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Unlock your potential in C programming with our comprehensive course designed for beginners. “138 C Programming Practices/Common Projects to Improve Your Coding Skill” offers hands-on experience through a variety of real-world projects. Master essential concepts and boost your coding confidence with these practical exercises:

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Unlock your potential in C programming with our comprehensive course designed for beginners. “138 C Programming Practices/Common Projects to Improve Your Coding Skill” offers hands-on experience through a variety of real-world projects. Master essential concepts and boost your coding confidence with these practical exercises:

  • Getting Started: Write your first “Hello World” program and learn how to accept input from users.

  • Basic Arithmetic: Sum two integers, multiply float numbers, and calculate simple interest.

  • Advanced Calculations: Find ASCII values, compute quotients and remainders, and add complex numbers.

  • Geometry and Area Calculations: Calculate the area of circles, rectangles, squares, triangles, and volumes of cubes, cylinders, and spheres.

  • Utility Programs: Generate random numbers, calculate gross salary and percentage, and even create a program to shut down your computer or get the IP address.

  • Decision Making: Detect even and odd numbers, vowels and consonants, find the greatest of three numbers, solve quadratic equations, and detect leap years.

  • Student Grading: Display student grades and calculate the sum of given numbers.

  • Functions and Arrays: Use functions to calculate factorials, create multiplication tables, Fibonacci sequences, and reverse numbers.

  • Strings and Patterns: Reverse strings, check for palindromes, generate prime numbers, and create various patterns including pyramids, Pascal’s triangle, and diamond patterns.

  • Matrix Operations: Add, subtract, and multiply matrices, transpose matrices, and find the maximum element in an array.

  • File Handling: Write to, read from, delete, and copy files, and print out source code.

  • Conversions: Convert between binary, decimal, octal, and hexadecimal.

  • Advanced Algorithms: Build binary patterns, check for positive numbers, add the first and last digit of a number, find factors of a number, and convert uppercase to lowercase.

  • Structure and Union: Utilize structures to add distances and generate student data, and practice reading and writing data using unions.

Why Enroll?

  • Hands-on Experience: With 138 projects, gain practical coding skills through extensive practice.

  • Beginner Friendly: Start from the basics and gradually move to more complex projects.

  • Real-world Applications: Learn to create useful programs and algorithms that solve real problems.

  • Boost Your Confidence: Build a solid foundation in C programming and enhance your problem-solving skills.

138 C Programming Practices/Common Projects to Improve Your Coding Skill offers a comprehensive guide through real-world projects and exercises that cover:

  • Writing your first “Hello World” program

  • Accepting and summing user input

  • Building a Simple Interest Calculator

  • Multiplying float numbers and finding ASCII values

  • Swapping numbers and strings, including alternative methods

  • Adding complex numbers and calculating sums of digit numbers

  • Creating Floyd’s Triangle and calculating areas and volumes of geometric shapes

  • Generating random numbers and calculating gross salary and percentage

  • Programs for shutting down the computer, retrieving IP address, and displaying date and time

  • Detecting even and odd numbers, vowels and consonants, and greatest of three numbers

  • Solving quadratic equations, detecting leap years, and displaying student grades

  • Calculating factorials, creating multiplication tables and Fibonacci sequences

  • Reversing numbers and strings, checking for palindromes, and generating prime numbers

  • Calculating HCF and LCM, detecting and generating Armstrong numbers

  • Creating various patterns like half pyramid, full pyramid, Pascal’s triangle, diamond pattern, and more

  • Building a simple calculator and working with arrays and strings

  • Performing matrix operations and handling file input/output

  • Converting between binary, decimal, octal, and hexadecimal

  • Practicing with advanced algorithms and data structures

Enroll in 138 C Programming Practices/Common Projects to Improve Your Coding Skill” today and take your first step towards mastering C programming. Whether you’re a beginner looking to start your coding journey or someone aiming to sharpen your skills, this course is your gateway to becoming proficient in C programming.

Why Must I Take This Course And What Benefit Is It To ME As A C Programmer?

This is the only course on the internet that will help you to become a certified and successful programmer with an in-depth knowledge of the entire aspect of C programming and prepare you with the required skills necessary to build you to face job interviews and get employed as a full stack Software developer.

Emenwa Global instructors are industry experts with years of practical, real-world experience building software at industry leading companies. They are sharing everything they know to teach thousands of students around the world, just like you, the most in-demand technical and non-technical skills (which are commonly overlooked) in the most efficient way so that you can take control of your life and unlock endless exciting new career opportunities in the world of technology, no matter your background or experience.

