Course Description
C Programming: Foundations of Computer Science Online Course
Grades 8–12 · Live 1-on-1 Online Classes · Beginner to Advanced · 100-Class Curriculum
Build a deep, genuine understanding of how computers and software work with Edifychamps’ comprehensive C Programming course. Designed for students in Grades 8–12, this live instructor-led program teaches C, the language behind operating systems, game engines, robotics, and embedded systems from the ground up, developing strong programming fundamentals that last a lifetime.
Quick Course Facts
| Total Classes | 100 Classes |
| Session Duration | 60 Minutes |
| Grade Level | Grades 8–12 (Ages 13–18) |
| Class Format | Live Online – 1-on-1 or Small Group |
| Schedule | 2–4 Classes Per Week |
| Curriculum | Custom STEM – International Coding Standards |
What is C Programming?
C is one of the oldest, most powerful, and most influential programming languages ever created. It is the language behind Linux, Windows, macOS, game engines, embedded systems, robotics firmware, compilers, and performance-critical applications. Almost every modern programming language, including Python, Java, C++, and JavaScript, traces its roots back to C.
Learning C is not just learning a language it is learning how computers actually work. C teaches students to think about memory, program execution, and data management at a level that no higher-level language can offer. Students who master C find that every other programming language they learn afterwards feels easier and more intuitive.
At Edifychamps, our C Programming course is taught live by expert instructors who combine conceptual understanding with practical, hands-on coding. Every session builds real skills from writing the first program to managing memory, implementing algorithms, and completing a full Capstone Project.
What Will Your Child Learn?
This course takes students through the complete foundations of C programming from basic syntax to advanced memory management and file handling.
- C syntax, variables, data types, and operators
- Arithmetic, relational, logical, and assignment operators with expressions
- Conditional statements – if, if-else, nested conditions, and switch statements
- Loops – for, while, do-while, nested loops, and pattern/logic problems
- Functions, parameters, return values, prototypes, and recursive functions
- Arrays – one-dimensional, multi-dimensional, and practical applications
- String manipulation and character array handling
- Pointers – pointer arithmetic, passing by reference, and dynamic memory allocation
- Memory management concepts – one of C’s most powerful and unique features
- Structures, nested structures, arrays of structures, and user-defined data types
- File handling – reading, writing, updating files, and data storage applications
- Searching and sorting algorithms with computational thinking
- Debugging, code reviews, and software development best practices
- Final Capstone Project – designing and building a complete C application
Who is This Course For?
- Students in Grades 8–12 who want to understand programming at a deep, fundamental level
- Students preparing for AP Computer Science, competitive programming, or university CS programmes
- Students who have learned Python or Scratch and want to go deeper into how software actually works
- Students interested in cybersecurity, robotics, embedded systems, game development, or software engineering
- Parents who want their child to build the strongest possible programming foundation before university
Some comfort with basic mathematics and logical thinking is helpful, but no prior programming experience is required.
Course Curriculum – 100-Class Roadmap
| Module | Classes | Topics Covered |
|---|---|---|
| Module 1: Introduction to C Programming | 10 | Intro to Programming, History of C, Dev Environment Setup, First Program, Variables & Data Types |
| Module 2: Operators and Expressions | 10 | Arithmetic, Relational, Logical & Assignment Operators, Expressions & Evaluation |
| Module 3: Decision Making and Control Structures | 10 | If Statements, If-Else, Nested Conditions, Switch Statements, Real-World Scenarios |
| Module 4: Loops and Iteration | 10 | For Loops, While Loops, Do-While Loops, Nested Loops, Pattern & Logic Problems |
| Module 5: Functions and Modular Programming | 10 | Creating Functions, Parameters & Arguments, Return Values, Prototypes, Recursive Functions |
| Module 6: Arrays and Strings | 15 | 1D Arrays, Multi-Dimensional Arrays, String Manipulation, Character Arrays, Practical Applications |
| Module 7: Pointers and Memory Management | 15 | Pointers Intro, Pointer Arithmetic, Pass by Reference, Dynamic Memory Allocation, Memory Management |
| Module 8: Structures and Advanced Data Handling | 10 | Structures, Nested Structures, Arrays of Structures, User-Defined Data Types, Data Organisation |
| Module 9: File Handling | 5 | Reading Files, Writing Files, Updating Files, Data Storage Applications |
| Module 10: Algorithms and Capstone Projects | 5 | Problem-Solving, Searching Algorithms, Sorting Algorithms, Project Development, Final Capstone |
| TOTAL | 100 | Full C Programming Foundations Curriculum |
Start Your Child’s C Programming Journey Today
Expert-guided C programming from foundations to advanced live, personalised, and built around real projects.
Contact@edifychamps.com · +91 93105 96720
How Assessment Works
Students are evaluated consistently throughout the course, building confidence, catching gaps early, and ensuring steady progress across all 10 modules.
Ongoing: Weekly coding assignments, topic-based quizzes, programming challenges, and practical coding exercises keep skills sharp at every stage.
Project-Based: Logic-building activities, mini coding projects, and structured programming applications ensure students apply every concept to real, working code.
Performance Review: Code reviews, debugging assessments, and problem-solving tasks evaluate how students think and approach problems, not just whether the output is correct.
Final: A complete Capstone Project where each student designs, writes, tests, and debugs a full C application independently, the centrepiece of their programming portfolio.
What’s Included in Every Package
- Live instructor-led online classes
- Personalised learning pathways tailored to each student
- Coding assignments and practice worksheets
- Project-based learning activities
- Real-world programming challenges
- Progress tracking and performance reports for parents
- Dedicated doubt-solving sessions
- Individual feedback and improvement plans
- Access to coding resources and practice exercises
Pricing & Enrollment
Complete C Programming Package – 100 Classes
$1,700 – $1,900 USD
$17–$19 per 60-minute live session
This single comprehensive package covers the full C programming curriculum from writing your first program to mastering pointers, memory management, file handling, and completing a final Capstone Project. Everything is included from start to finish.
Payment is available as a one-time full payment or in instalments upon request. Secure international payment methods accepted.
Frequently Asked Questions
Do students need prior coding experience to join this course?
No prior programming experience is required. The course begins from the very basics students write their first C program in the very first module. A comfort with basic mathematics and logical thinking is all that is needed to get started.
Why should my child learn C when Python is easier?
Python is easier to start with, but C teaches students how computers actually work memory, pointers, data structures, and program execution at a low level. Students who learn C first find every other language easier and develop far stronger programming instincts. C is also used in cybersecurity, embedded systems, robotics, and game engines, fields where Python is not sufficient.
What age group is this course for?
The course is designed for students in Grades 8 through 12, ages 13 to 18. Students with strong logical thinking and mathematical ability in younger grades may also be considered, contact us to discuss.
Are the classes live or pre-recorded?
All classes are live, instructor-led online sessions. Students interact directly with their instructor in real time, write and run code together, share their screen, and receive immediate feedback and explanations.
How long does the 100-class course take to complete?
At 2 classes per week, the course takes approximately 12 months. At 4 classes per week, it takes around 6 months. The schedule is fully flexible and can be adjusted around school timetables and exam periods.
What will my child have built by the end of the course?
Students complete multiple coding projects throughout the course covering arrays, pointers, structures, and file handling plus a complete Capstone Project they design and build independently. These form a meaningful programming portfolio demonstrating real technical ability.
How do I enroll?
Contact us at Contact@edifychamps.com or WhatsApp +91 93105 96720. We will arrange a free discovery call to assess your child’s current level and create a personalised learning plan.
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