This specialization is designed to let you explore computational thinking and beginning C programming topics, applying those concepts to develop solutions to a variety of practical problems.The first course assumes no programming experience, and throughout the 4 courses in the specialization you'll learn about both computational thinking and C programming. The material in the courses in the specialization is equivalent to our computational thinking course at UCCS.
Coursera
Dive deep into the world of computational problem-solving and C programming with our final course in the specialization series. Explore simulation techniques, delve into algorithm analysis, and grasp the concept of pointers in C. This course is perfect for those looking to enhance their problem-solving skills and start coding in C effectively.
Coursera
Embark on a comprehensive learning path that introduces you to the basics of computational thinking and C programming. This course is designed for those eager to understand how we interact with the world through structured, algorithmic approaches and begin their coding journey.
Coursera
Embark on a problem-solving adventure with our Data Analysis and Representation course. This is the second part of a specialization that combines computational thinking with introductory C programming. Dive deep into understanding how to represent data effectively, make informed selections, and iterate through complex problems. Perfect for beginners looking to build a strong foundation in data analysis and programming.
Coursera
Dive deep into the fundamentals of computational thinking and start your C programming adventure with 'Abstraction, Problem Decomposition, and Functions.' This course, part of a specialization series on Coursera, will guide you through understanding abstraction, breaking down complex problems, and mastering functions – all crucial skills for any programmer. Whether you're new to coding or looking to refine your problem-solving techniques, this course offers valuable insights and practical applications.