Enroll now

What's inside

Learning objectives

  • Level up your c programming skill with over 130+ beginners best practices
  • How to accept input from user
  • How to sum 2 integers from user
  • How to build a simple interest calculator
  • How to check for greatest of 3 numbers
  • How to check for divisibility of a number
  • How to convert from celsius to fahrenheit
  • How to check for leap year
  • A program to shut down computer
  • A program to get ip address
  • How to find ascii value
  • How to get quotient and remainder
  • How to swap 2 numbers
  • How to add complex numbers
  • How calculate sum of digit numbers
  • How to create floyd's triangle
  • A program to calculate area of a circle
  • How to calculate area of a rectangle
  • How to calculate area of square
  • How to calculate area of a triangle
  • How to calculate volume of a cube
  • How to calculate area of a cylinder
  • How to calculate volume of sphere
  • How to generate random numbers
  • And lots more...
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Syllabus

Introduction
Download Your Practical C Projects Book
Practice 1. Hello World
Practice 2. How to accept input from User
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Practice 3. How to sum 2 integers from user
Practice 4. How to build a Simple Interest Calculator
Practice 5. How to Multiply Float Numbers
Practice 6. How to Find ASCII value
Practice 7. How to get quotient and remainder
Practice 8. How to swap 2 numbers
Practice 9. Alternative method to swap 2 numbers
Practice 10. How to swap 2 Strings
Practice 11. How to add Complex Numbers
Practice 12. How calculate Sum of digit numbers
Practice 13. How to create Floyd's Triangle
Practice 14. How to calculate Area of a Circle
Practice 15. How to calculate Area of a Rectangle
Practice 16. How to calculate Area of Square
Practice 17. How to calculate Area of a Triangle
Practice 18. How to calculate volume of a Cube
Practice 19. How to calculate Area of a Cylinder
Practice 20. How to calculate volume of Sphere
Practice 21. How to generate Random Numbers
Practice 22. How to calculate gross salary
Practice 23. How to calculate percentage
Practice 24. A program to Shut Down Computer
Practice 25. A program to get IP Address
Practice 26. A program for Date and Time
Practice 27. How to detect Even and Odd numbers
Practice 28. How to detect Vowels and Consonants
Practice 29. How to detect Greatest of 3 Numbers
Practice 30. How to find Roots of Quadratic Equation
Practice 31. How to detect a Leap Year
Practice 32. How to display Student_s Grade
Practice 33. How to Sum a given a Number
Practice 34. How to Calculate factorial using function
Practice 35. How to create Multiplication Table
Practice 36. How to create Fibonacci Sequence
Practice 37. How to Reverse Numbers
Practice 38. How to Reverse Numbers using Array
Practice 39. How to Reverse String
Practice 40. How to check Palindrome
Practice 41. How to create Prime Numbers
Practice 42. How to Calculate HCF and LCM
Practice 43. How to detect Armstrong Numbers
Practice 44. How to generate Armstrong Numbers
Practice 45. How to create Half Pyramid Pattern
Practice 46. How to create half pyramid
Practice 47. How to create Full Pyramid
Practice 48. How to create Inverted Half Pyramid
Practice 49. How to create Paschal Triangle
Practice 50. How to create Perfect Square
Practice 51. How to create Diamond pattern
Practice 52. How to build Simple Calculator
Practice 53. How to Reverse Numbers using Array
Practice 54. How to Reverse Array without Pointer
Practice 55. How to find Length of String
Practice 56. How to Add 2 Matrices with Multidimensional Array
Practice 57. How to Subtract 2 Matrices
Practice 58. How to Multiply 2 Matrices
Practice 59. How to Transpose a Matrix
Practice 60. How to Add 2 Numbers
Practice 61. How to sum Array Elements
Practice 62. How to sort String
Practice 63. How to Find the Maximum Element in an Array
Practice 64. How to Merge 2 Arrays
Practice 65. How to insert a new Element into an Array
Practice 66. How to delete an Element in an Array
Practice 67. Check frequency of occurrence of a character
Practice 68. How to remove spaces in-between strings
Practice 69. String Concatenation
Practice 70. Find the length of Strings
Practice 71. How to copy Strings
Practice 72. How to Compare Strings
Practice 73. How to get the substring of a string
Practice 74. How to find the Minimum Element
Practice 75. How to remove Vowels from String
Practice 76. How to use Structure
Practice 77. How to add 2 distances using Structure
Practice 78. How to generate Student_s Data using Union
Practice 79. How to write to File
Practice 80. How to read a File
Practice 81. How to Delete a File
Practice 82 How to copy one file into another
Practice 83. How to copy more than one Files
Practice 84. How to print out source code
Practice 85. How to convert from Binary to Decimal
Practice 86. How to convert from Binary to Hexadecimal
Practice 87. How to convert from Decimal to Octal
Practice 88. How to convert from Decimal to Binary
Practice 89. How to Convert from Decimal to Binary Bitwise
Practice 90. How to build Binary Pattern
Practice 91. Squares of N Numbers
Practice 92. How to get square of number entered by user
Practice 93. How to check for Positive Number
Practice 94. Alternative method to check for Positive Number
Practice 95. How to Add first and last digit of a Number
Practice 96. How to find Factors of a Number
Practice 97. How to Check Average of numbers
Practice 98. How to convert from Uppercase to Lowercase

