Basic + Advanced (C++ & DSA)
Basic + Advanced (C++ & DSA)
480+ Hours Lecture
920+ Questions
13 Live Sessions
5 Months Duration
4 Years Access
Our students are placed at
ALL TOPICS COVERED
Basic (C++ & DSA) Topics
1) How C++ works
2) Compiler
3) Linker
4) Variables
5) Functions
6) Header Files
7) How to debug
8) Set Up Visual Studio Code
9) Loops (For, While, Do While)
10) Control Flow (Break, Continue)
11) Pointers
12) Reference
13) Classes
14) Structs
15) Static
16) ENUMS
17) Constructors
18) Destructors
19) Inheritance
20) Virtual Functions
21) Interfaces
22) Visibility
23) Arrays
24) Strings
25) String Literals
26) CONST
27) The Mutable Keyword
28) Member Initializer Lists
29) Ternary Operators
30) Objects
31) New Keyword
32) Implicit Conversion
33) Explicit Keyword
34) Operators
35) Operator Overloading
36) "this" Keyword
37) Object Lifetime (Stack/Scope Lifetime)
38) SMART Pointers
39) Copy Constructors
40) Arrow Operator
41) Dynamic Arrays
42) Local Static
43) Dynamic Libraries
44) Stack Memory
45) Heap Memory
46) Macros
47) "auto" Keyword
48) Static Arrays
49) Function Pointers
50) Lambdas
51) Threads
52) Timing
53) Multidimensional Arrays
54) Sorting
55) Type Punning
56) Unions
57) Virtual Destructors
58) Casting
59) Conditional Breakpoints
60) Action Breakpoints
61) Precompiled Headers
62) Dynamic Casting
63) Benchmarking
64) Structured Bindings
65) Visual Benchmarking
66) Singletons
67) lvalues
68) rvalues
69) continuous integration
70) Static Analysis
71) Argument Evaluation Order
72) Making Array Data Structure from zero
73) Iterators
74) Binary Operators
75) Bitwise Operators
76) Making map Data Structure from zero
77) NULL
78) Making a Desktop Application using C++
Advanced DSA Topics
1) C++ for Object Oriented Programming
2) Standard Template Library
3) Time Complexity
4) Space Complexity
5) 2 Pointer
6) Binary Search
7) Binary Exponentiation
8) Prime Sieve
9) Prime Factorization
10) Segmented Sieve
11) Bit Manipulation
12) Permutation
13) Combination
14) Recursion
15) Backtracking
16) Divide & Conquer
17) Matrix Exponentiation
18) Dyanmic Programming
19) Stack
20) Queue
21) Priority Queue
22) Kadane's Algorithm
23) Greedy
24) String
25) Rolling Hash
26) Graphs
27) Trees
28) Segment Trees
29) Dijkstra
30) Disjoint Set
31) Minimum Spanning Tree (MST)
32) Kurskal
33) Sparse Table
34) Fenwick Tree
35) Lazy
36) MO's Algorithm
37) Trie
TAUGHT BY
Founder & CEO, CS FOR ALL
Ex-Goldman Sachs, Software Engineer
Ex-Offers
FREQUENTLY ASKED QUESTIONS?
There is no need to know anything about coding beforehand as this course covers all important concepts from basic to advanced.
This course is open to individuals from all backgrounds and fields of study, who can learn C++ & DSA
It is a self-paced course, and one can take it alongside their college classes.
Hinglish (a blend of Hindi and English) is the medium of instruction for the course.
One can access the course for a period of 4 years.
After finishing this course, you will receive a certificate
To ensure sufficient time for learning key concepts and practicing questions, lessons will be unlocked every alternate day.
The course includes over 1000+ thoughtfully selected questions that have been addressed in class
In order to write good code, we can utilize various tools and techniques. One such tool is a data structure, which serves as a designated location for storing and organizing data. Additionally, an algorithm is a set of steps that can be employed to effectively solve a specific problem.
Many companies, including Microsoft, Google, Amazon, and Facebook, frequently ask about Data Structures and Algorithms in job interviews. These concepts can also assist you in producing efficient and expandable code. Additionally, you can learn how to create code that performs more quickly and necessitates less storage.
After the batch starts, we will inform you about the community you can join.
This is a recorded self-paced course with LIVE mentorship sessions on C++, DSA, and project making.
The lectures will be in recorded format and uploaded according to the schedule(alternate days). The timings for the 13 Live sessions might vary which will be conveyed to students in advance.
Starting as early as possible will give you a good head start and ample time to practice. Rest assured that you are eligible to enroll as we will cover everything from basics to advanced.
After the batch commences, you will receive information regarding the platform. Kindly be advised that the course lectures will only be accessible from the 14th of March, 2023.
