Computational Thinking with Beginning C Programming

This course initiates the journey with an exploration of computational thinking and beginning C programming. It covers algorithms, data collection, and the basics of writing C programs. Learners will gain hands-on experience in developing solutions for practical problems, setting the foundation for the subsequent modules.

Building on the foundational knowledge from the previous course, learners will delve into data analysis, representation, selection, and iteration. This module equips students with techniques to analyze data sets and make decisions in code, enhancing their problem-solving and programming skills.

Continuing the exploration of computational thinking and beginning C programming, this module focuses on abstraction, problem decomposition, and functions. Learners will delve into handling complexity through arrays, strings, and functions, gaining essential skills for developing efficient and structured programs.

In the final course, learners will explore automation, simulation, parallelization, and algorithm analysis, enabling them to quantify algorithm complexity and utilize pointers for more advanced programming. The module provides a comprehensive understanding of computational thinking and C programming, preparing learners for practical applications in the field.