Overview

This Specialization provides a hands-on, project-driven pathway to mastering C programming through real-world applications. Learners build console games, an online exam portal, and an employee management system while applying core concepts such as control flow, functions, structures, and file handling. The focus is on logical thinking, clean program design, and industry-relevant problem solving, making the skills transferable to academics, interviews, and entry-level software roles.

Syllabus

Course 1: Build Console Games in C: Apply Game Logic Skills
Course 2: Apply C Programming to Build an Online Exam Portal
Course 3: Apply C Programming by Building an Employee Management App

Courses

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6 hours 1 minute
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Learners will be able to design structured data models, implement menu-driven program flow, perform file-based CRUD operations, and apply core C programming concepts to a real-world application. This course guides learners through building a complete Employee Management System in C, moving step-by-step from project setup to fully functional employee operations. By completing this course, learners gain hands-on experience in translating theoretical C concepts into practical solutions. They will strengthen their understanding of structures, control statements, loops, functions, and file handling while developing a console-based system that mirrors real industry use cases. The course emphasizes clean logic, data integrity, and structured program design—skills that are essential for academic projects, technical interviews, and entry-level programming roles. What makes this course unique is its project-centric approach: learners do not just write isolated programs, but build and evolve a single application across modules. Each feature is implemented incrementally, reinforcing learning through repetition and application. By the end of the course, learners will have a complete, working C project they can confidently showcase as part of their programming portfolio.
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4 hours 16 minutes
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Learners will be able to apply procedural programming concepts, implement menu-driven applications, manage file-based data persistence, and evaluate user performance through score generation using the C programming language. This course guides learners through building a complete Online Exam Portal project, focusing on real-world problem solving rather than isolated syntax practice. By completing this course, learners gain hands-on experience in understanding how C programs are compiled and executed, designing structured menus, writing reusable functions, handling files for saving data, and controlling program flow. The project-centric approach helps learners strengthen logical thinking, debugging skills, and confidence in writing structured C programs. What makes this course unique is its end-to-end project implementation using pure procedural programming (POP). Instead of small examples, learners work on a single cohesive project that simulates a practical examination system. Each module builds progressively, ensuring learners understand not just how to write code, but why each component is designed in a specific way. This course is ideal for beginners and intermediate learners who want to solidify core C concepts through applied learning and gain a portfolio-ready project.
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6 hours 10 minutes
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Learners will apply core C programming concepts, design interactive console games, and analyze game logic through hands-on project development. By the end of this course, learners will be able to build complete single-player and two-player games in C, implement menu-driven programs, manage arrays and strings, apply randomization, validate user input, and control program flow using loops and conditional logic. This course offers a practical, project-based approach to learning C programming by guiding learners through the development of two classic games: Hangman and Tic-Tac-Toe. Instead of focusing on isolated syntax, learners progressively translate concepts into real working programs. Each module builds logically on the previous one, allowing learners to strengthen problem-solving skills while gaining confidence in writing structured, maintainable C code. What makes this course unique is its game-centric learning design, where learners experience how foundational C concepts are applied in realistic programming scenarios. By completing the course, learners gain reusable coding patterns, stronger logical thinking, and the ability to design their own console-based applications—skills that are directly transferable to advanced programming, system development, and interview preparation.