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides a hands-on approach to learning C programming with a large number of practical coding exercises, which reinforces learning through application
Covers a wide range of fundamental programming concepts, from basic arithmetic operations to more advanced topics like file handling and data structures
Includes projects that solve real-world problems, such as calculating areas and volumes, generating random numbers, and creating utility programs
Features projects like shutting down a computer and retrieving an IP address, which may require elevated permissions and should be approached with caution
Teaches file handling operations, such as writing to, reading from, deleting, and copying files, which are essential skills for software development
Includes projects that involve converting between binary, decimal, octal, and hexadecimal, which are crucial for understanding low-level programming

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in 138 C Basic Beginners Coding Practices + FREE Project Book with these activities:
Review Basic Math Concepts
Reviewing basic math concepts will help you better understand the logic behind many C programming tasks, especially those involving calculations and formulas.
Browse courses on Order of Operations
Show steps
  • Review arithmetic operations.
  • Practice solving basic algebraic equations.
  • Complete online quizzes to test your knowledge.
Review 'C Programming Absolute Beginner's Guide'
Reading this book will help you solidify your understanding of the fundamental concepts of C programming.
Show steps
  • Read the first few chapters covering basic syntax and data types.
  • Work through the examples provided in the book.
  • Try modifying the examples to test your understanding.
Create a Simple Calculator Program
Building a simple calculator program will allow you to apply the concepts learned in the course, such as input/output, arithmetic operations, and decision-making.
Show steps
  • Design the user interface for the calculator.
  • Implement the arithmetic operations (+, -, *, /).
  • Add error handling for invalid inputs.
  • Test the calculator thoroughly.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Practice Coding Problems on HackerRank
Practicing coding problems on platforms like HackerRank will help you improve your problem-solving skills and become more proficient in C programming.
Show steps
  • Create an account on HackerRank.
  • Solve at least 5 beginner-level C programming problems.
  • Review the solutions and learn from your mistakes.
Write a Blog Post on a C Programming Topic
Writing a blog post will help you solidify your understanding of a specific C programming topic and improve your communication skills.
Show steps
  • Choose a C programming topic that interests you.
  • Research the topic thoroughly.
  • Write a clear and concise blog post explaining the topic.
  • Include code examples and diagrams to illustrate your points.
  • Publish your blog post on a platform like Medium or your own website.
Contribute to an Open Source C Project
Contributing to an open-source project will give you valuable experience working on real-world C code and collaborating with other developers.
Show steps
  • Find an open-source C project on GitHub that interests you.
  • Read the project's documentation and contribution guidelines.
  • Identify a bug or feature that you can work on.
  • Submit a pull request with your changes.
Study 'The C Programming Language'
Studying this book will give you a deeper understanding of the C programming language and its underlying principles.
Show steps
  • Read the chapters on pointers and memory management.
  • Work through the examples provided in the book.
  • Try implementing some of the more advanced algorithms described in the book.

