Programming in C
Earn college credit with Programming in C—a self-paced online course covering C syntax, memory concepts, pointers, functions, arrays, and structured program design. Complete short lessons, quizzes, and assignments on your schedule, then finish with a proctored final exam. Ideal for CS majors and systems foundations, with transcript options for transfer credit.
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Upon the successful completion of this course, students will be able to: develop key concepts and skills for effective program development, including design, implementation, and maintenance of software systems; write, test, and debug programs proficiently, ensuring code reliability and efficiency; apply ANSI standards and coding environments in C programming to create robust programs; utilize numeric data types, variables, and relational operators effectively in various programming scenarios; implement selection structures and loop structures for efficient and logical program control flow; apply recursion and iteration for advanced problem-solving, enhancing algorithmic thinking; optimize program performance by mastering the use of pointers for efficient memory management and advanced programming techniques; and implement and manage essential data structures, such as single structures, arrays, linked lists, stacks, queues, and dynamically linked lists for efficient data management and algorithm implementation.
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Learning Outcomes
Upon the successful completion of this course, students will be able to: develop key concepts and skills for effective program development, including design, implementation, and maintenance of software systems; write, test, and debug programs proficiently, ensuring code reliability and efficiency; apply ANSI standards and coding environments in C programming to create robust programs; utilize numeric data types, variables, and relational operators effectively in various programming scenarios; implement selection structures and loop structures for efficient and logical program control flow; apply recursion and iteration for advanced problem-solving, enhancing algorithmic thinking; optimize program performance by mastering the use of pointers for efficient memory management and advanced programming techniques; and implement and manage essential data structures, such as single structures, arrays, linked lists, stacks, queues, and dynamically linked lists for efficient data management and algorithm implementation.
Major Course Topics
Major topics include introduction to computer programming basics; C programming basics; programming with Selection in C; repetition in C programming; programming Functions in C; arrays, characters and strings in C programming; arrays, addresses and pointers in C programming; data files, and streams in C Programming; and data structures in C programming.