This specialization at Duke University is designed to develop strong programming fundamentals for learners aiming to solve complex problems through computer programs. The four-course program provides a comprehensive understanding of algorithm development and C programming, preparing students for careers in software development and other computational fields. Successful completion of this specialization can enhance a master’s application to Duke’s Pratt School of Engineering.
The specialization begins with the course Programming Fundamentals, introducing a powerful problem-solving process called the Seven Steps. Learners progress to Writing, Running, and Fixing Code in C, where they learn to plan, compile, run, test, and debug code. The course Pointers, Arrays, and Recursion delves into programming constructs like pointers, arrays, and recursive functions, offering control and flexibility in programming. Finally, the course Interacting with the System and Managing Memory teaches advanced programming techniques for interacting with the user, managing memory, and dynamic memory allocation.
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The Introductory C Programming specialization consists of four modules. Learners will master programming fundamentals, code writing and debugging, pointers, arrays, recursion, and memory management, preparing for careers in software development and computational fields.
Programming Fundamentals introduces the Seven Steps problem-solving process, essential for developing algorithms and understanding programming concepts. This course lays the foundation for solving a class of problems and writing clear sets of steps to tackle any problem.
Writing, Running, and Fixing Code in C teaches learners to plan, write, compile, run, test, and debug code systematically. Building on the Seven Steps, this course provides a framework for efficiently finding and fixing problems in code.
Pointers, Arrays, and Recursion explores programming constructs like pointers, arrays, and recursive functions, providing control, flexibility, and an alternative to iteration for implementing certain algorithms.
Interacting with the System and Managing Memory delves into advanced programming techniques for interacting with the user, managing memory, and dynamic memory allocation. Learners will gain the skills needed for complex programming tasks and projects.
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