Welcome to the world's best Algorithms and Data Structures bootcamp.
Once you get a coding interview for your dream software engineering role, what matters or what determines
whether you get the job is not your resume.
It's not your colidx grades.
It's going to be only your performance in the coding interview.
My name is Jackson and I love to make complex things simple.
I have taught data structures and algorithms to tens of thousands of students, and some of my courses
have the best rating in Udemy in this category.
This course will help you become proficient in data structures and algorithms, especially if you take
the time to complete the dozens of coding exercises included in this course.
This course assumes no prior knowledge of data structures and algorithms, so if you are not at all
aware about data structures and algorithms, I will be with you throughout the journey, taking you
through the fundamentals, then intermediate concepts and finally advanced concepts.
On the other hand, if you are already familiar with data structures and algorithms, you can go through
the curriculum of this course and identify areas that probably you need to improve upon.
And you can check them, and you can also speed through the other parts of the course to probably learn
something new, which will make all the difference in your next coding interview.
A typical coding interview consists of 45 minutes, during which you will be asked to solve one or a
few coding interview problems.
And these problems are like puzzles which can be solved both conceptually as well as programmatically.
And for this you will have to use various tools, which is what we call algorithms and data structures
to efficiently crack a coding interview.
You should be able to identify the pattern of a question, and then use the appropriate data structures
and algorithms to quickly solve it.
Now to master this, the key is the right kind of practice, and that is where this course helps you
in four different ways.
First of all, you will notice that the in-depth video explanations that are animated will help you
thoroughly understand how to solve questions and apply what you learn in a variety of questions.
Secondly, right from the beginning, this course focuses on analyzing the space and time complexity
of every solution that we come up with, and we use this to optimize the solutions that we write for
various coding interview questions.
This course will also help you develop problem solving skills, because the approach that we take is
that of first building the necessary intuition and context for arriving at a logically sound strategy
for tackling the coding interview questions that we discuss in this course.
Finally, this course also will help you develop your communication skills, and that's very important
because you have to be able to constantly communicate your thoughts with the interviewer during a coding
interview, and the way that this course helps you to develop your communication skills is by demonstrating
how you could explain a question, because that is what I am doing for you throughout this course.
And once you have learned a question, you can try this approach and improve your communication skills
as well.
This course is different from all the other data structures and algorithms courses out there because
of three factors.
First of all, this course is structured as daily challenges, which gives you a clear goal for every
day.
This clarity will help you maximize your productivity.
This also helps you to easily fit this course around your life, because I know that you may be busy
with work or other aspects of daily living.
Secondly, to make everything easier to understand, you will notice that I use multicolor animation
to explain complex topics visually, making them very easy to understand.
Finally, we don't stop at the beginning of topics, but rather explore them in depth with actual coding
interview questions ranging from easy to hard problems.
The course is carefully structured in a way that you will be able to retain what you learn.
In this course structured as Daily Challenges.
We start with the basics, which is to understand Big-O analysis for getting the time and space complexity
of algorithms that we will be writing.
We then move on to important algorithmic techniques such as recursion, backtracking, dynamic programming,
searching and sorting algorithms, etc. and explore these in great detail.
After this, we move on and cover the common data structures tested in interviews such as arrays, linked
lists, stacks, queues, strings, binary trees, heaps, and graphs for each algorithm and data structure.
We also discuss real interview problems asked by companies such as Google, Netflix, meta, Amazon,
etc. in every topic, multiple questions are covered to help you learn different tricks and techniques,
which can be applied to a wide variety of questions.
This course also includes multiple quizzes, downloadable resources, and cheat sheets, and more to
help you succeed in your upcoming coding interviews.
So we're going to cover a lot of material in this course.
And yes, sometimes it can be intimidating, but the multi-colored animations, along with the detailed
explanations and day by day challenges will make all the difference and it will make learning as easy
as possible.
You will find that this course is a completely different way of learning data structures and algorithms.
So if you are looking to get a job at a top tech company as a software engineer, or are a student who
is about to graduate, or a self-taught programmer looking for your first job, or a person who's already
working as a software engineer.
But now you want to get into a top tech company?
This course is for you.
Don't just take my word for it.
I have included several preview videos so that you can go ahead and check out the difference that these
structured, in-depth animated explanations make.
Also, do check out the reviews that my students have left on this bootcamp course, as well as my other
DSA course.
Well, what are you waiting for?
Find out why so many of my students have rated this course five stars, and see what you can do when
you learn data structures and algorithms.