Java Logical Programs and Data Structures For Beginners

Are you a college student with a solid Core Java foundation looking to improve programming skills and conquer coding anxieties? This course is designed for you! It's also ideal for those who have already completed my Core Java Made Easy Course.

You'll embark on a practical journey, starting with fundamental programs and progressing to more complex challenges. Expect to work on projects like:

• Number Manipulation:

  • Print Digits in a Number: Learn to extract and display individual digits.
  • Sum of Digits in a Number: Calculate the sum of all digits within an integer.
  • Palindrome Check: Determine if a number is a palindrome (reads the same backward as forward).
  • Integer to Binary & Binary to Integer Conversion: Master the conversion between integer and binary representations.
  • Special and Perfect Number Identification: Explore and identify special and perfect numbers.

• String Manipulation:

  • Reverse a String: Implement various methods for reversing strings.
  • Word Counting: Accurately count the number of words in a given text.
  • Find Words & Remove Vowels: Extract specific words and remove vowels from strings.
  • Find Duplicates & Replace Next Character: Identify duplicate characters and replace characters with the next character in the alphabet.

• Recursion:

  • Understand and Implement Recursion: Gain a strong understanding of recursive programming concepts and apply them to solve problems.

• Arrays & Matrices:

  • Array Operations:
    • Sum of Positive & Negative Numbers: Calculate the sum of positive and negative elements in an array.
    • Find Min & Max Element: Efficiently locate the minimum and maximum values in an array.
    • Reverse Array Elements: Reverse the order of elements within an array.
  • Matrix Operations:
    • Sparse Matrix Check: Determine if a given matrix is sparse (contains mostly zero elements).
    • Matrix Transpose: Transpose a matrix (swap rows and columns).
    • Row/Column Swap: Swap rows or columns within a matrix.

• Patterns:

  • Print Geometric Patterns: Generate various patterns using characters and numbers:
    • Right Triangle
    • Inverted Right Triangle
    • Mirrored Right Triangle

• Time & Space Complexity:

  • Understand Time & Space Complexity: Analyze the efficiency of algorithms.
  • Sorting Algorithms:
    • Bubble Sort
    • Selection Sort
  • Searching Algorithms:
    • Linear Search
    • Binary Search (Recursive & Non-Recursive)

• Data Structures:

  • Fundamental Data Structures: Learn the core concepts of data structures.
  • Linked Lists:
    • Creation & Insertion: Create, insert at the end, beginning, and middle of a linked list.
    • Deletion & Traversal: Delete elements at various positions and traverse the list.
    • Nth Node Finding: Locate the Nth node in a linked list.
    • Loop Detection: Check if a linked list has a loop.
    • List Reversal: Reverse the order of elements in a linked list.
  • Stacks:
    • Array & List Implementation: Implement stacks using both arrays and lists.
    • Push, Pop, Peek Operations: Perform standard stack operations.
    • String Reversal with Stack: Reverse a string using a stack.
    • Symbol Balancing: Check if symbols in a string are balanced.
  • Queues:
    • Array & List Implementation: Implement queues using both arrays and lists.
    • Queue Operations: Perform enqueue and dequeue operations.
  • Trees:
    • Tree Creation: Create tree structures.
    • Tree Traversals: Implement PreOrder, InOrder, and PostOrder traversals.
    • Tree Operations: Perform max, search, find, and findMin operations on trees.

Key Features:

• Complete Source Code: All source code is available for download, allowing you to experiment and learn at your own pace.
• Responsive Instructor: Get your questions answered within 24 hours.
• High-Quality Video & Audio: Benefit from professional video and audio recordings (check out the free previews!).