Introduction
Setting up Visual Studio Code
Learning Format
RECORDED LECTURES
with 1:1 MENTORSHIP
Course Duration
149 hours
dedication 10-15 hours/week
Internship
100%
on course completion
Offer Price
₹ 2,999/-
life time course access
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Industry Standard Courses
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Guaranteed Internship
1:1 Mentoring by the Industry Experts
Focused Resume Building
Skill Driven Program Architecture
C++
We will teach C++ to build your fundamentals and strong foundation in programming. It is the best language to start with coding.
Curriculum:
C++
Introduction
Setting up Visual Studio Code
Introduction & Skeleton
Input/output, Variables & Data types
Arithmetic Operators & Precedence
Compound Operators, Expressions & Comments
Conditionals, If Else & Switch Case
Assignment 1
Loops - While loops
Loops - DoWhile & For loops
Arrays
Pointers
Assignment 2
Strings using Char Array
Strings using string Class
Assignment 3
Functions in C++ [1]
Functions in C++ [2]
Assignment 4
Structures in C++
OOPs Basics
Class & Objects
Assignment 5
Constructors & Fn Overloading
Class Functions
Operator Overloading
Assignment 6
Inheritance - Introduction
Inheritance - Access Specifiers
Inheritance & Constructors
Types of Inheritance
Inheritance - Pointers & Fn Overriding
Assignment 7
Virtual Fns & Runtime Polymorphism
Abstract Classes & Interface
Friend Fn & Classes
Static Data Members
Static Fns
Nested or Inner Classes
Destructors in C++
Assignment 8
Exception Handling - Introduction
Exception Handling - Syntax & Use
Exception Handling - Nested try, Multiple Catch
Assignment 9
Streams - Introduction
Streams - Syntax (Using in programs)
Assignment 10
Template Fns & Classes
STL - Why do we need STL?
STL - Introduction
STL - Using in Programs
Assignment 11
MERN Stack
MERN stack is the best stack and very high in demand among employers and big companies. We will be learning this extensively and build high end projects.
Curriculum:
Mern
Introduction to the course
How internet works
What is web development
Your first webpage
The structure of a Webpage
Creating a full webpage
Header tags
Paragraph tags
Formatting tags
Unordered list
Ordered list
Image tags
Forms in HTML
Tables
Links
HTML entities
iFrame
PROJECT- Putting it all together
What is CSS
Inline CSS
Internal CSS
Class and id
Div
Color
Floating
Positions
Margins
Padding
Borders
Font style
Styling text
Aligning text
Styling links
FlexBox in CSS
Inline javascript
Internal javascript
Accessing elements
Onclick event
Changing Website content
Manupulating styles with javascript
Disappearing circles
Variables
Array
If statement
Random number guessing game
For loop
While loop
PROJECT-Reaction tester project
External javascript
DOM intro
Naming conventions
String concat
Length property in strings
Slicing
Changing Case of string
Operators in js
Functions
Objects
How to add event listener in js
What is jQuery
Including jQuery on our webpage
Detecting a click
Changing website content using jQuery
Changing website styles
Fading content
Regular expression
PROJECT-Form Validation
Intro to jquery Ui Plugin
Droppable
Jqui widget
Intro to Bootstrap
Your first bootstrap site
Grid
Card in bootstrap
Tables and Form
Modals,popover and tooltips
Scrollspy
PROJECT-App landing project
Themes in bootstrap
Setting up the folder structure
Responsive grid system
Header section - Part-1
Header section - Part-2
Header section - Part-3
Feature section - Part-1
Feature section - Part-2
Creating Favorite meal section - Part-1
Creating Favorite meal section - Part-2
Creating how it works section - Part-1
Creating how it works section - Part-2
Creating the city section - Part-1
Creating the city section - Part-2
Creating Customer testimonial section - Part-1
Creating Customer testimonial section - Part-2
Creating Sign up section - Part-1
Creating Sign up section - Part-2
Creating the contact form section - Part-1
Creating the contact form section - Part-2
Creating the footer section - Part-1