Career center

Learners who complete 138 C Basic Beginners Coding Practices + FREE Project Book will develop knowledge and skills that may be useful to these careers:
Systems Programmer
Systems programmers develop and maintain operating systems and system software, which requires a deep understanding of low-level programming with C. This course's focus on practical C projects, including file handling and matrix operations, helps build a strong foundation for systems programming. The emphasis on algorithms and data structures helps them in dealing with system performance and resource management. A systems programmer should definitely consider taking this course.
Software Developer
A software developer designs, develops, and tests software applications. This course provides a strong foundation in C programming, covering essential concepts such as user input, arithmetic operations, and basic algorithms. These form the basis for many software programs. The course gives you hands-on experience that helps you in writing and debugging code, which is a core skill needed in software development.
Embedded Systems Engineer
Embedded systems engineers design and develop software for embedded systems, which are computer systems with a dedicated function within a larger device. This is core to many modern technologies, including consumer electronics and industrial machinery. This course, focused on C programming, helps build a foundation in low-level programming, allowing an embedded systems engineer to work with hardware interfaces and real-time systems. The practical projects in this course will give them hands-on experience.
Robotics Software Engineer
Robotics software engineers design, develop, and test software for robots. This typically requires a solid grasp of C programming for direct hardware interaction. This course helps build a foundation in C and its practical exercises in algorithms and data structures can contribute to a robotics software engineer's ability to implement control and sensor processing within a robot. The course will be very helpful for anyone who wants to become a robotics software engineer.
Algorithm Developer
An algorithm developer designs and implements algorithms to solve complex problems. This course helps to build skills in C, which is a common choice for implementing performance-critical algorithms. The course will provide practical experience in algorithm development through its project based approach, providing hands on training that is helpful for anyone who wants to become an algorithm developer. The course will equip you with the skills needed to flourish in this career.
Data Structures Engineer
A data structures engineer works on implementing and optimizing algorithms that deal with data. This role requires a deep understanding of programming. Specifically, this course will be especially useful as it teaches a wide range of programming concepts and practices in C, which include many common data structure and algorithms implementations. This course might be helpful to someone interested in a career as a data structures engineer.
Game Programmer
A game programmer writes the code that brings video games to life. This role requires proficiency in multiple programming languages, including C, for optimizing performance. This course helps build a strong base in C programming. The course's focus on creating various patterns and algorithms can boost problem-solving skills highly applicable in game development, specifically in game logic and rendering. It might be a useful course for a prospective game programmer.
Firmware Engineer
A firmware engineer develops the low-level code that controls the hardware in electronic devices. This course helps build foundational C programming skills. It also covers practical exercises such as file handling and binary operations, critical for firmware development, as they will be working on embedded systems that need to be interfaced directly at the hardware level. This course may be useful for those seeking a career as a firmware engineer.
Technical Instructor
A technical instructor teaches programming to others. This course, with its practical exercises and its focus on hands-on learning, will help a technical instructor better understand learning challenges and build their own expertise in C programming. If you want to become a technical instructor, this course may be useful to you as it will help you build a solid and practical understanding of C programming.
Application Developer
An application developer creates software applications for computers and mobile devices. This course helps in building a strong foundation in C programming by covering basic syntax, control structures, and algorithms. This course gives hands-on experience that might be suitable for a future application developer because of the range of programming practices it explores. This course may be useful to someone seeking this role.
Computer Science Researcher
A computer science researcher investigates and develops new technologies and theories in computer science, often requiring a deep understanding of programming principles. While this role often involves an advanced degree, this course can help build a good practical base in C programming and give early hands-on experience. It may be useful for a future computer science researcher. A computer science researcher would find that this course is helpful.
Computational Scientist
Computational scientists use computer simulations and mathematical models to study complex scientific problems. The practical experience with C programming in this course will provide a solid base for writing and optimizing code. This course may be especially helpful for those who want to work with high-performance computing, giving them a practical view of fundamental algorithms and data manipulation that a computational scientist should know.
Quality Assurance Engineer
A quality assurance engineer ensures the quality of software by testing and debugging code. This role requires a broad understanding of programming practices, such as those provided in this course by way of many projects. This course enables a quality assurance engineer to better identify potential issues and improve the quality of the code being worked on. It may be helpful for those interested in this role.
Data Scientist
A data scientist analyzes large datasets to extract insights. This course offers foundational skills in C programming which a data scientist can use for low level data processing tasks. This course's focus on practical coding exercises, such as file handling and data manipulation, are helpful. Although data scientists often use other languages, this course might be useful for those who want a more foundational understanding of such concepts.
Database Administrator
A database administrator is responsible for managing and maintaining databases. This course provides fundamental C programming skills that are useful for understanding the underlying processes of database systems. The course may be useful for a student interested in this field, for gaining practical knowledge for some of the low level coding tasks inherent in database administration. A database administrator may find it useful to take this course.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in 138 C Basic Beginners Coding Practices + FREE Project Book.
This book, often referred to as 'K&R,' is the definitive guide to the C programming language, written by its creators. It provides a comprehensive and in-depth explanation of the language's features and syntax. While it can be challenging for beginners, it is an invaluable resource for anyone who wants to master C programming. is best used as a reference and for deeper understanding after completing the course.
Is designed for individuals with no prior programming experience. It provides a step-by-step introduction to C programming, covering fundamental concepts and syntax. It is particularly useful for beginners who want a more detailed and structured explanation of the basics covered in the course. This book can serve as a helpful reference throughout the course.

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