Why we learn C++?

Speed: C++ is a compiled language that is known for its high performance and speed, making it suitable for demanding applications such as video games, system software, and scientific simulations.

Versatility: C++ has a wide range of capabilities, from low-level system programming to high-level object-oriented programming. This makes it a versatile language that can be used in many different domains.

Wide Adoption: C++ is widely used in the industry, particularly in areas such as finance, trading, and game development. This means that there are many resources, libraries, and tools available for C++ developers, as well as a large and supportive community.

Good Career Opportunities: With its widespread use and versatility, C++ is in high demand, making it a great choice for those looking to start or advance a career in software development.

Better Understanding of Computer Systems: C++ provides a good understanding of how computer systems work at a low-level, which can be useful for developers in all areas of software development. Learning C++ can provide a solid foundation for a career in software development, as well as a good understanding of how computer systems work.

coding classes BY BM SCHOLARS

Course Highlights

Basic of C++
  • Introduction to C++ programming
  • Data types, variables, and operators
  • Input/Output operations
  • Control structures (if/else, switch, for, while, do-while)
  • Functions
  • Arrays and Strings
More C++
  • Pointers
  • Classes and Objects
  • Inheritance and Polymorphism
  • Exception handling
  • Standard Template Library (STL)
  • File I/O
  • Templates & operator overloading
  • Interview Questions with answers
  • Mock Interview
  • Minimum 100 Programs
  • Class Room/Online Mode
  • Durations-3-5 months
  • Placement Guidance

Some Programs Examples

1. Prime Number: Check if a number is prime or not. 2. Fibonacci Series: Generate the Fibonacci series up to a given number. 3. Factorial: Find the factorial of a number. 4. GCD and LCM: Find the greatest common divisor (GCD) and least common multiple (LCM) of two numbers. 5. Palindrome Number: Check if a number is a palindrome. 6. Armstrong Number: Check if a number is an Armstrong number. 7. Sum of Digits: Find the sum of digits of a number. 8. Reverse Number: Reverse the digits of a number. 9. Sum of Natural Numbers: Find the sum of natural numbers up to a given number. 10. Sum of Odd/Even Numbers: Find the sum of odd or even numbers up to a given number. 11. Multiplication Table: Generate the multiplication table of a given number. 12. Number Conversion: Convert a number from one base to another. 13. Number Patterns: Generate number patterns like pyramid, diamond, etc. 14. Random Numbers: Generate random numbers within a given range. 15. Sum of squares, cubes, or any other power of numbers 16. Median of numbers 17. Mode of numbers 18. Sorting numbers 19. Checking number is even or odd 20. Matrix operations with numbers (addition, subtraction, multiplication, etc) 21. Sum of series: Sum of series like geometric progression, harmonic progression and arithmetic progression
1. Matrix Multiplication: Multiply two matrices of any size. 2. Matrix Transpose: Transpose a matrix of any size. 3. Matrix Addition: Add two matrices of the same size. 4. Matrix Subtraction: Subtract two matrices of the same size. 5. Matrix Determinant: Calculate the determinant of a matrix. 6. Matrix Inverse: Calculate the inverse of a matrix. 7. Matrix Diagonal: Print the diagonal elements of a matrix. 8. Matrix Lower Triangle: Print the lower triangular elements of a matrix. 9. Matrix Upper Triangle: Print the upper triangular elements of a matrix. 10. Matrix Spiral Print: Print a matrix in spiral order. 11. Matrix Rotation: Rotate a matrix by 90, 180, or 270 degrees. 12. Matrix Search: Search for an element in a matrix. 13. Matrix Sort: Sort the elements of a matrix. 14. Matrix Floyed : Implement the floyd’s algorithm for finding the shortest path between every pair of vertices. 15. Matrix Sparse: Implement sparse matrix representation and operations 16. Matrix LU Decomposition: Decompose a matrix into lower and upper triangular matrices. 17. Matrix Gaussian Elimination: Use Gaussian elimination to solve a system of linear equations. 18. Matrix Scaling and Translation: Scale and translate a matrix using matrix operations. 19. Matrix Interpolation: Interpolate values in a matrix using different methods. 20. Matrix Convolution: Implement convolution of two matrices
1. String Length: Find the length of a string. 2. String Reverse: Reverse a string. 3. String Palindrome: Check if a string is a palindrome. 4. String Concatenation: Concatenate two strings. 5. String Copy: Copy a string to another. 6. String Comparison: Compare two strings lexicographically. 7. String Substring: Extract a substring from a given string. 8. String Tokenization: Tokenize a string using a delimiter. 9. String Conversion: Convert a string to an integer or vice versa. 10. String Searching: Search for a substring in a given string. 11. String Replace: Replace a substring in a given string. 12. String Sorting: Sort the characters of a string. 13. String Permutation: Generate all permutations of a string. 14. String Lower to Upper: Convert all characters of a string to uppercase. 15. String Upper to Lower: Convert all characters of a string to lowercase. 16. String Frequency: Count the frequency of characters in a string. 17. String Removing spaces: Remove all spaces in a string. 18. String Removing vowels: Remove all vowels in a string. 19. String Encryption/Decryption: Implement encryption and decryption algorithms on a string. 20. String Anagram: Check if two strings are anagrams of each other.


Real Value for money

We provide real worth to your money by proving best infrastructure and personal attention to each and every student.Practical training is provided through live projects.Practicals increase their employability skills

Experienced Trainers

Learning ability of each student is different from others. Our experienced and well trained faculty play a proactive role to train the student accordingly.We emphasis on practicals with detailed knowledge on theory.

Online & Class Room

Our courses includes online and classroom teaching to train in effective way. We provide training from working employee from companies also when required.

Students Speak

Harshit(Python Student)

Logic development process provided by faculty of BM Scholars is excellent. Provides support to be get job after completition of course.

Jai(Python Student)

Basic concepts of programming are cleared by focusing on algorithm/flowchart developmenr that makes programming skills very effective

Gurpreet(Python Student)

Full attention is given to individual student.Faculty at BM Scholars give full support to student to remove his shortcomings.