you want to start off by doing one of
two things either print out the
powerpoint slides that your teacher or
professor
gave you and make notes on them as your
professors explaining what's in the
slides
or if your professor doesn't make these
powerpoint slides then bring a notebook
and a pass of the class
and just start writing down why a
teacher is saying when he writes down on
the board
at this stage you can't expect to
understand everything that's being
taught and a lot of things will go over
your head
so when you're writing down notes
everything that confuses you any
question that you have
write that down as well we'll look at
those questions later but again for now
these notes are supposed to be messy all
over the place and you shouldn't leave
the lecture understanding everything
that's just not possible
and so yeah make sure to write down
questions and jot down the big ideas of
the lecture let me show you two examples
of the note taking process in this early
stage
the first example i'm going to talk
about is for a mathy type
course these types of courses involve a
lot of equations and numbers
and there's not much memorization in
these courses
specifically i'm going to talk about my
linear algebra course and i'll take you
through my note-taking process for that
in this initial stage if you're
unfamiliar with what linear algebra is
it's just a type of math
that deals with data linear equations
and vectors
now here are my notes from linear
algebra specifically we're going to be
looking at this topic i learned called
determinants
you don't necessarily need to know what
it is for this video all you got to
focus on is how i
structured my notes so first i put my
title on top
uh and then i put subtitles on the side
help keep everything structured within
this particular lecture
i also put dates on top that helps keep
everything structured from the beginning
semester to the end of the semester
i put stories next to things that i
think are really important
specifically i put stores next to
examples the reason i do that is because
a lot of these
a lot of the exam questions for these
mathy type courses
are just more complicated versions of
these class examples so make sure to put
stars next to them because they are
really important
i put question marks and things that
confuse me and i try to write down
questions
that i have at the time for things that
confuse me if i don't know specifically
what's confusing me then i just put a
question mark
but if i do like here for example why is
my answer different like i knew what was
the thing that was confusing me
so i wrote that down you'll also notice
that here my notes are pretty messy
everything's kind of all over the place
you know at this stage i'm also not
focused on you know putting color in my
notes
just because i'm trying to write down
notes as fast as possible
because engineering lectures your
professors just talk really fast and
they go over things really really
quickly you're just trying to
all the information down and you only
have much time to put color on your
notes
you'll do that later in the note taking
stage now the second example i want to
talk about
is for courses to have lots of facts and
information they need to know and
memorize for the exam
now these courses don't have lots of
math involved they may have a little bit
but definitely not to the same extent as
like physics or calculus
specifically though i want to talk about
my materials science
notes for anyone that doesn't know what
material science is
it's basically the study of materials
like metals plastic or glass
and how they can be used to design and
build all the things you see around us
all right let's bring out my material
science notes
here this professor used powerpoint
slides explain and teach
and i would personally print these
slides going into class and i would add
notes on top of it
based on what the professor says but
i'll be honest with you i would
always always leave this class more
confusing when i came in
so if you're in the same boat that's
completely normal don't worry about it
that's extremely common for engineering
or even just university in general
so anyways here this specific topic is
called corrosion degradation
i would always put stars and next to
things that professor said is really
important
i'd add questions for things that i
didn't understand at the time
and also add notes for things that the
professor is saying that aren't
necessarily in the actual slides
like you see here a cool thing i
actually learned from this lecture
that i still remember today was that the
statue of liberty wasn't actually meant
to be green
when it was first built and when it was
first designed and built it was meant to
be
it's made out of copper and it's meant
to have this brownish color
but over the time that copper reacted
with the air around it
and it changed its color from that
brownish color to the green color that
we see today so
pretty cool stuff anyways now that we
have all these rough notes we'll take it
one step further
after the lecture by going through these
notes and writing down questions or
asking questions about
specific things that confuse us that we
didn't get a chance to write down during
the actual lecture
also for the math type courses it's a
good time to also try