Creating the footer section - Part-2
Making webpage responsive - Part-1
Making webpage responsive - Part-2
Including jquery
Scrolling effect
Adding animations
Backend
Nodejs
REPL
Native modules
Modules in nodejs
Express framework
Creating a server using express
Request and response using express
Routes
Sending html file as a response
Post request in express
API
Authentication and JSON
Weather app
Git
Version control using git
Github and remote repositories
Clonning
Forking and pulling request
EJS
Creating Ejs template
Creating a Todo list project Part-1
Creating a Todo list Part-2
Layouts In ejs
Creating our own modules
What is database
Installing mongodb
Create In CRUD
Read In CRUD
Update and Delete In CRUD
Relationship In mongodb
Mongoose
Retriving Data from Database
Data Validation
Delete and Update
Connecting documents
Storing list items permanently PART-1
Storing list item permanently PART-2
Deleting a task from todo list
what REST
Setting Up Robo 3T
Get All Articles
Post a new article
Delete Request
Making a specific get request
Put operation on a specific record
Patch request
Deleteing a specific record
Intro to Authentication and security
Setting Up folder structure
Register and login
Encryption
Cookies and Session
Intro to Reactjs
Code sandbox
JSX and babel
JSX practice
Javascript expression in JSX practice
Javascript expression in jsx
JSX styling React elements
Inline style for React elements
React styling practice
React Components
React Component Practice
Import and export
Export and import Practice
Keeper app Project Part-1
Props in reactjs
Adding React js developer tools
Mapping Data to components
Map function Practice challenge
Map reduce and filter function In js ES6
Arrow function in ES6
Keeper App project Part-2
React Condiitional rendering
ReactJs states
React Hooks UseState
Hooks use state practice
Destructure Concept in ES6
Handling events in React
Form Events
Class component Vs Hooks
Handling multiple states in react js app
Spread operator
Component tree structure
Keeper app project-3
Material UI
Data Structure & Algorithm
DSA is the most important thing to crack interviews, this is the thing on which you will be judged about your skills. We will be learning it together extensively with many assignments to practice and master it.
Curriculum:
DSA
Introduction to the Course
Setting Up the environment
Static Memory Allocation
Dynamic memory allocation
Physical and logical data structures
ADT
Space and time complexity
How recursion works, Generalization, Recursion and stack
Recurrence relation and time complexity
Code recursion
Static and global variables in recursion and code
Tail recursion
Head recursion
Tree recursion
Indirect recursion
Nested recursion
Sum of natural numbers using recursion
Factorial using recursion
Power using recursion
Taylor series using recursion approach-1
Taylor series using recursion approach-2
Fibonacci series using recursion
nCr using recursion
Tower of hanoi
Tower of Hanoi implementation
Introduction, Declaration, Demo
Static array vs dynamic array, CODE
Increase array size, CODE
2D array
2D array DEMO
Array representation by compiler
Row major formula for 2d arrays
Column major formula for 2d arrays
Formulas for nD arrays
Formulas for 3D arrays
Array ADT
Array ADT - Demo
Inserting in array
Inserting in array - DEMO
Deleting from array
Deleting from array - DEMO
Linear search
Linear search - DEMO
Binary search
Binary search - DEMO
Get, set, avg, max functions
Get, set, avg, max functions DEMO
Merging array
Mergin array demo
Check if an array is sorted
Check if an array is sorted - DEMO
Set operations on arrays
Single missing element in sorted array
Multiple missing element in sorted array
Finding duplicates in sorted array
Finding duplicates in unsorted array
Reverse an array
Reverse array DEMO
Find duplicates in sorted array usign hashing
Find a pair of elements with sum as K in unsorted array
Find a pair of elements with sum as K in sorted array
Find max and min in one scan
String introduction
Length of string
Changing case of a string