some of the practice questions that
involve numbers and equations the reason
this step is so important is because it
allows you to know what you don't know
so when you start studying you know
where to begin because your immediate
goal should be to answer these questions
for example let's look at my linear
algebra notes
some of the questions that i have here
is like what's the cofactor
which line should cancel out what would
happen if all these numbers are zero you
know these are questions that i used to
be able to know where i should start
when it comes to studying
also look at my material science notes
here in this lecture
uh some of the questions i ask myself is
you know what's corrosion and
degradation how are they different
you know this diagram right here what
what exactly does this mean
these equations what do they mean and
what does it represent so again this
step is all about coming up with
questions
and realizing and understanding what i
don't know now that we have
all these questions it's time to start
looking for answers
and fill in the gap so i look at all my
resources like the lecture content or my
lecture notes
the textbook other online resources like
khan academy or youtube videos
and i collect bits and pieces of
information from all these
resources for example there was a
particular topic that
confused me i think the topic was called
like body plots
the name actually sounds kind of weird
uh but anyways i couldn't understand
anything that professor was saying and
the textbook was really
bad at explaining it and i found this
youtube channel that explained it so
freaking well
i was able to do really well on the exam
just because of them so shout out to
them
anyways now that we have all these
pieces of information it still kind of
feels kind of messy and all over the
place in my head so i take
all these resources and i put them into
one notebook which brings me to step
four
compile into one notebook ideally
everything you need to know for your
exam
should be in this notebook i kind of
like to call it super notes
honestly that sounded a lot cooler in my
head it's kind of lame when i say it out
loud
but anyways let's look at my linear
algebra notes
uh here you'll see that these notes is
where i kind of start color coding
i have my titles in red in blue i have
like steps i need to follow be able to
solve a particular question
i also have important remarks in black
my examples that i use
uh to sort of learn from to be able to
do actual practice questions
i put in gray and you'll see that in
these notes there was a lot of things
that confused me at the time
when i was first learning them in the
lecture but i make sure to answer all
these questions
in my notes some of the answers i got
from youtube
other answers i got from a textbook for
example when i was reading the textbook
i liked how they structure
things and how they organized them in
terms of the titles they use so i copy
that into my own notes
and again the main purpose here sort of
when i have clear and organized notes
it helps me understand things better and
my mind just clear when it comes to
understanding the concepts
of that particular course all right now
let's also have a look at my material
science
notes at this stage you'll see that i
color coded a lot of these notes
uh the reason i do that is because it
helps me sort of remember things
especially for the courses that you know
require you to spit out facts on the
exam
it's particularly here i want like this
topic of annealing was something that
really confused me during the lectures
and if anyone familiar with that that is
it's basically a process where you take
metals
and you make them more flexible and less
harsh you can bend them into whatever
shape you want
but anyways that topic really confused
me in class and so i found these steps
in the textbook that explained it really
really well
so i included them here i also found
these diagrams
from the internet that helped me
visualize what was happening and so i
printed them out and i put them in my
notebook
and the reason i printed them out was
because i can't really draw too well
so it was just easier for me to print
them out then i actually have to draw it
by hand
and so yeah basically i combine
information from the textbook
information i found online into this one
notebook so on the exam i can explain it
really really well and
be able to draw these diagrams with no
problem at the end of the day
the goal of making these notes is to
basically take
all the information from a bunch of
sources and put them all into one place
because when you do that and you have
organized notes your mind is organized
and you feel like you have control
over everything that's being taught in
the course now that you have
all this incredible information that
should have cleared up any confusion and
answered all your questions
and should technically have everything
you need to know for the exam in this
one notebook
it's time to start applying it and i do
that by implementing a method called
active recall
for courses that have lots of
memorization and facts i need to
remember
i do that in two steps first i go
through all the questions i wrote down
earlier
for example a question i wrote was like
what are the different phases of steel
i'll answer that question out loud to
myself interestingly though some of the
questions i actually wrote
in my lecture ended up being on the exam
so really really useful strategy
another thing i do is i'll take my super
notes and i will
go through every concept and i'll
explain them to myself
out loud in my room as i'm walking
around my room
and this really helps you know solidify
all this information
in my head so i remember it for the exam
i start off by doing this process
of answering questions that i wrote
earlier and going through these notes
and explaining these concepts to myself
out loud
usually every few days but then as the
exam day gets closer i do this process
basically every single day and the
reason i do that is because of this
concept called the forgetting
curve when you try to remember something
it will stay in your head at first
but as time goes on you'll begin to
forget it according to the forgetting
curve which is backed by science
after just one day of studying something
or trying to remember something you
forget fifty percent of it just after
one day
and after three days you only remember
twenty percent of it and so for that
reason it's really important to be
reviewing these questions and going
through these notes
and explaining them to yourself out loud
every single day so it stays in your
head because when you do that the
forgetting curve
changes and here's what it looks like
you'll see that it takes more time to
forget
what it is you want to remember and
eventually it'll get stuck in your
long-term memory however for courses
that are like mathy like physics
calculus linear algebra you shouldn't be
memorizing stuff
instead you should be doing practice
questions and as many practices
questions as you can
your professors should probably have
assigned to you some practice questions
that you could do
but if they didn't you can also grab
your textbook and do practice questions
from there
for example for linear algebra i would
grab the textbook and i'd go at the back
of every chapter
and do the practice questions from there
for example here this is the back of
chapter 4.2
i do all these questions that you see
here uh just so i can understand what's
going on in the course it's just meant
to reinforce the stuff they already
wrote in my notebook
and the reason this tab is so important
is because in the exam
a lot of the questions on the exam are
going to come from this and are going to
be very similar to what you see here
so it's much much more beneficial for
you for these mathy courses
to do these practice questions than to
just memorize information i usually
answer
these practice problem questions in a
different notebook just so i can refer
back to it when i need it
and for every question i make sure that
i can solve it and i fully understand it
without looking at the solution so i'll
look at a question and if i can answer
without looking at the solution and i
fully understand it for the first time
when i do it then i'll just move on and
do other questions but
if i don't understand it and it really
confuses me not to look at the solution
to figure it out
i put a star next to it and when doing
so i know that i should come back to it
either in a few days or in a week and
try to do it again and
if i can then do that look at the
solution then i'll move on to other
questions
and i know that that question i fully
understand but yeah that's it this is
the five steps that i go through when it
comes to
making notes it helps me do well in
school helps me get good grades and
understand
everything i need to understand for the
exam again to summarize the best way to
study is to understand the type of
course you're taking
for mathy type courses like physics or
calculus
it's you know best to do as much
practice questions as possible
and understand the concept behind every
question but for memorization type
courses for courses like history or
biology
it's better to make so many notes and
read them out loud and implement
active recall to be able to remember all
the stuff that you're trying to remember
for the exam
and here's a really cool illustration
that i found on pictures that explains
active recall really really well
first new information enters your brain
it gets stored in the working memory for
only a few seconds
from the working memory and moves to the
short-term memory if this information
isn't recalled
it will be lost forever but from the
short-term memory
if it's recalled enough times which
could be depending on the person could
be even up to 100 times
it will move to the long-term memory and
you'll be able to remember for a long
time
and do all your exams that's it for this
video i hope my five-step
note-taking process brought you value if
you did please make sure to like and
subscribe and i'll see you next video
[Music]
peace
Browse More Related Video
Learning New Content | Studying Effectively for GCSE's & A-level's
Zettelkasten Smart Notes: Step by Step with Obsidian
How to create a workflow to support your research and knowledge creation efforts (Obsidian app)
how to make first-class lecture notes + cut down reading time
How I take notes - Tips for neat and efficient note taking | Studytee
How to Take Notes | Science-Based Strategies to Earn Perfect Grades
5.0 / 5 (0 votes)