Counting words and vowels
Validating a string
Reversing a string
Comparing two strings and palindrome
Finding duplicates
Check if two strings are anagrams
Permutations of a given string
Diagonal matrix
Diagonal matrix DEMO
Class for diagonal matrix
Class for diagonal matrix - DEMO
Lower triangular matrix
Lower triangular matrix code
Upper triangular matrix
Symmetric matrix
Tri digonal and tri band matrix
Toeplitz marix
C++ class for matrix
Sparse matrix representation
Sparse matrix addition
Creation of Sparse matrix
Addition of sparse matrix
Sparse matrix using
Polynomials
Why need dynamic DS LL
Linked list introduction
Display linked list
Display linked list code
Counting nodes and sum of all elements of linked list
Counting nodes and sum - DEMO
Max element in linked list
Max element in linked list - DEMO
Searching in linked list
Searching in linked list - DEMO
Insertion
Insertion - DEMO
Insertion in sorted list
Insertion in sorted list - DEMO
Check if list is sorted
Check if list is sorted - DEMO
Deletion
Deletion - DEMO
Reverse a linked list
Concatinating two linked lists
Checking for a LOOP
Checking for LOOP - DEMO
CLL Introduction
CLL Introduction - DEMO
Insertion in CLL
Deletion in CLL
CLL insertion and deletion - DEMO
Doubly linked list - Introduction
Insert in DLL
Delete in DLL
DLL - DEMO
Circular doubly linked list
Comparision of linked lsits
Max element in LL
Creating a LL using insert
Creating a LL by inserting at last
Removing duplicates from sorted LL
Removing duplicates from sorted LL DEMO
Recursive reverse for LL
Reversign a LL DEMO
Reverse a doubly LL DEMO
Polynomial representation using LL
Polynomial representation using LL DEMO
Stack introduction
Stack using array - DEMO
Stack using linked list
Parenthesis matching
Parenthesis matching - DEMO
Infix to postfix conversion
Infix to postfix - DEMO
Evaluation of postfix expression
Postfix evaluation - DEMO
Stack using LL - DEMO
Queue introduction
Queue insertion and deletion - DEMO
Drawback of queue using array
Circular queue
Circular queue - DEMO
Queue using linked list
Queue using LL - DEMO
Priority queue
Double ended queue DEQUE
Double ended queue DEQUE - DEMO
Tree - terminology
Height vs nodes formulas
Internal and external nodes
Strict binary tree
n-ary trees
Representation of binary tree
Full vs complete binary tree
Strict vs complete binary tree
Creating a tree
Creating Binary tree DEMO
Binary tree traversals
Iterative traversals DEMO
Level order traversal DEMO
Generate binary tree from traversals
Generate BT from traversals DEMO
Height and count of BT DEMO
Count leaf nodes in BT DEMO
Searching in BST
Inserting in BST
Creating a BST
BST DEMO
Deleting from BST
BST drawbacks
Generate BST from preorder
AVL tree introduction
Insertion in AVL with rotations
General form of AVR rotations
Generating AVL tree
Height analysis AVL trees
AVL rotations DEMO
2,3 trees
2,3,4 trees
Red black trees
Red black tree creation
Red black trees vs 2-3-4 trees
Red black tree deletion
Heap introduction
Heap insertion
Heap insertion - DEMO
Heap creation
Heap element deletion
Heap sort - DEMO
Heapify
Heap as priority queue
Bubble sort
Bubble sort DEMO
Insertion sort
Insertion sort DEMO
Selection sort
Selection sort DEMO
Quick sort
Quick sort DEMO
Merge sort
Merge sort DEMO
Hashing introduction
Chaining
Chaining - DEMO
Linear probing - Quadratic probing
Linear probing - DEMO
Hash function ideas
Graphs terminology
Representation of undirected graph
Representation of directed graph
Breadth first search
BFS DEMO
Depth first search
DFS - Demo
Minimum cost spanning tree
Prims algorithm
Prims algorithm DEMO
Kruskal_s algorithm
Kruskal algorithm DEMO
Asymptotic notations
Competitve Programming
Competitive programming is needed to hone your skills in coding and crack interviews of very good companies. Once you indulge in it it will be like an addiction but a good one :)
Curriculum:
cp
Introduction to the Course
What is Competitive Programming
Competitive Programming Competitions
Websites for Competitive Programming
Terminologies in Competitive Programming
Choosing a Programming Language
Taking Input & Output in Competitive Programming Contests
Cout vs Printf
Endl vs Back n
Fast cin cout Methods _ Conclusion
Time Complexity in Competitive Programming
Calculating Time Complexity of Code
Importance of English in Competitive Programming
Introduction to STL in C++
Standard Array
Standard Vector
Standard Set
Standard Multiset
Standard Map
Standard Multimap
Standard Pair
Standard Forward List
Standard List
Standard Unordered Set
Standard Unordered Multiset
Unordered Map and Unordered Multimap
Standard Stack
Standard Queue
Standard Priority Queue
Standard Deque
Importance of Bit Manipulation Techniques
Basic Binary Operations
Bit Operations in C++
Check ith bit is SET or NOT SET
Toggle ith bit
Check odd or even using bits
Check if Number is Power of 2
Need for Modulo 10^9 + 7
Modulo Arithmetic
[A3.1] Problem XOR ORED
[A3.2] Solution - XOR-ORED
[A3.3] Solution with Code - XOR-ORED
Introduction to Graphs
Weights in Graphs
Why Study Graphs
Edge List
Adjacenty Matrix
Adjacenty List
DFS Traversal
Implementing DFS Traversal
BFS Traversal
Implementing BFS Traversal
Minimum Spanning Tree
Concept of Kruskal_s Algorithm
Concept of Prim_s Algorithm
Concept of Dijkstra Algorithm
[A4.1] Problem - CHFPLN
[A4.2] Solution - CHFPLN
[A4.3] Solution with Code - CHFPLN
Sum of Updated Range Problem
Solving Sum of Range Problem with Segment Trees
Segment Trees - Update Queries
Segment Trees - Calculate Sum
Implementing Segment Tree - Part 1
Implementing Segment Tree - Part 2
Problem - Range Minimum Query
Implementing Range Minimum Query
Implementing Segment Tree - Tricks
Lazy Propagation in Segment Trees - Part 1
Lazy Propagation in Segment Trees - Part 2
Implementing Lazy Propagation in Segment Trees - Part 1
Implementing Lazy Propagation in Segment Trees - Part 2
Problem - Xenia and Bit Operations
Solution - Xenia and Bit Operations
Solution with Code - Xenia and Bit Operations
Problem - Circular RMQ
Solution with Code - Circular RMQ - Part 1
Solution with Code - Circular RMQ - Part 2
Introduction to Backtracking
N Queens Problem Explained
N Queens Solved
Knights Tour Problem Explained
Knight's Tour Solved
Rat in Maze Problem Explained
Rat in Maze Solved
Problem Richie Rich
Solving Richie Rich
Problem False Number
Solving False Number
Introduction to Greedy Algorithms
Understanding Greedy with Fractional Knapsack Problem
Solving Fractional Knapsack Problem
Tasks and Deadlines Problem
Solving Tasks and Deadlines Problem
Optimal File Merging Problem
Solving Optimal File Merge Patterns Problem
Huffman Coding
[A7.1] Problem - Dragons
[A7.2] Solution with Code - Dragons
[A7.3] Problem - Little Elephant and Bits
[A7.4] Solution with Code - Little Elephant and Bits
Introduction to Dynamic Programming
Top down vs Bottom Up
Fibbonacci Problem Top Down
Implementing Fibonnaci with DP
2D Grid Traversal Problem
Implementing 2D Grid Traversal Problem
Understanding Memoization
Fibbonacci with Tabulation
Implementing Fibbonacci with Tabulation
2D Grid Traversal Problem with Tabulation
Implementing 2D Grid Traversal Problem with Tabulation
Understanding Tabulation
[A8.1] Problem - Subset Sum Problem
[A8.2] Solving - Subset Sum Problem
Binary Lifting (Kth Ancestor of a Tree Node)
LCA (Lowest Common Ancestor) Problem
Fenwick Trees - Introduction
Fenwick Trees - Sum of Range (Range Find Query)
Fenwick Trees - Update (Point Update Query)
Problem - Distance between nodes in Trees
Solution - Distance between nodes in Trees
Implementing Fenwick Trees
Implementing Binary Uplifting
Implementing LCA
Solution with Code - Distance between nodes in Trees
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I was surfing through internet for some opportnuties in Full Stack Development, but was not able to get the idea to land on one. And I found my skills to be a bit lacking. There I found this webinar and I can proudly tell that I have not only acquired my lagging skills but also backed up a much desired internship.
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